Counters BO

DIDs in STS

Contents

DESCRIPTION 2/1551-ANT 227 02 Uen AE

1 Revision Information 2

Application

2.1 Scope 2.2 Purpose 2.3 Source System Issue 3

Description

4

Abbreviations

4.1 DIDs in Alphabetical Order 5

DID-descriptions

5.1 BTROUTECNT (STD, CAPC7) 5.2 RTROUTECNT (STD) 5.3 LOSSROUTECNT (STD) 5.4 CSRROUTECNT (STD) 5.5 KRROUTECNT (STD) 5.6 PBXSUBROUTECNT (STD) 5.7 TRDCNT (STD) 5.8 MJGROUPCNT (US) 5.9 TSBCNT (STD) 5.10 SSDCNT (STD) 5.11 LOASCNT (STD) 5.12 TRTYPECNT1 (STD, AMC Phase 5) 5.13 EOSEVERYCNT (STD) 5.14 EOSLASTCNT (STD) 5.15 LOSTCLCNT (STD) 5.16 LOSTRECNT (STD) 5.17 SUSCNT (STD) 5.18 SUBSCRIBERCNT (US) 5.19 TSCNTDATA (STD) 5.20 DIPSTCNTDATA (FM, CME BSC) 5.21 GSSCNTDATA (STD) 5.22 SNTCNTDATA (STD) 5.23 NSCNTDATA (STD) 5.24 AMACNTDATA (US) 5.25 COBCNTDATA (US) 5.26 ROUTEACCCNT (STD) 5.27 SLOSCNTDATA (US) 5.28 DID 28 FREE 5.29 DISSDCNTDATA (STD) 5.30 FAUSCNTDATA (STD) 5.31 QUASCNTDATA (STD) 5.32 SETSCNTDATA (STD) 5.33 CPCNTDATA (STD APZ) 5.34 RPCNTDATA (STD APZ) 5.35 EMRPCNTDATA (STD APZ)

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5.36 EMCNTDATA (STD APZ) 5.37 EMGCNTDATA (STD APZ) 5.38 BTROUTELVLCNT (STD) 5.39 DTDLIINFO (STD) 5.40 DTDBTINFO (STD) 5.41 ROUTELEVACC (STD) 5.42 STUDYSETCNT (STD) 5.43 SUBSGROUPFEAT (US) 5.44 INCEQUALACCESS (US) 5.45 OUTEQUALACCESS (US) 5.46 ROUTETRANTAB (STD) 5.47 SNBSCTAB (STD) 5.48 TRTYPECNT2 (STD) 5.49 SUBSGROUPTRAF (STD) 5.50 CSROUTECNT (STD) 5.51 CRROUTECNT (STD) 5.52 SSPSTATCNT (US) 5.53 SLDESTAB (US) 5.54 MTPBASMES (CMS88) 5.55 SCCPBASMES (US) 5.56 SLMES (CMS88, CDB) 5.57 BGINTERNALCNT (STD) 5.58 BGPUBLICCNT (STD) 5.59 BGTOTOUTWATSCNT (US) 5.60 BGTRANTAB (STD) 5.61 TMATRIXCNT (US) 5.62 SUBEMGDATA (STD) 5.63 BSUBTYPECNT (US) 5.64 EMGTRANTAB (STD) 5.65 TSBEMGTAB (STD) 5.66 SSPSTATNMCNT (CMS40 SS PH1) 5.67 SLMES2 (CMS88, CDB, US) 5.68 SLMES3 (CCS) 5.69 SS7PG1 (CCS) 5.70 SS7PG2 (CCS) 5.71 MTPBASMES2 (CCS) 5.72 STPTIMERS (CMS88, CDB) 5.73 LSDESTAB (US) 5.74 LSMES (CMS88) 5.75 EQACCTOTCNT (US) 5.76 ECDETCNT (US) 5.77 DID 77 FREE 5.78 CAMABTCNT1 (US) 5.79 CAMABTCNT2 (US) 5.80 ONIQUEUEROUTE (US) 5.81 ONITRUNKROUTE (US) 5.82 EMGSTATCNT (STD APZ) 5.83 BCROUTECNT (US) 5.84 SSPSTAT2CNT (CMS40 SS PH1) 5.85 SSPABDCNT (CMS40 SS PH1) 5.86 TCAPBASMES (US, CMS88) 5.87 FEATUREIDTAB (STD) 5.88 SPCPEXCNTDATA (STD APZ) 5.89 SPCPCNTDATA (STD APZ) 5.90 SPHDCNTDATA (STD APZ) 5.91 SPDLCNTDATA (STD APZ)



5.92 BCROUTELVLCNT (US) 5.93 SUSSAECNT (US) 5.94 BNTAB (STD, CAPC7) 5.95 SUS2CNT (US) 5.96 GTWYONET (US, CMS88) 5.97 GTWYONETTT (US, CMS88) 5.98 GTWYLNKSET (US, CMS88, CDB) 5.99 GTWYLSONET (US, CMS88) 5.100 GTWYLSDNET (US, CMS88) 5.101 SS7TTCNT (US, CMS88) 5.102 CELLTCHCNT (CME BSC) 5.103 CELLCCHCNT (CME BSC) 5.104 NCELLCNT (CME BSC) 5.105 TGCNT (CME BSC) 5.106 TRXCNT (CME BSC) 5.107 LAPDLNKCNT (CME BSC) 5.108 CELLTRANTAB (CME BSC) 5.109 NCELLTRANTAB (CME BSC) 5.110 TGTRANTAB (CME BSC) 5.111 ISDNTMCNT 5.112 ISDNTMTAB 5.113 TRXTAB (CME BSC) 5.114 LIBAL1STCNT (STD) 5.115 L2STATBACNT (STD) 5.116 L3STATBACNT (STD) 5.117 C7SIDATA (FR) 5.118 C7MESSDATA (FR) 5.119 EXCHFAULTDATA (FR) 5.120 HLRMAPCNT (STD) 5.121 ROAMINGCNT (CME SS) 5.122 AUTHENCNT (CME SS) 5.123 VLRCNT (CME SS) 5.124 HLRMAPIDTAB (STD) 5.125 VLRTAB (STD) 5.126 CHANASSIGNCNT (CME SS, CAPC7) 5.127 HANDOVERCNT (CME SS) 5.128 LOCUPDACNT (CME SS) 5.129 PAGINGCNT (CME SS, CAPC7) 5.130 MTSMAPCNT (CME SS) 5.131 SECURITYCNT 5.132 SSCNT (CME SS) 5.133 BSCCNT (CME SS) 5.134 MTSMAPTAB (CME SS) 5.135 SSTAB (CME SS) 5.136 BSCTAB (CME SS) 5.137 C7SCPERFCNT (STD) 5.138 C7SCQOSCNT (STD) 5.139 C7SCSSNUSECNT (STD) 5.140 C7SCUSECNT (STD) 5.141 C7SCSIGPCNT (STD, CAPC7) 5.142 C7SCSPTAB (STD) 5.143 C7TCMSGCNT (STD) 5.144 C7TCCMPCNT (STD) 5.145 C7TCTOTAL (STD) 5.146 C7TCABOCNT (STD) 5.147 C7TCREJCNT (STD)



5.148 C7TCMSGTAB (STD) 5.149 C7TCCMPTAB (STD) 5.150 C7TCABOTAB (STD) 5.151 C7TCREJTAB (STD) 5.152 C7SL1CNT (STD) 5.153 C7SL2CNT (STD) 5.154 C7SLTAB (STD) 5.155 C7SLSETCNT (STD) 5.156 C7SLSETTAB (STD) 5.157 C7RTSETCNT (STD) 5.158 C7SPTAB (STD) 5.159 C7ADJSLPCNT (STD) 5.160 C7OPCCNT (STD) 5.161 C7OPCTAB (STD) 5.162 C7DPCCNT (STD) 5.163 C7DPCTAB (STD) 5.164 C7SIOCNT (STD) 5.165 C7OPCSIOCNT (STD) 5.166 C7OPCSIOTAB (STD) 5.167 C7DPCSIOCNT (STD) 5.168 C7DPCSIOTAB (STD) 5.169 C7ODSCNT (STD) 5.170 C7ODSTAB (STD) 5.171 C7RTTOTALCNT (CCS) 5.172 TRANAXEFORMTAB (STD) 5.173 SESSCFCNT (IN) 5.174 SESSSFCNT (IN) 5.175 DIPQCNT1 (STD, US) 5.176 DIPQCNT2 (STD, US) 5.177 DIPTAB (STD, US) 5.178 TRAFFSAE2CNT (US) 5.179 CELLTAB (STD) 5.180 CELLCNT (CSS R9.0) 5.181 EIRCNT (CME SS) 5.182 HLRTAB (STD) 5.183 LACNT (CME SS) 5.184 LATAB (STD) 5.185 MOBSUBHLRCNT (CME SS) 5.186 MSCTAB (STD) 5.187 NBRCELLCNT (CME SS, CAPC7) 5.188 NBRMSCLCNT (CSS R9.0) 5.189 SMSCNT (CME SS) 5.190 NCELLRELCNT (CME BSC) 5.191 LAPDLNKTAB (CME BSC) 5.192 SESS12CNT (NO) 5.193 COMPTYPETAB (CMS88) 5.194 COOPEXMTAB (CMS88) 5.195 EXMACTSUBCNT (CMS88) 5.196 EXMCOMPTAB (CMS88) 5.197 EXMPAGRESCNT (CMS88) 5.198 EXMTAB (CMS88) 5.199 FHCCNT (STD) 5.200 FHCHANNELCNT (STD) 5.201 FHLCNT (STD) 5.202 GLPAGERESCNT (CMS88) 5.203 IS41GMSCCNT (CMS88, CAPC7)



5.204 IS41GMSCTCNT (CMS88, CAPC7) 5.205 IS41HLRCNT (CMS88) 5.206 IS41HLRTCNT (CMS88) 5.207 IS41HOFF1CNT (CMS88) 5.208 IS41HOF1TCNT (CMS88) 5.209 IS41HOFF2CNT (CMS88) 5.210 IS41HOF2TCNT (CMS88) 5.211 IS41VMSCCNT (CMS88) 5.212 IS41VMSCTCNT (CMS88) 5.213 LACMSTAB (CMS88) 5.214 LAPAGECNT (CMS88) 5.215 LAPAGERESCNT (CMS88) 5.216 MTUPGLOBLCNT (CMS88) 5.217 MTUPGMSCCNT (CMS88) 5.218 MTUPHLR1CNT (CMS88) 5.219 MTUPHLR2CNT (CMS88) 5.220 MTUPHOFF1CNT (CMS88) 5.221 MTUPHOFF2CNT (CMS88) 5.222 MTUPHOFF3CNT (CMS88) 5.223 MTUPLOCCNT (CMS88) 5.224 MTUPMSGIDTAB (CMS88) 5.225 MTUPVMSC1CNT (CMS88) 5.226 MTUPVMSC2CNT (CMS88) 5.227 PAPAGECNT (CMS88) 5.228 PAPAGERESCNT (CMS88) 5.229 PATAB (CMS88) 5.230 SPAPAGECNT (CMS88) 5.231 SPAPAGRESCNT (CMS88) 5.232 SPATAB (CMS88) 5.233 SYSTSUBCNT (CMS88) 5.234 ECELLTRANTAB (CME BSC) 5.235 NECELLRELCNT (CME BSC) 5.236 CELLCCHDRCNT (CME BSC) 5.237 CELLEVENTCNT (CME BSC) 5.238 CELLTCHDRCNT (CME BSC) 5.239 MOTGCNT (CME BSC) 5.240 MOTRANTAB (CME BSC) 5.241 MOTSCNT (CME BSC) 5.242 NCELLRXTCNT (CME BSC) 5.243 NECELLRXTCNT (CME BSC) 5.244 BSCBSCCNT (CME BSC & BSC R9) 5.245 C7TCDIACNT (STD) 5.246 C7TCDIATAB (STD) 5.247 GIWUCNT (CME SS) 5.248 GIWUTAB (CME SS) 5.249 GSMSCCNT (CME SS) 5.250 HLRSUBSCNT (CME SS) 5.251 IWSMSCCNT (CME SS) 5.252 MTSFBCNT (CME SS) 5.253 MTSFBTAB (CME SS) 5.254 ODBCNT (CME SS) 5.255 ODBINVCNT (CME SS) 5.256 PLMNSUBCNT (CME SS) 5.257 PLMNSUBTAB (CME SS) 5.258 SSACTCNT (CME SS) 5.259 SSIDTAB (CME SS)



5.260 SSSPROCNT (CME SS) 5.261 HMAPERRCNT (CMS30 SS) 5.262 HMAPPRICNT (CMS30 SS) 5.263 HMAPTAB (CMS30 SS) 5.264 MAUTHCNT (CMS30 SS) 5.265 MLORCNT (CMS30 SS) 5.266 MMAPERRCNT (CMS30 SS) 5.267 MMAPPRICNT (CMS30 SS) 5.268 MMAPTAB (CMS30 SS) 5.269 MRSCELCCHCNT (CMS30 Phase 10) 5.270 MRSCELCHSCNT (CMS30 MRS) 5.271 MRSCELTCHCNT (CMS30 Phase 10) 5.272 MRSCELVCHCNT (CMS30 MRS) 5.273 MRSMSCCNT (CMS30 Phase 10) 5.274 MRSNCELLCNT (CMS30 MRS) 5.275 SAECNT (STD, CAPC7) 5.276 MRSCELLTTAB (CMS30 MRS) 5.277 TPLATMES (CDB) 5.278 TCAPO1MES (CCS) 5.279 SCP800MES (CCS) 5.280 STPTIMERS2 (CCS) 5.281 C7ODCNT (STD) 5.282 C7ODTAB (STD) 5.283 C7LSSICNT (STD) 5.284 C7LSSITAB (STD) 5.285 C7OPCDSCNT (STD) 5.286 C7OPCDSTAB (STD) 5.287 AUTHCNT (CMS88) 5.288 MTUPHLR3CNT (CMS88) 5.289 MTUPVMSC3CNT (CMS88) 5.290 MTPFORMTAB (STD) 5.291 C7MRVTOTCNT (STD) 5.292 C7MRVFAILCNT (STD) 5.293 C7MRVFAILTAB (STD) 5.294 C7ODS24CNT (STD) 5.295 PTNTCFCCNT (STD) 5.296 SUBLINECNT (STD) 5.297 SLGNAMETAB (STD) 5.298 ISDNTSICNT 5.299 AJROUTECNT (STD) 5.300 AJROUTETAB (STD) 5.301 BJROUTECNT (STD) 5.302 BJROUTETAB (STD) 5.303 DASADCNT (STD) 5.304 DIPQCNT3 (STD) 5.305 L2STATPRACNT (STD) 5.306 L3STATPRACNT (STD) 5.307 ALLSERVCNT (STD) 5.308 ALLSERVIDTAB (STD) 5.309 CALLFSERVCNT (STD) 5.310 CAWSERVCNT (STD) 5.311 CKWSERVCNT (STD) 5.312 HOLDSERVCNT (STD) 5.313 SUBRTESNBTAB (STD) 5.314 SS7SCSSNUSECNT 5.315 RDTPSTNCNT (STD)



5.316 RDTISDNCNT (STD) 5.317 SESSCFTAB (BM 2.4, IN) 5.318 LATACNT (CMS40 SS PH1) 5.319 COPRVLRCNT (CME SS) 5.320 COPRVLRTAB (CME SS) 5.321 CUGBSGCNT (CME SS) 5.322 CUGBSGTAB (CME SS) 5.323 LATATAB (CMS40 SS PH1) 5.324 LATAMISCNT (CMS40 SS PH1) 5.325 SS7SCQOSCNT (CMS40 SS PH1) 5.326 SERVICESWCNT (CME SS) 5.327 NBRMSCPROCCNT (CME SS) 5.328 TRDCNT1 (STD) 5.329 REGSERVCNT (CME SS) 5.330 CLIPSERVCNT (AMPHION) 5.331 CLIRSERVCNT (AMPHION,SIRIUS) 5.332 COLPSERVCNT (AMPHION) 5.333 COLRSERVCNT (AMPHION) 5.334 CUGSERVCNT (AMPHION) 5.335 UUSSERVCNT (AMPHION) 5.336 ISDNEBSCNT (AMPHION) 5.337 ISDNEBSTAB (AMPHION) 5.338 ISDNESGCNT (AMPHION) 5.339 CELLSDCCHCNT (CME BSC) 5.340 RANDOMACCCNT (CME BSC & BSC R9) 5.341 SS7SCUSECNT (CMS40 SS PH1) 5.342 EQLACCCNT (CMS40 SS PH1) 5.343 HINTERMAPCNT (CMS30 PH5,CMS30 PH7) 5.344 MINTERMAPCNT (CMS30 PH5) 5.345 HINTERTAB (CMS30 PH5,CMS30 PH7) 5.346 MINTERTAB (CMS30 PH5 CMS30 PH6) 5.347 MRSLACNT (CMS30 PH5) 5.348 C7OPCDS24CNT (White China MTP) 5.349 ASSSERVCNT (PYTHON) 5.350 ASSSERVIDTAB (PYTHON) 5.351 RTNCNT (PYTHON) 5.352 CBCNT (PYTHON) 5.353 CICNT (PYTHON) 5.354 NETWRKCNT (PYTHON) 5.355 RLMCNT (PYTHON) 5.356 NRCSTATSCNT (PYTHON) 5.357 DISCCALLCNT (CIEUX, AMC, BM) 5.358 DIPPRM1CNT (CIEUX) 5.359 DIPPRM2CNT (CIEUX) 5.360 COMMOTGTRANTAB (CME BSC R6) 5.361 COMMOTSTRANTAB (CME BSC R6) 5.362 WIDEBANDCNT (BM3) 5.363 COMPSERVCNT (FMP4) 5.364 QUESERVCNT (FMP4) 5.365 RCSSSERVCNT (FMP4) 5.366 TPYSERVCNT (FMP4) 5.367 SCRNSERVCNT (FMP4) 5.368 IRNEGCNT (CIEUX) 5.369 FHLPRACNT (FMP4) 5.370 CODERASGNCNT (CIEUX) 5.371 IDLECHCNT (CME BSC R6)



5.372 RNDACCEXTCNT (CME BSC R6 & BSC R9) 5.373 SSFICCTCNT (IN 2.2) 5.374 SSFICCICNT (IN 2.2) 5.375 (IN 2.2) 5.376 SSFICCRIICNT (IN 2.2) 5.377 SSFICCRIITAB (IN 2.2) 5.378 SSFOHDCTCNT (IN 2.2) 5.379 SSFOHDCICNT (IN 2.2) 5.380 SSFOHDCITAB (IN 2.2) 5.381 SSFDPCICNT (IN 2.2) 5.382 SSFDPCITAB (IN 2.2) 5.383 SSFGLTICNT (IN 2.2) 5.384 SSFGLTITAB (IN 2.2) 5.385 SSFSCFTCNT (IN 2.2) 5.386 SSFMCSOHTCNT (IN 2.2) 5.387 SSFSRFTCNT (IN 2.2) 5.388 SSFMCSTCNT (IN 2.2) 5.389 SSFSFTCNT (IN 2.2) 5.390 SSFCGTCNT (IN 2.2) 5.391 SSFECTCNT (IN 2.2) 5.392 SSFCHMTCNT (IN 2.2) 5.393 IS41VMSC2CNT (CMS88 ) 5.394 IS41VMSC2TCNT (CMS88 ) 5.395 VGMAPPRICNT (CMS30 SS PH6) 5.396 VGMAPERRCNT (CMS30 SS PH6) 5.397 VVMAPPRICNT (CMS30 SS PH6) 5.398 VVMAPERRCNT (CMS30 SS PH6) 5.399 VMAPTAB (CMS30 SS PH6) 5.400 MRSCELALCNT (CMS30 SS PH6,CMS30 PH7) 5.401 CLSMSCNT (CME20 BSS R6.1/BSC) 5.402 CLSDCCHCNT (CME BSC) 5.403 CLSDCCHOCNT (CME BSC) 5.404 CLTCHCNT (CME BSC) 5.405 CLTCHFCNT (CME20 BSS R6.1/BSC) 5.406 CLTCHHCNT (CME20 BSS R6.1/BSC) 5.407 CLTCHFV1CNT (CME BSC) 5.408 CLTCHFV2CNT (CME BSC) 5.409 CLTCHHV1CNT (CME BSC) 5.410 HINTARIC (CMS 30 PH7) 5.411 HINTSUPVCNT(CMS 30 PH7) 5.412 CLTCHDRFCNT (CME BSC) 5.413 CLTCHDRHCNT (CME BSC) 5.414 IDLEOTCHFCNT (CME20 BSS R6.1/BSC) 5.415 IDLEOTCHHCNT (CME20 BSS R6.1/BSC) 5.416 IDLEUTCHFCNT (CME20 BSS R6.1/BSC & BSC R9) 5.417 IDLEUTCHHCNT (CME20 BSS R6.1/BSC & BSC R9)5.418 TRASEVENTCNT (CME20 BSS R6.1/BSC) 5.419 TRAPCOMCNT (CME20 BSS R6.1/BSC) 5.420 TRAPEVENTCNT (CME20 BSS R6.1/BSC) 5.421 TPTRANTAB (CME20 BSS R6.1/BSC) 5.422 TRANSFLNOCNT (CSS R8.1) 5.423 SCCPFORMTAB (White China SCP) 5.424 SYSSUBCNT (CMS88 C) 5.425 SLOCSUBCNT (CMS88 C) 5.426 EXMSUBCNT (CMS88 C) 5.427 ELOCSUBCNT (CMS88 C)



5.428 MEXMSUBCNT (CMS88 C) 5.429 MELOCSUBCNT (CMS88 C) 5.430 ECPOOLCNT (AMC PH3) 5.431 ECPOOLTAB (AMC PH3) 5.432 DTICNT (AMC PH3) 5.433 FHLV5CNT (FMP4.1) 5.434 TTRMSNCNT (FMP4.1) 5.435 TTRMSNTAB (FMP4.1) 5.436 CVTR01CNT (RMP4.0 AMC PH3) 5.437 CVTR02CNT (RMP4.0 AMC PH3) 5.438 CVTR01TAB (RMP4.0 AMC PH3) 5.439 SHISTCNT (SSFAM AMC PH3) 5.440 SHSCFCNT (SSFAM AMC PH3) 5.441 SHAMCNT (SSFAM AMC PH3) 5.442 SDFINAPCNT (CME20SS P6/CMS40SS P3) 5.443 SDFINAPIDTAB (CME20SS P6/CMS40SS P3) 5.444 SHAMCALLCNT (SSFAM AMC PH3) 5.445 AUCMAPCNT (CME20P6 CMS40P3 AUC) 5.446 AUCMAPIDTAB (CME20P6 CMS40P3 AUC) 5.447 AUCSUBSCNT (CME20P6 CMS40P3 AUC) 5.448 NECELASSCNT (CME20 BSS R6.1/BSC) 5.449 NECELHOCNT (CME20 BSS R6.1/BSC) 5.450 NICELASSCNT (CME20 BSS R6.1/BSC) 5.451 NICELHOCNT (CME20 BSS R6.1/BSC) 5.452 USRACCESSCNT (HELIOS) 5.453 HLRPERFCNT (CME20P6 CMS40P3 HLR) 5.454 TRAFFMEASCNT (CTM-Italy) 5.455 TRAFFMEASTAB (CTM Italy) 5.456 CTMMAPCNT (CTM Italy) 5.457 CTMMAPTAB (CTM Italy) 5.458 VDBACTCNT (CTM Italy) 5.459 CTMDECTCNT (CTM Italy) 5.460 USRACCESSTAB (HELIOS) 5.461 ACCROUTECNT (CTM-Italy) 5.462 VCISERVCNT (HELIOS) 5.463 MSCREGCNT (CMS88 C3) 5.464 EXMSTATCNT (CMS88 C3) 5.465 IS41HLR2CNT (CMS88 ) 5.466 IS41HLR2TCNT (CMS88 C3) 5.467 IS41HOFF3CNT (CMS88 C3) 5.468 IS41HOF3TCNT (CMS88 C3) 5.469 ATERTRANSCNT (CME BSC) 5.470 BSCTRANTAB (CME BSC) 5.471 BSCMSLOTCNT (CME BSC) 5.472 CELEVENTDCNT (CME BSC) 5.473 CELEVENTHCNT (CME BSC) 5.474 CELEVENTSCNT (CME BSC) 5.475 CELEVENTICNT (CME BSC) 5.476 CELLCCHHOCNT (CME BSC) 5.477 CELLCONFCNT (CME BSC) 5.478 CELTCHFCNT (CME BSC) 5.479 CLTCHFV3CNT (CME BSC) 5.480 CELTCHHCNT (CME BSC) 5.481 CLTCHHV2CNT (CME BSC) 5.482 CLTCHHV3CNT (CME BSC) 5.483 DOWNTIMECNT (CME BSC)



5.484 NECELHOEXCNT (CME BSC) 5.485 NICELHOEXCNT (CME BSC) 5.486 PREEMPCNT (CME BSC & BSC R9) 5.487 LNPGTT1CNT (CCS) 5.488 DATACNT (GAP PAX 5.489 DATATAB (GAP PAX) 5.490 SERVFEATCNT (GAP SCM, GAP SCM) 5.491 SERVFEATTAB (GAP SCM, GAP SCM) 5.492 WIDEBAND1CNT (APOLLO) 5.493 WIDEBAND2CNT (APOLLO) 5.494 HNCGLRTAB (CMS 30 PH7) 5.495 AUTHCCCNT (CMS 88 D) 5.496 AUTHCCTAB (CMS 88 D) 5.497 GSCFCNT (GAP SCM) 5.498 GSCFTAB (GAP SCM) 5.499 ISPCNT (AMC Phase 5) 5.500 ISPTAB (AMC Phase 5) 5.501 LNPMAINTCNT (AMC Phase 5) 5.502 SDIPMSCNT (POESI) 5.503 SDIPTAB (POESI) 5.504 SDIPLEVTAB (POESI) 5.505 SDIPHPCNT 5.506 SDIPLPCNT (POESI) 5.507 EMGINTCALCNT (AXM2) 5.508 AUSINTCALCNT (AXM2) 5.509 CNIPSERVCNT 5.510 NMROUTECNT (POLARIS) 5.511 L2V5CPATHCNT 5.512 L2V5PRACNT 5.513 L3V5PRACNT 5.514 AUSCNT 5.515 CELTCHFPCNT 5.516 KRQUALITYCNT 5.517 VPNSERVCNT 5.518 REGSATPAGCNT 5.519 SGSNCNT 5.520 SGSNTAB 5.521 SGSNSTATCNT 5.522 SGSNSTTAB 5.523 GPRSGSCNT 5.524 PDPDEFCNT 5.525 NAMSUBSCNT 5.526 MRSCELTLMCNT 5.527 MRSCDTCNT 5.528 MOBPOSCNT (CSS R9.0) 5.529 BSC2CNT (CSS R9.0) 5.530 BSCGPRSCNT* 5.531 CELLGPRSCNT 5.532 HS7SL1CNT 5.533 DYNTRUNKVCNT 5.534 DYNTRUNKHCNT 5.535 LCSCNT 5.536 CELLDUALTCNT 5.537 CELLHCSCNT 5.538 CELLHSCSDCNT 5.539 CELLSQICNT



5.540 EMGPRSCNT 5.541 LOADREGCNT (BSC R9) 5.542 DIGSCNT 5.543 LOASMISC1CNT 5.544 LOASMISC2CNT 5.545 LOASINCOCNT 5.546 RNCSTATCNT (UMSC 1.0) 5.547 RNCTAB (CSS R9.0) 5.548 LSCCCNT 5.549 TRAFFSRFCNT (CSS R8.1) 5.550 MESSFLNOCNT (CSS R8.1) 5.551 MRSCELPKTCNT (CMS30 Phase 10) 5.552 MRSCLUPCHCNT (CMS30 Phase 10) 5.553 GSCNT (CAPC 6.2) 5.554 RELOCCNT (CSS R9.0) 5.555 NMSCUGHOCNT (CSS R9.0) 5.556 UGHNDOVERCNT (CSS R9.0) 5.557 PDCUMTSFNRCNT (CSS R9.0) 5.558 UMTSSECCNT (CSS R9.0) 5.559 AAL2PATHCNT (CSS R9.0) 5.560 AAL2PATHTAB (CSS R9.0) 5.561 AUTHSUBSCNT (CSS R9.0) 5.562 ECNPCNT (CSS R9.0) 5.563 ECNPTAB (AMC 6.1) 5.564 SH2AMCNT (CSS R9.0) 5.565 SH2AMCALLCNT (CSS R9.0) 5.566 SH2ISTCNT (CSS R9.0) 5.567 SH2SCFCNT (BSS R9) 5.568 BSCPOSCNT (BSC R9) 5.569 CELLPOSCNT (BSC R9) 5.570 OPTFEATCNT 5.571 APPLATCNT (AP Platform Only) 5.572 APPLATCNT (AP Platform Only) 5.573 APPLATCNT (AP Platform Only) 5.574 GUHNDOVERCNT 5.575 DTAPLCSCNT 5.576 PCKTDATACNT 5.577 MTSFB3CNT (UMTS GSM/MSC) 5.578 NBRMSCGUHCNT (UMTS GSM/MSC) 5.579 ISDNEBAGCNT 5.580 ISDNEPRAGCNT 5.581 MNPMAINTCNT (UMTS GSM/MSC) 5.582 ANSIGSMNMCNT (UMTS GSM/MSC) 5.583 CAMEL3CNT (UMTS GSM/MSC) 5.584 CAMELSMSCNT (UMTS GSM/MSC) 5.585 NUCELLRELCNT (GSM/BSC) 5.586 UCELLTRANTAB (BSS R9) 5.587 DTRASUBPOOLCNT (GSM/BSC) 5.588 TRAFFGPRSCNT (BSC R9 inc 4) 5.589 QOSTRANTAB (BSC R9 inc 4) 5.590 RLINKBITRCNT (BSC R9 inc 4) 5.591 BSCQOSCNT (BSC R9 Inc 4) 5.592 IS41GMSCT2CNT (CMS11 MSC) 5.593 CAPAGECNT (CMS88) 5.594 CELLTTAB (Odyssey) 5.595 NRMCNT (UMTS GSM/MSC)



5.596 MGTAB (GATTO) 5.597 EMWIDELIVCNT (CMS88) 5.598 UMTSPOSCNT (UMTS GSM/MSC) 5.599 MRSCELPAGCNT (CMS30) 5.600 CELLQOSGCNT (TPC0 6.4.2) 5.601 CELLQOSG2CNT (TPC0 6.4.2) 5.602 CELLQOSEGCNT (TCP06.4.2) 5.603 CELLQOSEG2CNT (TCP06.4.2) 5.604 CCCHLOADCNT (TPC0 6.4.2) 6

References



1 Revision Information

For document Docno.2/1551-ANT 227 02 Uen the following applies -

2 Application

2.1 Scope

This Document should be used by all Designers that wish to use the Statistics and Traffic Measurement Subsystem (STS) as the method of collecting, manipulating and outputing their counters.

2.2 Purpose

This document should be used as a reference to show what counters STS can already handle, and also whether any NEW 'counters' can be handled in a similar way to 'counters' already handled by STS.

This will make it possible for already existing Data Interface Descriptions (DID) to be reused by similar functions.

An exception to this are DIDs marked as (US) which are defined in this document but not supported.

2.3 Source System Issue

This document is intended for all source systems that wish to use STS as a method of collecting, storing and outputing 'counter' data. STS is valid for application systems based on the following Source Systems: -

a APT 210 08 R4 b APT 210 08 R5 c APT 210 09 R1 d APT 210 09 R2 e APT 210 09 R3 f APT 210 09 R4 g APT 210 09 R5 h APT 210 09 R6 i APT 210 09 R7 j APT 210 09 R8 k APT 210 09 R11 l APT 210 11/2 R4 m APT 210 11/2 R5 n APT 210 11/3 R8 o APT 210 11/4 p APT 210 11/5 q APT 210 11/5 R3A r APT 210 12/1 R1 s APT 210 12/2 R1 t APT 210 12/3 R1 u APT 210 12/4 v APT 210 15/1 R1 w APT 210 15/2 R1 x APT 210 15/3 y APT 210 15/4



z APT 210 17/2 aa APT 210 18/1 R1 ab APT 210 18/3 ac APT 210 18/5 ad APX 101 01/2 ae APX 101 04/1 af C/APT 210 15/3 ag C/APT 210 15/5 ah C/APT 210 15/6 ai C/APT 210 25/1 aj C/APT 210 25/3 ak C/APT 210 25/7 al C/APT 210 26/2 R1A am 1/APT 210 25/4 an 1/APT 210 25/5 ao 1/APT 210 26/2 R1A ap 4/APT 210 25/2 aq 4/APT 210 26/2 R1A ar 1/APT 210 26/3 R1A as 1/APT 210 26/2 R1A at APT 210 08 R4 au 4/APT 210 15/5 av C/HSD 108 01/3 R1A aw APT 210 09/203 ax APT 210 17/5 R2A

3 Description

The Data Interface Descriptions (DID) describes the data interface between applications in CP, SP and STS.

The contents of a DID specifies which data (that is variables) are possible to output to applications in the SP.

Every DID has a name which should be declared as a Global Number Symbol, the value is shown as the DID-number.

Every DID item position correspond to DS-stored Variable (NOT temporary variables, numeric values, NSYMB etc.). The variable can be included in a record (that is file of records) or in Common data (mixing is not allowed).

The file of records may contain several individuals.

The counter names within brackets (for example CALLCNT) are proposed CP variable names according to the design rule "Counters in APT 210" or by convention.

The Data Interface description is interpreted as follows -

DID-name The Name of the DID

DID-number The number of the DID as reported to LAVS.

Function The purpose of the DID.

Application Where the DID is used.



Position The position within the DID.

Contents What that DID position means.

Description A description of the internal CP structure of the data and relations with other DIDs.

Size A definition of the CP variable sizes for each position per reporting block.



4 Abbreviations

DIDname (STD) The DID is a standard requirement DIDname (FR) The DID or Counter is a French market requirement DIDname (NO) The DID or Counter is a Norway market requirement DIDname (US) The DID or Counter is a US market requirement. Some of these DIDs are not supported by Standard STS DIDname (CCS) The DID is a CCITT7 requirement. DIDname (CMS30 SS) The DID is a CMS30 SS requirement DIDname (CMS30 MRS) The DID is a CMS30 MRS requirement DIDname (CME SS) The DID is a CME20 SS requirement DIDname (CME BSC) The DID is a CME20 Base Station Controller requirement DIDname (CMS88) The DID is a CMS88 requirement DIDname (AMPHION) The DID is a AMPHION requirement DIDname (PYTHON) The DID is a PYTHON requirement implemented as a late requirement in STS R10 DIDname (White China MTP) The DID is a White China MTP requirement implemented in STS R10. DIDname (CIEUX) The DID is a MOBILE Core requirement DIDname (APOLLO) The DID is an APOLLO Core requirement DIDname (POLARIS) The DID is an POLARIS Core requirement

In more recent revisions project revisions are also included.



4.1 DIDs in Alphabetical Order

DID name DID number -------- ---------- AAL2PATHCNT 593 AAL2PATHTAB 594 ACCROUTECNT 491 AJROUTECNT 320 AJROUTETAB 321 ALLSERVCNT 328 ALLSERVIDTAB 329 AMACNTDATA 24 ANSIGSMNMCNT 616 ASSSERVCNT 370 ASSSERVIDTAB 371 ATERTRANSCNT 499 AUCMAPCNT 475 AUCMAPIDTAB 476 AUCSUBSCNT 477 AUSCNT 546 AUSINTCALCNT 539 AUTHCNT 307 AUTHCCCNT 526 AUTHCCTAB 527 AUTHENCNT 122 AUTHSUBSCNT 595 BCROUTECNT 83 BCROUTELVLCNT 92 BGINTERNALCNT 57 BGPUBLICCNT 58 BGTOTOUTWATSCNT 59 BGTRANTAB 60 BJROUTECNT 322 BJROUTETAB 323 BNTAB 94 BSCBSCCNT 256 BSCCNT 133 BSCGPRSCNT 562 BSCMSLOTCNT 501 BSCPOSCNT 602 BSCQOSCNT 628 BSCTAB 136 BSCTRANTAB 500 BSUBTYPECNT 63 BTROUTECNT 1 BTROUTELVLCNT 38 C7ADJSLPCNT 159 C7DPCCNT 162 C7DPCSIOCNT 167 C7DPCSIOTAB 168 C7DPCTAB 163 C7LSSICNT 303 C7LSSITAB 304 C7MESSDATA 118 C7MRVFAILCNT 313 C7MRVFAILTAB 314 C7MRVTOTCNT 312 C7ODCNT 301



C7ODS24CNT 315 C7ODSCNT 169 C7ODSTAB 170 C7ODTAB 302 C7OPCCNT 160 C7OPCDS24CNT 369 C7OPCDSCNT 305 C7OPCDSTAB 306 C7OPCSIOCNT 165 C7OPCSIOTAB 166 C7OPCTAB 161 C7RTSETCNT 157 C7RTTOTALCNT 171 C7SCPERFCNT 137 C7SCQOSCNT 138 C7SCSIGPCNT 141 C7SCSPTAB 142 C7SCSSNUSECNT 139 C7SCUSECNT 140 C7SIDATA 117 C7SIOCNT 164 C7SL1CNT 152 C7SL2CNT 153 C7SLSETCNT 155 C7SLSETTAB 156 C7SLTAB 154 C7SPTAB 158 C7TCABOCNT 146 C7TCABOTAB 150 C7TCCMPCNT 144 C7TCCMPTAB 149 C7TCDIACNT 257 C7TCDIATAB 258 C7TCMSGCNT 143 C7TCMSGTAB 148 C7TCREJCNT 147 C7TCREJTAB 151 C7TCTOTAL 145 CALLFSERVCNT 330 CAMABTCNT1 78 CAMABTCNT2 79 CAMEL3CNT 617 CAMELSMSCNT 618 CAPAGECNT 630 CAWSERVCNT 331 CBCNT 373 CCCHLOADCNT 641 CELEVENTDCNT 502 CELEVENTHCNT 503 CELEVENTICNT 505 CELEVENTSCNT 504 CELLCCHCNT 103 CELLCCHDRCNT 248 CELLCCHHOCNT 506 CELLCONFCNT 507 CELLCNT 192 CELLDUALT 568 CELLEVENTCNT 249 CELLGPRSCNT 563 CELLHCSCNT 569



CELLHSCSDCNT 570 CELLPOSCNT 603 CELLQOSEGCNT 639 CELLQOSEG2CNT 640 CELLQOSGCNT 624 CELLQOSG2CNT 625 CELLSDCCHCNT 360 CELLSQICNT 571 CELLTAB 191 CELLTTAB 631 CELLTCHCNT 102 CELLTCHDRCNT 250 CELTCHFCNT 508 CELTCHHCNT 510 CELTCHFPCNT 547 CELLTRANTAB 108 CHANASSIGNCNT 126 CICNT 374 CKWSERVCNT 332 CLIPSERVCNT 351 CLIRSERVCNT 352 CLSDCCHCNT 427 CLSDCCHOCNT 428 CLSMSCNT 426 CLTCHCNT 429 CLTCHDRFCNT 438 CLTCHDRHCNT 439 CLTCHFCNT 430 CLTCHFV1CNT 432 CLTCHFV2CNT 433 CLTCHFV3CNT 509 CLTCHHCNT 431 CLTCHHV1CNT 435 CLTCHHV2CNT 511 CLTCHHV3CNT 512 CNIPSERVCNT 540 COBCNTDATA 25 CODERASGNCNT 391 COLPSERVCNT 353 COLRSERVCNT 354 COMMOTGTRANTAB 381 COMMOTSTRANTAB 382 COMPSERVCNT 384 COMPTYPETAB 205 COOPEXMTAB 206 COPRVLRCNT 340 COPRVLRTAB 341 CPCNTDATA 33 CRROUTECNT 51 CSROUTECNT 50 CSRROUTECNT 4 CTMDECTCNT 489 CTMMAPCNT 486 CTMMAPTAB 487 CUGBSGCNT 342 CUGBSGTAB 343 CUGSERVCNT 355 CVTR01CNT 466 CVTR01TAB 468 CVTR02CNT 467



DASADCNT 324 DATACNT 518 DATATAB 519 DIGSCNT 574 DIPPRM1CNT 379 DIPPRM2CNT 380 DIPQCNT1 175 DIPQCNT2 176 DIPQCNT3 325 DIPSTCNTDATA 20 DIPTAB 177 DISCCALLCNT 378 DISSDCNTDATA 29 DOWNTIMECNT 513 DTAPLCSCNT 609 DTDBTINFO 40 DTDLIINFO 39 DTICNT 462 DTRASUBPOOLCNT 621 DYNTRUNKHCNT 566 DYNTRUNKVCNT 565 ECDETCNT 76 ECELLTRANTAB 246 ECNPCNT 596 ECNPTAB 597 ECPOOLCNT 460 ECPOOLTAB 461 EIRCNT 193 ELOCSUBCNT 457 EMCNTDATA 36 EMGCNTDATA 37 EMGINTCALCNT 538 EMGPRSCNT 572 EMGSTATCNT 82 EMGTRANTAB 64 EMRPCNTDATA 35 EMWIDELIVCNT 634 EOSEVERYCNT 13 EOSLASTCNT 14 EQACCTOTCNT 75 EQLACCCNT 363 EXCHFAULTDATA 119 EXMACTSUBCNT 207 EXMCOMPTAB 208 EXMPAGRESCNT 209 EXMSTATCNT 494 EXMSUBCNT 456 EXMTAB 210 FAUSCNTDATA 30 FEATUREIDTAB 87 FHCCNT 211 FHCHANNELCNT 212 FHLCNT 213 FHLPRACNT 390 FHLV5CNT 463 GIWUCNT 259 GIWUTAB 260 GLPAGERESCNT 214 GPRSGSCNT 555 GSCNT 586



GSMSCCNT 261 GSSCNTDATA 21 GTWYLNKSET 98 GTWYLSDNET 100 GTWYLSONET 99 GTWYONET 96 GTWYONETTT 97 GSCFCNT 528 GSCFTAB 529 GUHNDOVERCNT 608 HANDOVERCNT 127 HINTARICCNT 436 HINTERMAPCNT 364 HINTERTAB 366 HINTSUPV 437 HLRMAPCNT 120 HLRMAPIDTAB 124 HLRPERFCNT 483 HLRSUBSCNT 262 HLRTAB 194 HMAPERRCNT 273 HMAPPRICNT 274 HMAPTAB 275 HNCGLRTAB 525 HOLDSERVCNT 333 IDLECHCNT 392 IDLEOTCHFCNT 440 IDLEOTCHHCNT 441 IDLEUTCHFCNT 442 IDLEUTCHHCNT 443 INCEQUALACCESS 44 IRNEGCNT 389 IS41GMSCCNT 215 IS41GMSCT2CNT 629 IS41GMSCTCNT 216 IS41HLR2CNT 495 IS41HLR2TCNT 496 IS41HLRCNT 217 IS41HLRTCNT 218 IS41HOF1TCNT 220 IS41HOF2TCNT 222 IS41HOF3TCNT 498 IS41HOFF1CNT 219 IS41HOFF2CNT 221 IS41HOFF3CNT 497 IS41VMSC2CNT 414 IS41VMSC2TCNT 415 IS41VMSCCNT 223 IS41VMSCTCNT 224 ISDNEBAGCNT 613 ISDNEPRAGCNT 614 ISDNEBSCNT 357 ISDNEBSTAB 358 ISDNESGCNT 359 ISDNTMCNT 111 ISDNTMTAB 112 ISDNTSICNT 319 ISPCNT 530 ISPTAB 531 IWSMSCCNT 263



KRROUTECNT 5 KRQUALITYCNT 548 L2STATBACNT 115 L2STATPRACNT 326 L3STATBACNT 116 L3STATPRACNT 327 L2V5CPATHCNT 542 L2V5PRACNT 544 L3V5PRACNT 545 LACMSTAB 225 LACNT 195 LAPAGECNT 226 LAPAGERESCNT 227 LAPDLNKCNT 107 LAPDLNKTAB 203 LATAB 196 LATACNT 339 LATAMISCNT 345 LATATAB 344 LCSCNT 567 LIBAL1STCNT 114 LNPGTT1CNT 517 LNPMAINTCNT 532 LOADREGCNT 573 LOASCNT 11 LOASINCOCNT 577 LOASMISC1CNT 575 LOASMISC2CNT 576 LOCUPDACNT 128 LOSSROUTECNT 3 LOSTCLCNT 15 LOSTRECNT 16 LSCCCNT 580 LSDESTAB 73 LSMES 74 MAUTHCNT 276 MELOCSUBCNT 459 MESSFLNOCNT 583 MEXMSUBCNT 458 MGTAB 633 MINTERMAPCNT 365 MINTERTAB 367 MJGRPCNT 8 MLORCNT 277 MMAPERRCNT 278 MMAPPRICNT 279 MMAPTAB 280 MNPMAINTCNT 615 MOBPOSCNT 560 MOBSUBHLRCNT 197 MOTGCNT 251 MOTRANTAB 252 MOTSCNT 253 MRSCDTCNT 559 MRSCELALCNT 421 MRSCELCCHCNT 281 MRSCELCHSCNT 282 MRSCELLTTAB 288 MRSCELPAGCNT 636 MRSCELPKTCNT 584



MRSCELTCHCNT 283 MRSCELTLMCNT 558 MRSCELVCHCNT 284 MRSCLUPCHCNT 585 MRSLACNT 368 MRSMSCCNT 285 MRSNCELLCNT 286 MSCREGCNT 493 MSCTAB 198 MTPBASMES 54 MTPBASMES2 71 MTPFORMTAB 311 MTSFBCNT 264 MTSFB3CNT 611 MTSFBTAB 265 MTSMAPCNT 130 MTSMAPTAB 134 MTUPGLOBLCNT 228 MTUPGMSCCNT 229 MTUPHLR1CNT 230 MTUPHLR2CNT 231 MTUPHLR3CNT 308 MTUPHOFF1CNT 232 MTUPHOFF2CNT 233 MTUPHOFF3CNT 234 MTUPLOCCNT 235 MTUPMSGIDTAB 236 MTUPVMSC1CNT 237 MTUPVMSC2CNT 238 MTUPVMSC3CNT 309 NAMSUBSCNT 557 NBRCELLCNT 199 NBRMSCGUHCNT 612 NBRMSCLCNT 200 NBRMSCPROCCNT 348 NMSCUGHOCNT 588 NCELLCNT 104 NCELLRELCNT 202 NCELLRXTCNT 254 NCELLTRANTAB 109 NECELASSCNT 478 NECELHOCNT 479 NECELHOEXCNT 514 NECELLRELCNT 247 NECELLRXTCNT 255 NETWRKCNT 375 NICELASSCNT 480 NICELHOCNT 481 NICELHOEXCNT 515 NMROUTECNT 541 NRCSTATSCNT 377 NRMCNT 632 NSCNTDATA 23 NUCELLRELCNT 619 ODBCNT 266 ODBINVCNT 267 ONIQUEUEROUTE 80 ONITRUNKROUTE 81 OPTFEATCNT 604 OUTEQUALACCESS 45



PAGINGCNT 129 PAPAGECNT 239 PAPAGERESCNT 240 PATAB 241 PBXSUBROUTECNT 6 PCKTDATACNT 610 PDCUMTSFNRCNT 590 PDPDEFCNT 556 PLMNSUBCNT 268 PLMNSUBTAB 269 PREEMPCNT 516 PTNTCFCCNT 316 QOSTRANTAB 626 QUASCNTDATA 31 QUESERVCNT 385 RLINKBITRCNT 627 RANDOMACCCNT 361 RCSSSERVCNT 386 RDTISDNCNT 337 RDTPSTNCNT 336 REGSATPAGCNT 550 REGSERVCNT 350 RELOCCNT 587 RLMCNT 376 RNCSTATCNT 578 RNDACCEXTCNT 393 ROAMINGCNT 121 ROUTEACCCNT 26 ROUTELEVACC 41 ROUTETRANTAB 46 RPCNTDATA 34 RTNCNT 372 RTROUTECNT 2 SAECNT 287 SCCPBASMES 55 SCCPFORMTAB 453 SCP800MES 292 SCRNSERVCNT 388 SDFINAPCNT 472 SDFINAPIDTAB 473 SDIPHPCNT 536 SDIPLEVTAB 535 SDIPLPCNT 537 SDIPMSCNT 533 SDIPTAB 534 SECURITYCNT 131 SERVFEATCNT 520 SERVFEATTAB 521 SERVICESWCNT 347 SESS12CNT 204 SESSCFCNT 173 SESSCFTAB 338 SESSSFCNT 174 SETSCNTDATA 32 SGSNCNT 551 SGSNSTATCNT 553 SGSNSTTAB 554 SGSNTAB 552 SH2AMCNT 598 SH2AMCALLCNT 599



SH2ISTCNT 600 SH2SCFCNT 601 SHAMCALLCNT 474 SHAMCNT 471 SHISTCNT 469 SHSCFCNT 470 SLDESTAB 53 SLGNAMETAB 318 SLMES 56 SLMES2 67 SLMES3 68 SLOCSUBCNT 455 SLOSCNTDATA 27 SMSCNT 201 SNBSCTAB 47 SNTCNTDATA 22 SPAPAGECNT 242 SPAPAGRESCNT 243 SPATAB 244 SPCPCNTDATA 89 SPCPEXCNTDATA 88 SPDLCNTDATA 91 SPHDCNTDATA 90 SS7PG1 69 SS7PG2 70 SS7SCQOSCNT 346 SS7SCSSNUSECNT 335 SS7SCUSECNT 362 SS7TTCNT 101 SSACTCNT 270 SSCNT 132 SSDCNT 10 SSFCGTCNT 411 SSFCHMTCNT 413 SSFDPCICNT 402 SSFDPCITAB 403 SSFECTCNT 412 SSFGLTICNT 404 SSFGLTITAB 405 SSFICCICNT 395 SSFICCITAB 396 SSFICCRIICNT 397 SSFICCRIITAB 398 SSFICCTCNT 394 SSFMCSOHTCNT 407 SSFMCSTCNT 409 SSFOHDCICNT 400 SSFOHDCITAB 401 SSFOHDCTCNT 399 SSFSCFTCNT 406 SSFSFTCNT 410 SSFSRFTCNT 408 SSIDTAB 271 SSPABDCNT 85 SSPSTAT2CNT 84 SSPSTATCNT 52 SSPSTATNMCNT 66 SSSPROCNT 272 SSTAB 135 STPTIMERS 72



STPTIMERS2 299 STUDYSETCNT 42 SUBEMGDATA 62 SUBLINECNT 317 SUBRTESNBTAB 334 SUBSCRIBERCNT 18 SUBSGROUPFEAT 43 SUBSGROUPTRAF 49 SUS2CNT 95 SUSCNT 17 SUSSAECNT 93 SYSSUBCNT 454 SYSTSUBCNT 245 TCAP01MES 290 TCAPBASMES 86 TGCNT 105 TGTRANTAB 110 TMATRIXCNT 61 TPLATMES 289 TPTRANTAB 451 TPYSERVCNT 387 TRAFFMEASCNT 484 TRAFFMEASTAB 485 TRAFFSAE2CNT 186 TRAFFSRFCNT 581 TRAFFGPRSCNT 623 TRANAXEFORMTAB 172 TRANSFLNOCNT 452 TRAPCOMCNT 449 TRAPEVENTCNT 450 TRASEVENTCNT 448 TRDCNT 7 TRDCNT1 349 TRTYPECNT1 12 TRTYPECNT2 48 TRXCNT 106 TRXTAB 113 TSBCNT 9 TSBEMGTAB 65 TSCNTDATA 19 TTRMSNCNT 464 TTRMSNTAB 465 UCELLTRANTAB 620 UGHNDOVERCNT 589 UMTSPOSCNT 635 UMTSSECCNT 592 USRACCESSCNT 482 USRACCESSTAB 490 UUSSERVCNT 356 VCISERVCNT 492 VDBACTCNT 488 VGMAPERRCNT 417 VGMAPPRICNT 416 VLRCNT 123 VLRTAB 125 VMAPTAB 420 VPNSERVCNT 549 VVMAPERRCNT 419 VVMAPPRICNT 418 WIDEBANDCNT 383



WIDEBAND1CNT 522 WIDEBAND2CNT 523

5 DID-descriptions

5.1 BTROUTECNT (STD, CAPC7)

DID-name: BTROUTECNT DID-number: 1 Function: Route-counters for Bothway Trunks Application: Block BT, MALT, C7BTIE, UPD, UPDE, UPDDE, UPDDEE, C7BTI3, BT2D3, BTR22D3, BT1D3, BTR22DE, IABT, LIRA1, LIRA2, LI3, UPPVD, MUIUCM, BID Position Contents 1 Global route number (GLROUTE) 2 Number of individuals in service (NUDEVCNT) 3 Number of blocked (BLOCCNT) 4 Number of occupied (TRALCNT) 5 Number of call (CALLCNT) 6 Number of call with cong (CONGCNT) 7 Number of B-answer (BANSWCNT) 8 Number of restricted calls (RESTRIOUTCNT) 9 Number of devices out of service 10 BT-route type 11 Number of semipermanent connections 12 (FR) Number of simultaneous calls 13 Number of manually blocked (MBLOCCNT) 14 Number of other blocked (OBLOCCNT) 15 Number of automatically A-blocked (ABLOCCNT) 16 Number of outgoing seizures (RSEIZCNTO) 17 Number of dual seizures (DUALSEIZCNT) 18 Number of ATP received on ISUP routes (ISUPATPCNT) 19 Number of restricted devices (RESTRDEVCNT) 20 Number of successful end of selections (THROUGHRTECNT) 21 Number of congestions on the last available route (LASTCONGCNT) 22 Number of congestions due to route software individuals not available (NCONGNOIND) 23 Number of Congestions due to MGW individuals not available in Bearer Terminator (BASENDSEIZEF) 24 Number of Congestions due no transmission resource available in BEACC (NCONGTRANS) Description: Counters for the bi-directional or one-way Trunk Routes. A BT-route consists of two individuals(route records). One for icoming traffic (even internal route number) and one for outgoing traffic (odd internal route number). The incoming route record, in a pair of routes, is located before the outgoing route in the file. If the BT-route is used for bothway traffic (a real BT-route) then are both the individuals defined. ( Position 1 and 2 <> 0) If only one of the individuals are defined then the



BT-route is used for one-way traffic (false BT-route), for incoming or for outgoing traffic. The internal route number is identical with the record number (that is record pointer or individual). Individual number 0 and 1 are not in use. Individual number 2 and 3 are reserved for test route. The BT-route type (item 10) indicates the type of the route: 1 = incoming route 2 = outgoing route 3 = bothway route All other values (that is 0 and > 3) will be interpreted as undefined routes (that is measurement will not take place). (In most of the BT-blocks the existing variable "FNC", that is function code, can be used). All variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of routes in the block. The size of the variables. Position Block Size of variable 1, BT,MALT,MUIUCM, BID 16 bits 2-3, BT,MALT 16 bits 4-7 BT,MALT, MUIUCM 16 bits 8- 9, BT,MALT, 16 bits 10 BT,MALT, BID, MUIUCM 16 bits 8 BT 32 bits 11 - 19 BT,MALT, 16 bits 20 - 21 BT 16 bits 22 UPPVD, BID 16 bits 23 MUIUCM 16 bits 24 MUIUCM, BID 16 bits



5.2 RTROUTECNT (STD)

DID-name: RTROUTECNT DID-number: 2 Function: Route-counters in junctor blocks Application: Block RT and JT Position Contents 1 Global route number (GLROUTE) 2 Number of individuals (NUDEVCNT) 3 Number of blocked (BLOCCNT) 4 Number of occupied (TRALCNT) 5 Number of call (CALLCNT) 6 Number of call with cong (CONGCNT) 7 Number of automatically B-blocked 8 Number of semipermanent connections 9 Number of manually blocked (MBLOCCNT) 10 Number of other blocked (OBLOCCNT) 11 Number of automatically A-blocked (ABLOCCNT) 12 Number of outgoing seizures (RSEIZCNTO) Description: A RT-route consists of two individuals. One for incoming traffic(even internal route number) and one for outgoing traffic(odd internal route number). The incoming route record, in a pair of routes, is located before the outgoing route in the file. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of routes in the block. The size of the variables. DID positions: 1-12 = 16 bits.



5.3 LOSSROUTECNT (STD)

DID-name: LOSSROUTECNT DID-number: 3 Function: Route-counters for loss-system routes (call attempt rejected when no device idle) Application: Blocks with the block-characteristic BCROUTE, exceptions are block BT, RT, JT, CSR and KR, also blocks MALT,IWTSS, MTRON, GMWI, SSFDCF, SSFDJI, SSFDJO SUSLHW, DJAMO, BCVLI Position Contents 1 Global route number (GLROUTE) 2 Number of individuals (NUDEVCNT) (devices on route) 3 Number of blocked individuals. (BLOCCNT) 4 Number of occupied individuals. (TRALCNT) (traffic level counter) 5 Number of calls (CALLCNT) (call level counter) 6 Number of call with congestion. (CONGCNT) (conjestion level counter) 7 Number of automatically B-blocked 8 Number of B-Answers (BANSWCNT) 9 Number of manually blocked (MBLOCCNT) 10 Number of other blocked (OBLOCCNT) 11 Number of automatically A-blocked (ABLOCCNT) Description: One record per route in the block. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of routes in the block. LOSS routes with hardware have the following restriction: Individual number 0 is not in use. Individual number 1 is reserved for test route. The DID position 1 is stored in all the blocks mentioned above. The counters specified in DID positions 4-5 are stored in block IWTSS. The counters specified in DID positions 2-6 are stored in block MTRON. The counters specified in DID positions 7 and 8 are not used in subsystem MSS in CMS30 PH5. The global routes are identified by a number. The translation table (DID 46: ROUTETRANTAB) is used to translate the global route number to the symbolic route name. The size of the variables. Position Block Size 1-11 All 16 bits 1 BCVLI 16 bits



2-6 MTRON 16 bits 2-6 BCVLI 32 bits 4-5 IWTSS 16 bits 1,4,5, 6 SSFDCF 16 bits 1, 4-5 DJAMI 16 bits The size of the variables. DID positions: 1-11 = 16 bits. NOTE. The counter "Number of B-answers" is only valid for CFC routes (Measurement on Business Groups).



5.4 CSRROUTECNT (STD)

DID-name: CSRROUTECNT DID-number: 4 Function: Route-counters in code sender/receiver Application: Block CSR Position Contents 1 Global route number (GLROUTE) 2 Number of individuals (NUDEVCNT) 3 Number of blocked (BLOCCNT) 4 Number of occupied (TRALCNT) 5 Number of call (CALLCNT) 6 Number of calls to queue (QCALLCNT) 7 Number of call in queue (QTRALCNT) 8 Number of occupied aft queue (SAFTQCNT) 9 Number of automatically B-blocked 10 Number of manually blocked (MBLOCCNT) 11 Number of other blocked (OBLOCCNT) 12 Number of automatically A-blocked (ABLOCCNT) Description: A CSR-route consist of two individuals.One for reception(CR,even internal route number) and one for transmitting (CS,odd internal route number). All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of routes in the block. The size of the variables. DID positions: 1-12 = 16 bits.



5.5 KRROUTECNT (STD)

DID-name: KRROUTECNT DID-number: 5 Function: Route-counters in block KR Application: Block KR Position Contents 1 Global route number (GLROUTE) 2 Number of individuals (NUDEVCNT) 3 Number of blocked (BLOCCNT) 4 Number of occupied (TRALCNT) 5 Number of call (CALLCNT) 6 Number of calls to queue (QCALLCNT) 7 Number of call in queue (QTRALCNT) 8 Number of occupied aft queue(SAFTQCNT) 9 Number of automatically B-blocked 10 Number of manually blocked (MBLOCCNT) 11 Number of other blocked (OBLOCCNT) 12 Number of automatically A-blocked (ABLOCCNT) Description: One record per route in the block. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of routes in the block. Individual number 0 is not in use. Individual number 1 is reserved for test route. The size of the variables. DID positions: 1-12 = 16 bits.



5.6 PBXSUBROUTECNT (STD)

DID-name: PBXSUBROUTECNT DID-number: 6 Function: Counters for PBX subroutes Application: Block LIM, BLM, LI1 Position Contents 1 Global PBX subroute number (GLSRTE) 2 Order number within direction 3 SCP for group number (GRPSCP) 4 Number of lines (NUDEVCNT) 5 Number of blocked (BLOCCNT) 6 Number of inc occupied (INCTRALCNT) 7 Number of outg occupied (OUTTRALCNT) 8 Number of call (CALLCNT) 9 Number of call with cong (CONGCNT) 10 Direction code (DIRECTION) 11 Number of B-answers (incoming, received from the PBX) (NANSW) 12 Number of manually blocked (MBLOCCNT) 13 Number of other blocked (OBLOCCNT) 14 Number of automatically A-blocked(ABLOCCNT) 15 Number of inc PBX seizures (TERMSEIZCNT) 16 Number of outg PBX seizures (ORIGSEIZCNT) Description: One record per subroute. The subroutes are identified by the Global PBXSubroute Number. The SCP, Direction code and and the Order number within the direction is used for external identification of the subroute (SNB, Type and Number). The Direction Code has the following representation 1 = incoming direction 2 = bidirectional 3 = outgoing direction All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of subroutes in the block. The size of the variables. DID positions: 1-9, 11-16 = 16 bits DID position: 10 = 2 bits



5.7 TRDCNT (STD)

DID-name: TRDCNT DID-number: 7 Function: Counters for traffic destination codes Application: Block CL Position Contents 1 Number of call (CALLCNT) 2 Number of unsuccessful call (CONGCNT) 3 Number of occupied (TRALCNT) 4 Number of b-answers (ANSWCNT) 5 Number of dest. blockings (TDBLOCNT) Description: One record per traffic destination code. The traffic destination codes are identified by a number. The number is identical with the record number in the file, that is the pointer. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = max number of traffic destination codes. The size of the variables. DID positions: 1-5 = 16 bits



5.8 MJGROUPCNT (US)

DID-name: MJGRPCNT DID-number: 8 Function: Counters for multi junctor group Application: Block DMJ Position Contents 1 Number of individuals (NUDEVCNT) 2 Number of blocked (BLOCCNT) 3 Number of occupied (TRALCNT) 4 Number of call (CALLCNT) 5 Number of call with cong (CONGCNT) 6 Number of automatically B-blocked Description: All the Variables (which are pointed out by the DID item positions) are stored in one record or as common variables. One record per DMJ block. Counters for the multi junctor group should be reported in the DID LOSSROUTECNT.



5.9 TSBCNT (STD)

DID-name: TSBCNT DID-number: 9 Function: Counters for time switch bus Application: Block TS Position Contents 1 TSB defined indicator (TSBDEFINED) 2 EMG number (EMG) 3 Number of occupied (TRALCNT) 4 Number of call attepmts (CALLCNT) 5 Number of cong call attempts (CONGCNT) Description: One TSB-record per EMG. The EMG is identified by the EMG number. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = max number of EMGs. The size of the variables. DID position: 1 = 1 bit DID positions: 2 and 4-5 = 16 bits DID position: 3 = 8 bits



5.10 SSDCNT (STD)

DID-name: SSDCNT DID-number: 10 Function: Traffic counters per subscriber stage (EMG) and per type of subscriber traffic (that is per CJ-block). Application: Block CJ Position Contents 1 Number of incoming call attempts to the EMG (internal calls are included) 2 Number of internal calls switched within the EMG 3 Number of outgoing call attempts from the EMG (internal calls are included) 4 Traffic level counter for incoming call attempts to the EMG (internal calls are included) 5 Traffic level counter for internal switched calls within the EMG 6 Traffic level counter for outgoing call attempts from the EMG (internal calls are included). Description: One set of counters per CJ-block and per EMG. The EMG is identified by the record number in the file, that is the pointer. The pointer is equal to the EMG-number. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = max number of EMGs. The size of the variables. DID positions: 1-6 = 16 bits



5.11 LOASCNT (STD)

DID-name: LOASCNT DID-number: 11 Function: Traffic and load counters Application: Block LOAS in OMS-R Position Contents 1 Accumulated processor load (ACCLOAD) 2 Number of accumulations (NSCAN) 3 Number of offered originating (NOFFORG) call attempts 4 Number of offered incoming call (NOFFIEX) attempts 5 Number of fetched originating (NFTDORG) call attempts 6 Number of fetched incoming (NFTDIEX) call attempts 7 Miscellaneous tasks: Number of (NOFFMLO) low-priority requests for capacity in the load supervision function 8 Miscellaneous tasks: Number of (NOFFMHI) high-priority requests for capacity in the load supervision function 9 Miscellaneous tasks: Number of (NFTDMLO) low-priority requests for capacity accepted by the load supervision function 10 Miscellaneous tasks: Number of (NFTDMHI) high-priority requests for capacity accepted by the load supervision function 11 Number of processor capacity (NCAPREQCNT) requests sent by HLR 12 Number of not accepted processor (NCAPREJCNT) capacity requests sent by HLR 13 Number of priority originating (NOFFPRIO) calls offered to the Processor Load Control function 14 Number of non-priority originating (NOFFNPRIO) calls offered to the Processor Load Control function 15 Number of priority originating calls (NFTDPRIO) fetched from the Processor Load Control function 16 Number of non-priority originating (NFTDNPRIO) calls fetched from the Processor Load Control function 17 Number of processor capacity requests (NOFFTCAP) for low priority TCAP messages offered to the Processor Load Control function 18 Number of accepted processor capacity (NFTDTCAP) requests for low priority TCAP messages



Description: One record. All the Variables (which are pointed out by the DID item positions) are stored in one record or as common variables. The size of the variables. DID position Block Size 1 - 10 LOAS 32 bits 11 - 12 HMAPTC 32 bits 13 - 18 LOAS 32 bits



5.12 TRTYPECNT1 (STD, AMC Phase 5)

DID-name: TRTYPECNT1 DID-number: 12 Function: Traffic type counters Application: Blocks CL, CLCOF,TRCASET & SNBOO Position Contents 1 Number of calls (was Number of calls recognised by RE) 2 Number of unsuccessful calls 3 Traffic Level, Number of ongoing through connected calls 4 Number of calls rejected due to internal congestion 5 Number of calls rejected due to external congestion 6 Number of successful end of selections 7 Number of calls with B-answer 8 Number of calls disconnected due to release (A-replacement or Clear Forward) before dialling 9 Number of calls disconnected due to release (A-replacement or Clear Forward) during dialling 10 Number of calls disconnected due to release (A-replacement or Clear Forward) after dialling, but before through connection 11 Number of calls disconnected due to time out (no digits dialled) before dialling 12 Number of calls disconnected due to time out (all digits not received) during dialling 13 Number of calls rejected due to busy B-subscriber 14 Number of calls rejected due to Non-existent B-number 15 Number of calls rejected due to inaccessible number 16 Number of calls rejected due to Network Management action 17 Number of calls released due to lack of "proceed to send" signal, or dual seizure 18 Number of calls released due to reception of a congestion signal 19 Number of calls released due to a signalling time out (except lack of "proceed to send" signal) 20 Number of calls released due to A-replacement, while waiting for the end of selection signal 21 Number of calls released due to faulty signalling 22 Number of ISDN calls (was Number of ISDN calls recognised by the register (RE) function (RE seizures). Recall of the register function is considered a new call) 23 Number of calls rejected by "Circuit reservation" 24 Number of calls rejected by Mass Calling Control Description : One set of counter per basic traffic type. A basic traffic type is determined by origin and destination. There are 16 origins and destinations,



respectively. That makes a total of 16 X 16=256 basic traffic types. All the Variables (which are pointed out by the DID item positions) are stored in an indexed record, the number of records = 16 and the number of indices = 16. The size of the variables. Position Block Size 1 - 7 CL or CLCOF 16 bits 1 - 2 SNBOO 16 bits 8 - 24 TRCASET 16 bits



5.13 EOSEVERYCNT (STD)

DID-name: EOSEVERYCNT DID-number: 13 Function: Counters per EOS-code, every attempt Application: Block RA Position Contents 1 Number of attempts Description: One counter per EOS-code. The counter is stepped every time the EOS-code is analysed. The Variable (which is pointed out by the DID item position) is stored in a record, the number of records = round 1200. The size of the variable. DID position: 1 = 16 bits



5.14 EOSLASTCNT (STD)

DID-name: EOSLASTCNT DID-number: 14 Function: Counters per EOS-code, last attempt Application: Block TRCAS1, (TRCASET) Position Contents 1 Number of calls Description: One counter per EOS-code. The counter is stepped the EOS- code is analysed the last time in a call. The Variable (which is pointed out by the DID item position) is stored in a record, the number of records = round 1200. The size of the variable. DID position: 1 = 16 bits



5.15 LOSTCLCNT (STD)

DID-name: LOSTCLCNT DID-number: 15 Function: Counter for number of lost call due to restart in speech position. Application: Block CL, COF,SECA, CLCOF Position Contents 1 Number of lost calls Description: The counter shows the number of calls lost in speech position due to restart. The number of lost call is always added to the counter, that is the counter will contain number of lost calls from all the restarts. The Variable (which is pointed out by the DID item position) is stored in one record or in a common variable. The size of the variable. DID position: 1 = 32 bits



5.16 LOSTRECNT (STD)

DID-name: LOSTRECNT DID-number: 16 Function: Counter for number of lost calls due to restart in register position. Application: Block RE Position Contents 1 Number of lost calls Description: The counter shows the number of calls lost in register position due to restart. The number of lost call is always added to the counter, that is the counter will contain number of lost calls from all the restarts. The Variable (which is pointed out by the DID item position) is stored in one record or in a common variable. The size of the variable. DID position: 1 = 32 bits



5.17 SUSCNT (STD)

DID-name: SUSCNT DID-number: 17 Function: Counter for subscriber service Application: Blocks in subsystems SUS and BGS, which are administrating or performing subscriber services. Position Contents 1 Service identity (category function code) 2 Number of activations 3 Number of deactivations 4 Number of utilizations 5 Number of subscribers with access 6 Number of subscribers activated 7 Number of successful activations 8 Number of successful utilizations Description: One record per subscriber service. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of services in the block. The Services are identified by a code. All counters are not relevant for all of the services. The relation between codes and services is described in the DID FEATUREIDTAB. The size of the variables. DID position: 1 = 8 bits DID positions: 2-8 = 16 bits



5.18 SUBSCRIBERCNT (US)

DID-name: SUBSCRIBERCNT DID-number: 18 Function: Counter for subscriber data Application: Block LI Position Contents 1 Number of subscriber lines 2 Number of blocked subscriber lines Description: One record per LI-block. The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID positions: 1-2 = 16 bits



5.19 TSCNTDATA (STD)

DID-name: TSCNTDATA DID-number: 19 Function: TS counter data Application: Block TSMT Position Contents 1 Number of time switches 2 Number of blocked time switches 3 Number of blockings of time switches Description: The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID positions: 1-3 = 16 bits



5.20 DIPSTCNTDATA (FM, CME BSC)

DID-name: DIPSTCNTDATA DID-number: 20 Function: Digital paths counter data Application: Block of type DIPST, RIDIPST, DIPRALT, DIPRBLT, RXODPI and SDIPST Position Contents 1 Block number 2 Number of connected digital paths. 3 Number of blockings made by the Digital Path supervision. 4 Number of times threshold 1 is exceeded due to bitfault. 5 Number of times threshold 2 is exceeded due to bitfault. 6 Number of times threshold is exceeded due to slipfrequence. 7 Number of times threshold is exceeded due to disturbances. 8 Number of times when the bitfault supervision function isn't working. 9 Number of connected synchronous digital paths. 10 Number of connected multiplex sections. 11 Number of connected higher order path objects. 12 Number of connected lower order path objects. 13 Number of blockings made by the Synchronous Digital Path supervision. 14 Number of blockings made by the multiplex section supervision. 15 Number of blockings made by the higher order path supervision. 16 Number of blockings made by the lower order path supervision 17 Number of performed network protection switches Description: One record per DIPST-block. The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The translation table BNTAB is used to translate the block number to the Block Name. The size of the variables. Position Block Size 1 SDIPST,DIPST 16 bits 2 - 3 DIPST 32 bits 4 - 8 DIPST 16 bits 1 - 3 RIDIPST, DIPRALT, DIPRBLT, RXODPI 16 bits. 9 - 17 SDIPST 16 bits





5.21 GSSCNTDATA (STD)

DID-name: GSSCNTDATA DID-number: 21 Function: Group Switch counter data Application: Block GS,CNT Position Contents 1 Number of TSM's 2 Number of blocked TSM's in the A-plane 3 Number of blocked TSM's in the B-plane 4 Number of blocked TSM's in both planes 5 Number of SPM's 6 Number of blocked SPM's in the A-plane 7 Number of blocked SPM's in the B-plane 8 Number of blocked SPM's in both planes 9 Number of CLM's 10 Number of blocked CLM's Description: The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID positions: 1-10 = 16 bits



5.22 SNTCNTDATA (STD)

DID-name: SNTCNTDATA DID-number: 22 Function: SNT counter data Application: Blocks with the SNT-concept, SRS. Position Contents 1 Block number 2 Number of connected SNT's 3 Number of blocked SNT's Description. One record per block. The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The translation table BNTAB is used to translate the block number to the Block Name. The size of the variables. DID positions: 1-3 = 16 bits



5.23 NSCNTDATA (STD)

DID-name: NSCNTDATA DID-number: 23 Function: Neywork synchronization counter data Application: Block NS Position Contents 1 Number of clock references type CCM 2 Number of clock references type RCM 3 Number of clock references type EXT 4 Number of reference groups with clock reference of type DIP 5 Number of blocked references type CCM 6 Number of blocked references type RCM 7 Number of blocked references type EXT 8 Number of reference groups with all references of type DIP blocked 9 Number of switches of EX-reference from one reference group to another. Description: One record The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID positions: 1-9 = 16 bits



5.24 AMACNTDATA (US)

DID-name: AMACNTDATA DID-number: 24 Function: Counters for Automatic Message Accounting Application: Block CRDC, CRDO and CRDF Position Contents 1 Number of calls requiring AMA-treatment. 2 Number of AMA entries.Number of AMA records(call records, tracer records, owerflow records etc.) output from the traffic handling system towards the disk. 3 Number of lost AMA entries. 4 Number of AMA with incomplete data. Description: The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID positions: 1-3 = 32 bits DID position: 4 = 16 bits



5.25 COBCNTDATA (US)

DID-name: COBCNTDATA DID-number: 25 Function: Counters for Coin Box data Application: Block SE-COB, LISF Position Contents 1 Number of Coin Box lines 2 Number of blocked Coin Box lines 3 Number of disposal attempts 4 Number of stuck coin test failures 5 Number of stuck coin test failures on the final trial Description: The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the counters are 16 bits. The size of the variables. DID positions: 1-5 = 16 bits



5.26 ROUTEACCCNT (STD)

DID-name: ROUTEACCCNT DID-number: 26 Function: Accumulated route level counters for device types with short holding time, that is CR, CS, KR, RE, ASAM and the subscriber service features (SUS and BGS). Application: Block CR,CS,CSR,KR,ASAM,SUS and BGS-blocks. Position Contents 1 Global route number 2 Accumulated traffic level counter 3 Accumulated blocking level counter 4 Accumulated queue traffic level counter 5 Scanning counter (number of accumulations) 6 Accumulated manual blocking level counter 7 Accumulated other blocking level counter 8 Accumulated automatic type-A blocking level counter Description: One record per global route number. Global route number indicates if position 2-5 is loaded (<>0) or not. Position 4 is only valid for queue system routes (CR,CS and KR). The size of the variables. DID positions: 1 and 4-5 = 16 bits DID positions: 2-3, 6-8 = 32 bits



5.27 SLOSCNTDATA (US)

DID-name: SLOSCNTDATA DID-number: 27 Function: Counters for subscriber lines in line lockout state or fault marked. Application: Block SLOS Position Contents 1 Number of lines in line lockout state 2 Number of fault blocked subscriber lines 3 Number of fault marked subscriber lines 4 Number of fault marked subscriber line circuits Description: The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID positions: 1-4 = 16 bits



5.28 DID 28 FREE



5.29 DISSDCNTDATA (STD)

DID-name: DISSDCNTDATA DID-number: 29 Function: Counters for Disturbance Supervision on trunks Application: Block DISSD Position Contents 1 Number of disturbances 2 Number of blockings Description: One record per trunk type, that is per IT, OT and BT. IT - 1st record OT - 2nd record BT - 3rd record All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = 3. The size of the variables. DID positions: 1-2 = 16 bits



5.30 FAUSCNTDATA (STD)

DID-name: FAUSCNTDATA DID-number: 30 Function: Counters for Fault Supervision on trunks Application: Block FAUS Position Contents 1 Number of signalling faults. Description: One record per trunk type, that is per IT, OT and BT IT - 1st record OT - 2nd record BT - 3rd record All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = 3. The size of the variable. DID position: 1 = 16 bits



5.31 QUASCNTDATA (STD)

DID-name: QUASCNTDATA DID-number: 31 Function: Counters for Quality supervision Application: Block QUAS Position Contents 1 Number of indications 2 Number of blockings Description: One record per type, that is per IT,OT,BT,RT,JT,AJ and BJ IT - 1st record OT - 2nd record BT - 3rd record RT - 4th record JT - 5th record AJ - 6th record BJ - 7th record All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = 7. The size of the variables. DID positions: 1-2 = 16 bits



5.32 SETSCNTDATA (STD)

DID-name: SETSCNTDATA DID-number: 32 Function: Counters for Seizure supervision on trunks Application: Block SETS Position Contents 1 Number of not seized trunks Description: One record per trunk type, that is per IT, OT and BT IT - 1st record OT - 2nd record BT - 3rd record All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = 3. The size of the variable. DID position: 1 = 16 bits



5.33 CPCNTDATA (STD APZ)

DID-name: CPCNTDATA DID-number: 33 Function: Counters for the Central Processor Application: Block MEMS Position Contents 1 Number of large restarts with reload, manually initiated. 2 Number of large restarts with reload, automatically initiated. 3 Number of large restarts without reload, manually initiated. 4 Number of large restarts without reload, automatically initiated. 5 Number of small restarts manually initiated. 6 Number of small restarts automatically initiated. 7 Accumulated system blocking time, in seconds. 8 Number of permanent bitfaults 9 Number of temporary bitfaults 10 Number of permanent CP-faults 11 Number of temporary CP-faults 12 Number of MAU/AMU faults 13 Accumulated time of blocked CP-unit, manually blocked, in seconds. 14 Accumulated time of blocked CP-unit, autamatically blocked, in seconds. 15 Accumulated time of blocked MAU/AMU, manually blocked, in seconds. 16 Accumulated time of blocked MAU/AMU autamatically blocked, in seconds. 17 Memory size of program store/main store 18 Memory size of data store 19 Memory size of reference store 20 Number of forlopps aborted by APZ. 21 Number of forlopps aborted by APT. 22 Number of forlopps aborted manually. 23 Number of prog executions terminated. Description: One record. The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID position: 1-16 = 16 bits 17-19 = 32 bits 20-23 = 16 bits



5.34 RPCNTDATA (STD APZ)

DID-name: RPCNTDATA DID-number: 34 Function: Counters for the RP's Application: Block MEMS Position Contents 1 Number of RP's 2 Number of RP's in blocking state, man. blocked. 3 Number of RP's in blocking state, aut. blocked. 4 Number of pair of RP's in blocking state,man. blocked. 5 Number of pair of RP's in blocking state,aut. blocked. 6 Number of RP's, in an RP-pair, in blocking state,man blocked. 7 Number of RP's, in an RP-pair, in blocking state,aut blocked. 8 Number of temporary faults in RP 9 Number of permanent faults in RP Description: One record. The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID positions: 1-9 = 16 bits



5.35 EMRPCNTDATA (STD APZ)

DID-name: EMRPCNTDATA DID-number: 35 Function: Counters for the EMRPs Application: Block MEMS Position Contents 1 Number of EMRP's 2 Number of blocked EMRP's Description: One record. The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID positions: 1-2 = 16 bits



5.36 EMCNTDATA (STD APZ)

DID-name: EMCNTDATA DID-number: 36 Function: Counters for the EMs Application: Block MEMS Position Contents 1 Number of EM's 2 Number of blocked EM's Description: One record. The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID positions: 1-2 = 16 bits



5.37 EMGCNTDATA (STD APZ)

DID-name: EMGCNTDATA DID-number: 37 Function: Counters for the EMGs Application: Block MEMS Position Contents 1 Number of EMG's 2 Number of permanent faults in EMG Description: One record. The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID positions: 1-2 = 16 bits



5.38 BTROUTELVLCNT (STD)

DID-name: BTROUTELVLCNT DID-number: 38 Function: Accumulated Route level counters for devices of type BT-route with short holding time Application: Blocks of type BT-route and MALT Position Contents 1 Global route number (GLROUTE) 2 Number of blocked (BLOCCNT) 3 Number of occupied (TRALCNT) 4 Number of devices out of service 5 BT-route type 6 Number of manually blocked (MBLOCCNT) 7 Number of other blocked (OBLOCCNT) 8 Number of automatically A-blocked (ABLOCCNT) Description: The BT-route type (item 5) indicates the type of the route: 1 = incoming route 2 = outgoing route 3 = bothway route All other values (that is 0 and > 3 ) will be interpreted as undefined routes (that is measurement will not take place). (In most of the BT-blocks the existing variable "FNC", that is function code, can be used). All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of routes in the block. The size of the variables. DID positions: 1-8 = 16 bits



5.39 DTDLIINFO (STD)

DID-name: DTDLIINFO DID-number: 39 Function: Measured Dial Tone Delay values for subscriber traffic (LI) Application: Block LI2, LI3, LIRA1, LIRA2 Position Contents 1 Number of registred calls 2 EMG-number (identity) 3 Dial Tone Delay value in centiseconds 4 Abandoned call indicator (1 bit) 5 Subscriber equipment indicator (1 bit) Description: DID item positions 2 to 5 are included in a record. There is one record per recorded call. The number of records is 512. DID item pos 1 is a common stored variable. Position 4 indicates (=1) if the call was disconnected before dial tone was sent. Position 5 indicaes (=1) if KR has received the dialled digits. This DID is an exception from the design rule. The size of the variables. DID positions: 1-3 = 16 bits DID position: 4-5 = 1 bit



5.40 DTDBTINFO (STD)

DID-name: DTDBTINFO DID-number: 40 Function: Registrated Attachment Delay values for trunk traffic (BT) Application: Block BT Position Contents 1 Number of registred calls 2 Global (incoming) route number 3 Atttachment Delay value in milliseconds 4 Abandoned call indicator (1 bit) Description: DID item positions 2 to 4 are included in a record. There is one record per recorded call. The number of records is 512. DID item pos 1 is a common stored variable. Position 4 indicates (=1) if the call was disconnected before proceed-to-send signal was sent (or reaching similiar state). This DID is an exception from the design rule. The size of the variables. DID positions: 1-3 = 16 bits DID position: 4 = 1 bit



5.41 ROUTELEVACC (STD)

DID-name: ROUTELEVACC DID-number: 41 Function: Accumulated route level counters for device types with short holding time, that is CR, CS, KR, RE, ASAM and the subscriber service features (SUS and BGS). Application: TRALC Position Contents 1 State (defined or undefined) 2 Global route number 3 Accumulated traffic level counter 4 Accumulated blocking level counter 5 Accumulated queue traffic level counter 6 Scanning counter (number of accumulations) Description: One record per global route number. State indicates if position 2-5 is loaded (=1) or not. Position 5 is only valid for queue system routes (CR,CS and KR). The size of the variables. DID position: 1 = 1 bit DID positions: 2 and 5-6 = 16 bits DID positions: 3-4 = 32 bits NOTE! For new design the DID ROUTEACCCNT (26) should be used.



5.42 STUDYSETCNT (STD)

DID-name: STUDYSETCNT DID-number: 42 Function: Traffic counters for study sets. Application: Block TRCAS1, (TRCASET) Position Contents 1 State (idle, defined or active) 2 Disconnection of inc side counter (4) 3 Through connection counter (4) 4 B-answer counter (4) 5 Busy B-subscriber counter (4) 6 Accumulated usage time counter (4) 7 Number of subscribers in the study set 8 Number of semipermanent connections Description: All data is included in a record (the study set). Positions 2 to 6 have each 4 indices allocated in the following way. 0 = internal traffic within the study set 1 = external traffic originated from the study set 2 = external traffic terminating in the study set ( index 3 is not used ) State indicates if the study set is idle (=0), defined (=2) or active (=1) This DID is an exception from the design rule. The size of the variables. DID position: 1 = 2 bits DID positions: 2-5 and 7-8 = 16 bits DID position: 6 = 32 bits



5.43 SUBSGROUPFEAT (US)

DID-name: SUBSGROUPFEAT DID-number: 43 Function: Feature counters for subscriber groups. Application: Block TRCAS1 Position Contents 1 State (defined or undefined) 2 Activation counter (128) 3 Deactivation counter (128) 4 Utilization counter (128) Description: All data is included in a record (the subscriber group) Positions 2 to 4 are indexed. State indicates if the group is defined (=1) or not. This DID is an exception from the design rule. The size of the variables. DID position: 1 = 2 bits DID positions: 2-4 = 16 bits All the counters are not relevant for all the services. The relation between subscriber services and indices is described in the DID FEATUREIDTAB (where "code" corresponds to index).



5.44 INCEQUALACCESS (US)

DID-name: INCEQUALACCESS DID-number: 44 Function: Counters for Equal Access measurement on incoming routes. Application: Block TRCAS1 Position Contents 1 State (defined or undefined) 2 Global route number 3 Call counter 4 Accumulated usage time counter 5 Incoming MDII counter Description: All data is included in a record. State indicates if the record is defined (=1) or not. The size of the variables. DID position: 1 = 2 bits DID positions: 2-3 and 5 = 16 bits DID position: 4 = 32 bits



5.45 OUTEQUALACCESS (US)

DID-name: OUTEQUALACCESS DID-number: 45 Function: Counters for Equal Access measurement per Carrier Identificationd code (CIC) and outgoing route. Application: Block TRCAS1 Position Contents 1 State (defined or undefined) 2 Carrier Identification Code 3 Number of routes 4 Global route number (4) 5 Call counter (4) 6 Overflow counter (4) 7 Accumulated usage time counter (4) 8 Outgoing MDII CS time out counter (4) 9 Outgoing MDII before wink counter (4) 10 Outgoing MDII after outpulsing counter (4) 11 Remaining outgoing MDII counter (4) Description: All data is included in a record. State indicates if the record is defined (=1) or not. Position 4 to 11 have each four index. This DID is an exception from the design rule. The size of the variables. DID positions: 1 and 3 = 2 bits DID positions: 2, 4-6 and 8-11 = 16 bits DID position: 7 = 32 bits



5.46 ROUTETRANTAB (STD)

DID-name: ROUTETRANTAB DID-number: 46 Function: Route translation table. Application: Block TRAN Position Contents 1 Symbolic route name 2 Trunk Group Number Description: One record per global route number. The records are addressed by the global route number. The size of the variables. DID position: 1 = String 7 characters DID position: 2 = 16 bits



5.47 SNBSCTAB (STD)

DID-name: SNBSCTAB DID-number: 47 Function: Subscriber number translation table Application: Block SC Position Contents 1 Hundred digits 2 Ten thousand pointer 3 Hundred group-record indicator 4 Ten thousand digits 5 Milliard digits (1000 millions) 6 Ten thousandgroup-record indicator Description: Translation from SCP to subsriber number. D1, D2 and D3 are stored in the Hundred group-file and are addressed by SCP divided by 100. D1 contains digit 3 and 4 and D2 contains a pointer to the Ten thousand group-file. D3 is a status-indicator, 1 = loaded, 0 = unloaded. D4,D5 and D6 are stored in the Ten thousand group-file. D4 contains the digit 5,6,7 and 8. D5 contains digits 9 and 10 D6 is a status-indicator, 1 = loaded, 0 = unloaded. Digit 1 and 2 are identical with the least significant digits of the SC-pointer (SCP). The size of the variables. DID positions: 1 and 5 = 8 bits DID positions: 2 and 4 = 16 bits DID positions: 3 and 6 = 1 bit



5.48 TRTYPECNT2 (STD)

DID-name: TRTYPECNT2 DID-number: 48 Function: Extended Traffic Type counters Application: Block TRCAS1, TRCASET Position Contents 1 Number of calls disconn before dialling 2 Number of calls disconn during dialling 3 Number of calls disconn after dialling 4 Number of time outs before dialling 5 Number of time outs during dialling 6 Number of calls to busy subscriber 7 Number of calls to Non-existent number 8 Number of calls to inaccessible number 9 Number of NM-blocked calls 10 (FR) Number of calls released due to lack of "proceed to send" signal, or dual seizure 11 (FR) Number of calls released due to congestion 12 (FR) Number of calls released due to time limit overflow 13 (FR) Number of calls released due to A-Replacement 14 (FR) Number of calls released due to faulty signalling 15 (FR) Number of ISDN calls Description : One set of counter per main traffic type. A main traffic type is determined by origination and of destination. There are 2 originations and destination, respectively, and ofcourse 1 "destination" when the destination is not determined. That makes a total of 6 main traffic types (6 records). Record.no Origination Destination --------- --------------- --------------- 0 Subscriber traf. Not determined 1 Subscriber traf. terminating 2 Subscriber traf. outg. external 3 Inc. external Not determined 4 Inc. external terminating 5 Inc. external outg. external This DID is an exception from the design rule. The size of the variables: DID positions: 1-15 = 16 bits. The blocks are not used at the same time. The block TRCASET should report either TRTYPECNT1 or TRTYPECNT2 DID, never both for FM project.



5.49 SUBSGROUPTRAF (STD)

DID-name: SUBSGROUPTRAF DID-number: 49 Function: Traffic counters for subscriber groups Application: Block TRCAS1, (TRCASET) Position Contents 1 State (idle or defined ) 2 Disconnection of inc side counter (4) 3 Through connection counter (4) 4 B-answer counter (4) 5 Busy B-subscriber counter (4) 6 Accumulated usage time counter (4) 7 Number of subscribers in the customer group 8 Number of semipermanent connections Description: All data is included in a record (the subscriber group). Positions 2 to 6 have each 4 indices, allocated in the following way. 0 = internal traffic within the subscriber group 1 = external traffic originated from the subscriber group 2 = external traffic terminating in the subscriber group ( index 3 is not used ) State indicates if the customer group is idle (=0), or active (=1) This DID is an exception from the design rule. The size of the variables. DID position: 1 = 2 bits DID positions: 2-5 and 7-8 = 16 bits DID position: 6 = 32 bits



5.50 CSROUTECNT (STD)

DID-name: CSROUTECNT DID-number: 50 Function: Route-counters in code sender Application: Block CS Position Contents 1 Global route number (GLROUTE) 2 Number of individuals (NUDEVCNT) 3 Number of blocked (BLOCCNT) 4 Number of occupied (TRALCNT) 5 Number of call (CALLCNT) 6 Number of calls to queue (QCALLCNT) 7 Number of call in queue (QTRALCNT) 8 Number of occupied aft queue(SAFTQCNT) 9 Number of automatically B-blocked 10 Number of Manually blocked (MBLOCCNT) 11 Number of Other blocked (OBLOCCNT) 12 Number of automatically A-blocked (ABLOCCNT) Description: One record per CS-route in the block. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of routes in the block. The size of the variables. DID positions: 1-12 = 16 bits



5.51 CRROUTECNT (STD)

DID-name: CRROUTECNT DID-number: 51 Function: Route-counters in code receiver Application: Block CR Position Contents 1 Global route number (GLROUTE) 2 Number of individuals (NUDEVCNT) 3 Number of blocked (BLOCCNT) 4 Number of occupied (TRALCNT) 5 Number of call (CALLCNT) 6 Number of calls to queue (QCALLCNT) 7 Number of call in queue (QTRALCNT) 8 Number of occupied aft queue(SAFTQCNT) 9 Number of automatically B-blocked Description: One record per CR-route in the block. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of routes in the block. The size of the variables. DID positions: 1-9 = 16 bits



5.52 SSPSTATCNT (US)

DID-name: SSPSTATCNT DID-number: 52 Function: Service Switching Point statistics Application: Function block TFCAP Position Contents postition 1 Total Originating Number Services Attempts 2 Number Services Attempts from other offices 3 Number Services Attempts from collocated stations 4 Call Processing Failure Before Initial Query 5 Call Processing Failure After Initial Query 6 Abandon - Before Outpulsing 7 Abandon - After Outpulsing Description: One record. All the variables are stored as common data. The size of the variables. DID positions: 1-7 = 16 bits Note: DID SSPSTATCNT will be replaced by the DIDs SSPSTAT2CNT and SSPABDCNT.



5.53 SLDESTAB (US)

DID-name: SLDESTAB DID-number: 53 Function: Signalling link designation translation table Application S7LS Position Contents 1 Network code 2 Cluster code 3 Member code 4 Signalling link code 5 State (undefined/defined) 6 Link set name Description: Translation table data for translating from SLP (Signalling link pointer) to signalling link designation and/or name. Signalling links designated according to following: Network-Cluster-Member-signalling link code and/or Link set name-signalling link code Examples: 1-2-1-1,105-111-255-15,1-12-55-3 1-12-55-3 and/or AB000112-3 DID positions 1-3 contains each the 8 bit binary representation of Network code,Cluster code and Member code. Position 4 contains the 4 bit binary representation of a signalling link code. Position 5 is the record state telling if the record is idle or used. 0=idle record, <> 0=used record. Position 6 contains the link set name (8 characters) stored in a 15 character string variable (128 Bits). One record per signalling link. Items 1-6 are stored in S7LS.



5.54 MTPBASMES (CMS88)

DID-name: MTPBASMES DID-number: 54 Function: CCS traffic related total counts Application: S7DR, S7SL Position Contents 1 Number of incoming MSU's 2 Number of incoming SIF octets 3 Number of terminating management MSU's 4 Number of terminating management SIF octets 5 Number of terminating SCCP/UP MSU's 6 Number of terminating SCCP/UP SIF octets 7 Number of discarded MSU's 8 Number of discarded MSU's octets 9 Number of originating management MSU's 10 Number of originating management MSU octets 11 Number of originating SCCP/UP MSU's 12 Number of originating SCCP/UP MSU octets 13 Number of MSUs not requiring GTT, sampled for CP handling time. 14 Accumulated total of CP handling time for sampled non-translated MSUs in ms. 15 Number of sampled non-translated MSUs failing normal-load 95% test for CP handling time. 16 Number of MSUs discarded due to invalid destination point code 17 Number of MSUs discarded due to invalid Service Indicator Octet 18 Number of octets retransmitted Description MTP traffic measurement total counters. Counters 1-2 and 18 are stored in S7SL (previously in S7ST). Counters 3-17 are stored in S7DR. The size of the variables. DID positions: 1-12 and 16-18 = 32 bits DID positions: 13-15 = 16 bits



5.55 SCCPBASMES (US)

DID-name: SCCPBASMES DID-number: 55 Function: SCCP global title translation counts Application: SCRD Position Contents 1 Number of MSUs requiring GTT, sampled for CP handling time 2 Accumulated total of CP handling time for sampled GTT MSUs in ms 3 Number of sampled translated MSUs failing normal-load 95% test for CP handling time Description The size of the variables. DID positions: 1-3 = 32 bits.



5.56 SLMES (CMS88, CDB)

DID-name: SLMES DID-number: 56 Function: Signalling link measurements Application S7SL, S7LS Position Contents 1 State 2 Number of MSU's transmitted, (retransmission not included) 3 Number of MSU's received 4 Number of SIF and SIO octets received 5 Number of SIF and SIO octets transmitted 6 Number of SIF, SIO, LI, FSN, and BSN octets retransmitted 7 Number of MSUs retransmitted 8 Value of hourly link maintenance threshold for MSUs received in error 9 Number of MSUs received in error 10 Value of hourly link maintenance threshold for negative acknowledgement received 11 Number of negative acknowledgments received 12 Number of errored seconds 13 Number of priority 0 MSUs discarded due to SL congestion 14 Number of priority 1 MSUs discarded due to SL congestion 15 Number of priority 2 MSUs discarded due to SL congestion 16 Indication of Link Declared Failure State 0 = 'XER' 1 = 'Z01' 2 = 'ABN' 3 = 'ABN' 4 = 'Z04' 5 = 'XDC' 6 = 'XDA' 7 = 'XER' 8 = 'APF' 9 = 'APF' 10 = 'APF' 11 = 'N' 12 = 'HWP' 13 = 'HWP' 14 = 'HWP' 15 = 'HWP' 16 = 'HWP' 17 = 'HWP' 18 = 'HWP' 19 = 'HWP' 20 = 'Z20' 21 = 'Z21' 22 = 'Z22' 23 = 'APF' 25 = 'LPO' 26 = 'Z26' 255 = 'N' Change failure states in STS R12, refer to the FS 6/15517-ANTU 218 05/1 Uen for valid failure states 17 Indication of Link Management-Inhibit Status 0 = 'N' 1 = 'Y' 18 Current Link Transmit Congestion Level 0 = '0' 1 = '0' (semi-congestion) 2 = '1' 3 = '2' 4 = '3' 19 Current Link Transmit Congestion State 0 = 'N' 1 = 'O' 2 = 'D' 20 Maintenance state (same as 'signalling link service status') 0 = 'UNAV' 1 = 'OOS' 2 = 'ACT' 21 Indication of processor outage status units being received 0 = 'N' 1 = 'Y'



22 Number of priority 3 MSUs discarded due to SL congestion Description One record per signalling link in the blocks. STATE indicates if the record is used (=1) or not (=0). Variables for DID positions 1-19 and 21-22 are stored in S7SL Variables for DID positions 1 and 20 are stored in S7LS. The size of the variables. DID positions: 1, 17 and 21 = 1 bit DID positions: 2-7 = 32 bits DID positions: 8-16, 22 = 16 bits DID position: 18 = 4 bits DID positions: 19 and 20 = 2 bits



5.57 BGINTERNALCNT (STD)

DID-name: BGINTERNALCNT DID-number: 57 Function: Traffic counters for internal business calls. Application: Block BCFC, BSC Position Contents 1 State (idle or defined) 2 Max number of simultaneous calls 3 Traffic level 4 Number of call attempts 5 Number of congested call attempts due to max traffic level for internal calls is exceeded 6 Number of B-answers 7 Number of subscribers connected to a BG Description: One record per business group. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of business groups in the system. The records are addressed by the business group number. Individual number 0 is not used. State indicates if the record is defined (=1) or idle (=0). The items 1-6 are valid for block BCFC. The items 1,7 are valid for block BSC. The size of the variables. DID position: 1 = 1 bit DID positions: 2-7 = 16 bits



5.58 BGPUBLICCNT (STD)

DID-name: BGPUBLICCNT DID-number: 58 Function: Traffic counters for public business calls. Application: Block BCFC, BSC Position Contents 1 State (idle or defined) 2 Max number of simultaneous public calls 3 Traffic level for public calls 4 Number of public call attempts 5 Number of congested public call attempts due to max traffic level for public calls is exceeded. 6 Max number of simultaneous one-way outgoing public calls 7 Traffic level for one-way outgoing public calls 8 Number of one-way outgoing call attempts 9 Number of congested one-way outgoing public call attempts 10 Number of B-answers for one-way outgoing public calls 11 Max number of simultaneous both-way public calls 12 Traffic level for both-way outgoing public calls 13 Number of both-way outgoing public call attempts 14 Number of congested both-way outgoing public call attempts due to the max traffic level for both-way public calls is exceeded 15 Number of B-answers for both-way outgoing public calls 16 Traffic level for both-way incoming public calls 17 Number of both-way incoming public call attempts 18 Number of congested both-way incoming call public call attempts due to the max traffic level for both-way public calls is exceeded 19 Number of B-answers for both-way incoming public calls 20 Max number of simultaneous one-way incoming public calls 21 Traffic level for one-way incoming public calls



22 Number of one-way incoming public call attempts 23 Number of congested one-way incoming public call attempts due to the max traffic level for one-way incoming public calls is exceeded. 24 Number of B-answers for one-way incoming public calls 25 Number of subscribers connected to a BG Description: One record per business group. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of business groups in the system. The records are addressed by the business group number. Individual number 0 is not used. State indicates if the record is defined (=1) or idle (=0). The items 1-24 are valid for block BCFC. The items 1,25 are valid for block BSC. The size of the variables. DID position: 1 = 1 bit DID positions: 2-25 = 16 bits



5.59 BGTOTOUTWATSCNT (US)

DID-name: BGTOTOUTWATSCNT DID-number: 59 Function: Traffic counters for total number of business outwats calls. Application: Block BCFC Position Contents 1 State (idle or defined) 2 Max number of simultaneous calls 3 Traffic level 4 Number of call attempts 5 Number of congested call attempts due to max traffic level for outwats calls is exceeded 6 Number of B-answers Description: One record per business group. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of business groups in the system. The records are addressed by the business group number. Individual number 0 is not used. State indicates if the record is defined (=1) or idle (=0). The size of the variables. DID position: 1 = 1 bit DID positions: 2-6 = 16 bits



5.60 BGTRANTAB (STD)

DID-name: BGTRANTAB DID-number: 60 Function: Business group translation table. Application: Block BTRAN Position Contents 1 State (idle or defined) 2 Business group name Description: One record per business group. The records are addressed by the business group number. Individual number 0 is not used. State indicates if the record is defined (=1) or idle (=0). The size of the variables. DID position: 1 = 1 bit DID position: 2 = String 15 Characters



5.61 TMATRIXCNT (US)

DID-name: TMATRIXCNT DID-number: 61 Function: Traffic Matrix counters in block TRCAS1 Application: Block TRCAS1 Position Contents 1 State 2 Number of calls. 3 Accumulated time in register position. 4 Accumulated time from seizure of outgoing individual to through connection. 5 Accumulated time in speech position. Description: One record per counter-package in block TRCAS1. The counter-packages are indentified by a counter-package number (= pointer in the file). State (DID item position 1) indicates whether the counter-package is used (=1) or not (=0). All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of counter-packages. The size of the variables. DID position: 1 = 2 bits DID positions: 2-5 = 16 bits



5.62 SUBEMGDATA (STD)

DID-name: SUBEMGDATA DID-number: 62 Function: Number of subscribers per EMG data Application: Block LI Position Contents 1 Number of connected subscribers 2 Number of connected subscribers with Keyset-receiver option (SSI-1) 3 Number of connected PBX-lines Description: One set of counters per TSB (EMG) and LI-block. The EMG-number is pointed out by the record number. All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number EMG-records. The size of the variables. DID positions: 1-3 = 16 bits



5.63 BSUBTYPECNT (US)

DID-name: BSUBTYPECNT DID-number: 63 Function: Traffic counters per type of B-subscriber Application: Block TRCAS1 Position Contents 1 Number of calls 2 Number of through connected calls 3 Number of calls toward busy subscriber 4 Number of answered calls Description: One set of counters per B-subscriber type. The B-subscriber type is identified by the category value (indicated by the record number) of the category "Type of Subscriber- Statistics". At present following category values are defined: Record number Description 0 Residential 1 Business 2 Public All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records =3. The size of the variables. DID positions: 1-4 = 16 bits



5.64 EMGTRANTAB (STD)

DID-name: EMGTRANTAB DID-number: 64 Function: EMG translation table. Application: Block EMGADM Position Contents 1 Symbolic EMG name 2 State (undefined/defined) Description: Translation from EMG-number to symbolic EMG-name. One record per EMG. The records are addressed by EMG-number. State indicates whether the EMG is undefined (=0) or defined. The size of the variables. DID position: 1 = string 7 characters DID position: 2 = 1 bit



5.65 TSBEMGTAB (STD)

DID-name: TSBEMGTAB DID-number: 65 Function: EMG translation table. Application: Block TS Position Contents 1 EMG number 2 State (undefined/defined) Description: Translation from TSB-number to EMG-number. The TSB-number is identical with the record number in the file that is the pointer. State indicates whether the TSB is undefined (=0) or defined. (One record per TSB.) The size of the variables. DID positions: 1 and 2 = 16 bits



5.66 SSPSTATNMCNT (CMS40 SS PH1)

DID-name: SSPSTATNMCNT DID-number: 66 Function: Service Switching Point statisics for Network Management Application: Function block ACGA Position Contents 1 Control List Overflow for 6 digit vacant code 2 CLO for 10 digit vacant code 3 CLO for nonpurchased NPA 4 CLO for SCP overlaod 5 CLO for mass calling 6 CLO for SMS initiated controls Description: All the variables are stored as common data. The size of the variables. DID positions: 1-6 = 16 bits



5.67 SLMES2 (CMS88, CDB, US)

DID-name: SLMES2 DID-number: 67 Function: Signalling link measurements Application: S7SL, S7LS, SCRD Position Contents 1 State (undefined/defined) 2 Accumulated total of link transmission buffer occupancy in octets 3 Accumulated total of link transmission buffer occupancy in MSUs 4 Accumulated total of link transmission buffer occupancy in priority 0 MSUs 5 Accumulated total of link transmission buffer occupancy in priority 1 MSUs 6 Accumulated total of link transmission buffer occupancy in priority 2 MSUs 7 Accumulated total of link transmission buffer occupancy in priority 3 MSUs 8 Number of samples from signalling terminal 9 Link maintenance usage in 10 sec. units. 10 MSUs received requiring GTT. 11 MSU octets received for messages requiring GTT 12 Number of times SL enters level 1 congestion state 13 Number of times SL enters level 2 congestion state 14 Number of times SL enters level 3 congestion state 15 Total duration of level 1 congestion state in 10 sec. units 16 Total duration of level 2 congestion state in 10 sec. units 17 Total duration of level 3 congestion state in 10 sec. units 18 Duration of link busy status declared by near-end signaling terminal in 50 ms. units 19 Duration of busy-link status unit received from far-end in 50 ms. units 20 Duration of far-end processor outage in 10 sec. units 21 Signalling link active time in 10 sec. units 22 Number of ten second scannings 23 Link Set Pointer. 24 Indication of processor outage status units being transmitted. Description One record per signalling link in the blocks. Item 1 is the record state telling if the record is idle or used. 0 = idle record, 0 <> used record. Counters 1-8, 12-24 are in block S7SL Counters 1 and 9 are in block S7LS. Counters 1, 10 and 11 are in block SCRD.



The size of the variables. DID position: 1 = 1 bit DID position: 2 - 9 = 16 bits DID position: 10 - 11 = 32 bits DID position: 12 - 23 = 16 bits DID position: 24 = 1 bit



5.68 SLMES3 (CCS)

DID-name: SLMES3 DID-number: 68 Function: Signalling link measurements Application: S7SL, S7LS Position Contents 1 State (undefined/defined) 2 Duration of SL declared failures, - All types in 10 sec. units 3 Number of SL declared failures,- All types 4 Duration of SL declared failures due to abnormal FIBR/BNSR in 10 sec. units 5 Number of SL declared failures due to abnormal FIBR/BNSR 6 Duration of SL declared failures due to excessive delay of acknowledgement in 10 sec. units 7 Number of SL declared failures due to excessive delay of acknowledgement 8 Duration of SL declared failures due to excessive error rate in10 sec. units 9 Number of SL declared failures due to excessive error rate 10 Duration of SL declared failures due to excessive duration of congestion in 10 sec. units 11 Number of SL declared failures due to due to excessive duration of congestion 12 Duration of SL declared failures due to due to hardware problems in 10 sec. units 13 Number of SL declared failures due to hardware problems 14 Duration of SL failures (declared and undeclared) in 10 sec. units. 15 Duration of near-end processor outage in 10 sec. units 16 Number of near-end manual changeovers 17 Value of hourly link maintenance threshold for automatic changeovers 18 Number of automatic changeovers 19 Number of near-end management inhibits 20 Number of far-end management inhibits 21 Duration of signalling link management inhibits in 10 sec. units 22 Parameter group number for signalling link 23 Number of 10 second scans in S7SL. 24 Number of 10 second scans in S7LS. Description One record per signaling link. Item 1 is the record state telling if the record is idle or used. 0 = idle record, 0 <> used record. Counters 1-18 and 22-23 are stored in S7SL. Counters 1, 19-21, and 24 are stored in S7LS.



The size of the variables. DID position: 1 = 1 bit DID positions: 2-24 = 16 bits



5.69 SS7PG1 (CCS)

DID-name: SS7PG1 DID-number: 69 Function: Parameter group measurements Application: S7SL Position Contents 1 Q.703 T1 Timer,"aligned/ready" in 50 ms units 2 Q.703 T2 Timer, "not aligned" in 50 ms. units 3 Q.703 T3 Timer, "aligned" in 50 ms. units 4 Q.703 T4 Timer, normal proving period timer in 50 ms. units 5 Q.703 T4 Timer, emergency proving period timer in 50 ms. units 6 Q.703 T5 Timer, "sending SIB" in 50 ms. units 7 Q.703 T6 Timer, "remote congestion" in 50 ms. units 8 Q.703 T7 Timer, "excessive delay of acknowledgement" in 50 ms. units 9 Q.704 T17 Timer, "delay to avoid oscillation of initial alignment failure and link restart" in ms. 10 Q.707 T1 Timer, "signalling link test message acknowledgement supervision" in seconds 11 SL test procedure period in seconds 12 SUERM parameter T 13 SUERM parameter D in signal units divided by four Description One record per parameter group in the block. There are 8 parameter groups. The parameter groups are identified by a number from 0 to 7. The parameter group number is the same as the record number (pointer) in the parameter group file. The size of the variables. DID positions: 1-13 = 16 bits



5.70 SS7PG2 (CCS)

DID-name: SS7PG2 DID-number: 70 Function: Parameter group measurements Application: S7SL Position Contents 1 AERM parameter Tin 2 AERM parameter Tie 3 AERM parameter M 4 AERM parameter N in octets 5 Type of error correction method 6 (Number of octets in TB/RTB before forced retransmissionis ordered / 64) - 1 ; valid only when type of error correction is equal to 2 7 Value of congestion onset for level 1, CNCONTH1 = (number of octets in TB/RTB buffer when level 1 is reached / 64) - 1 8 Value of congestion onset for level 2, CNCONTH1 = (number of octets in TR/RTB buffer when level 2 is reached / 64) -1 9 Value of congestion onset for level3, CNCONTH1 = (number of octets in TR/RTB buffer when level 3 is reached / 64) -1 10 Value of congestion discard for level 1, CNCONTH1 = (number of octets in TR/RTB buffer when level 1 is reached / 64) -1 11 Value of congestion discard for level 2, CNCONTH1 = (number of octets in TR/RTB buffer when level 2 is reached / 64) -1 12 Value of congestion discard for level 3, CNCONTH1 = (number of octets in TR/RTB buffer when level 3 is reached / 64) -1 13 Value of congestion abatement for level 1, CNCONTH1 = (number of octets in TR/RTB buffer when level 1 is reached / 64) -1 14 Value of congestion abatement for level 2, CNCONTH1 = (number of octets in TR/RTB buffer when level 2 is reached / 64) -1 15 Value of congestion abatement for level 3, CNCONTH1 = (number of octets in TR/RTB buffer when level 3 is reached / 64) -1 Description One record per parameter group in the block. There are 8 parameter groups. The parameter groups are identified by a number from 0 to 7. The parameter group number is the same as the record number (pointer) in the parameter group file. The size of the variables. DID positions: 1-3 = 4 bits DID position: 4 = 16 bits DID position: 5 = 2 bits DID positions: 6-15 = 8 bits





5.71 MTPBASMES2 (CCS)

DID-name: MTPBASMES2 DID-number: 71 Function: CCS Traffic related total counts Application: S7LS, S7SL, S7DR, S7DP Position Contents 1 Number of assigned link sets 2 Total number of assigned signalling links 3 Number of in-service buffers (TB & RTB) 4 30-minutes usage verification count 5 Link transmission buffer size in octets 6 Link receiving message buffer size in MSUs 7 Number of MTP restarts Initiated Description MTP total counters. These counters are common stored and are system totals. Variable for DID position 1 is stored in S7LS. Variables for DID positions 2-3 and 5-6 are stored in S7SL Variable for DID position 4 is stored in S7DR. Variable for DID position 7 is stored in S7DP. The size of the variables. DID positions: 1-7 = 16 bits.



5.72 STPTIMERS (CMS88, CDB)

DID-name: STPTIMERS DID-number: 72 Function: STP timers Application: S7LS, S7DP, S7DR Position Contents 1 Q.704 T1 Timer in seconds or 100 millisecond units 2 Q.704 T2 Timer in seconds or 100 millisecond units 3 Q.704 T3 Timer in seconds or 100 millisecond units 4 Q.704 T4 Timer in seconds or 100 millisecond units 5 Q.704 T5 Timer in seconds or 100 millisecond units 6 Q.704 T6 Timer in seconds or 100 millisecond units 7 Q.704 T8 Timer in seconds or 100 millisecond units 8 Q.704 T10 Timer in seconds 9 Q.704 T11 Timer in seconds 10 Q.704 T12 Timer in seconds or 100 millisecond units 11 Q.704 T13 Timer in seconds or 100 millisecond units 12 Q.704 T14 Timer in seconds 13 Q.704 T15 Timer in seconds 14 Q.704 T16 Timer in seconds or 100 millisecond units 15 Q.704 T20 Timer in seconds 16 Q.704 T21 Timer in seconds 17 Q.704 T19 Timer in seconds 18 Q.704 Z31 Timer in seconds 19 Q.704 Z32 Timer in seconds 20 T1.111.4 T22 Timer in seconds 21 T1.111.4 T23 Timer in seconds 22 T1.111.4 T24 Timer in seconds 23 T1.111.4 T25 Timer in seconds 24 T1.111.4 T26 Timer in seconds Description MTP traffic measurement total counters. These counters are common stored and are system totals. The size of the variables. DID position Block Size 1 - 5,10-12 S7LS 16 bits 15 - 16, 20 S7LS 16 bits 6 - 9 S7DP 16 bits 13 - 14 S7DR 16 bits 17 - 19 S7SL 16 bits 21 - 24 S7DP 16 bits



5.73 LSDESTAB (US)

DID-name: LSDESTAB DID-number: 73 Function: Link set designation and name translation table Application S7LS Position Contents 1 Network code 2 Cluster code 3 Member code 4 State (undefined/defined) 5 Link set name Description Translation table data for translating from LSP (Link set pointer) to link set designation and/or name. Link set designated according to following: Network-Cluster-Member and/or Link set name Examples: 1-2-1 and/or AA000321 105-111-255 and/or AB000123 DID positions 1-3 are a representation of Network code, Cluster code and Member code. Position 4 is the record state telling if the record is idle or used. 0=idle record, 0 <> used record. Position 5 contains the Link set name (8 characters). One record per link set. Items 1-5 are stored in S7LS. The size of the variables. DID positions: 1-3 = 8 bits DID position: 4 = 1 bit DID position: 5 = string 15 characters



5.74 LSMES (CMS88)

DID-name: LSMES DID-number: 74 Function: Link set measurements Application S7DR, S7LS Position Contents 1 State (undefined/defined) 2 Number of MSU's transmitted, (retransmission not included) 3 Number of MSU's received 4 Number of SIF and SIO octets received 5 Number of SIF and SIO octets transmitted 6 Number of SIF, SIO, LI, FSN, and BSN octets retransmitted 7 Number of MSU's retransmitted 8 Number of assigned SLs 9 Total duration of LS inactivity due to no links in LS are active in 10 sec. units 10 Number of links in the Out-of-Service (OSS) Maintenance State 11 Number of links in the Unavailable (UNAV) maintenance state 12 Number of 10 sec. scans 13 Maintenance state (same as 'link set service status'). 0 = 'UNAV' 1 = 'OOS' 2 = 'ACT' 14 Number of currently available links (ACT) Description: One record per Link Set in the blocks. Item 1 is the record state telling if the record is idle or used. 0=idle record,0<>used record. Counters 1 and 8-14 are stored in S7LS. Counters 2-7 are stored in S7DR. The size of the variables. DID position : 1 = 1 bit DID positions: 2-7 = 32 bits DID positions: 8-10 and 12 = 16 bits ? DID position : 11 and 14 = 8 bits DID position : 13 = 2 bits



5.75 EQACCTOTCNT (US)

DID-name: EQACCTOTCNT DID-number: 75 Function: Equal Access total system processing counters Application: Block RE Position Contents 1 Number of originating IC/INC call attempts using 10XXX access. 2 Number of originating IC/INC call attempts using 950-WXXX or 950-XXXX access. 3 Number of originating IC/INC call attempts with predesignated IC/INC. 4 Number of incoming IC/INC call attempts using 10XXX access. 5 Number of INTRA-LATA PIC calls 6 Number of Services Access Code calls Description: One record. All the Variables (which are pointed out by the DID item positions) are stored in one record or as common variables. The size of the variables. DID positions: 1-6 = 16 bits



5.76 ECDETCNT (US)

DID-name: ECDETCNT DID-number: 76 Function: Exchange Congestion Detection Counters Application: Block ACCDTA Position Contents 1 State (idle or active) 2 EC1 Transitions; the number of times that a transition is made from EC0 to EC1 and from EC2 to EC1. 3 EC1 Usage; time spent in EC1 state (in seconds). 4 EC2 Transitions; the number of times that a transition is made from EC1 to EC2. 5 EC2 Usage; time spent in EC2 state (in seconds). Description: All the variables (pointed out by the DID item positions) are stored in common store. All of the variables are peg counts except for item 1 (State). State indicates if the EC detection function is active (=1) or idle (=0). The size of the variables. DID position: 1 = 1 bit DID positions: 2-5 = 16 bits



5.77 DID 77 FREE



5.78 CAMABTCNT1 (US)

DID-name: CAMABTCNT1 DID-number: 78 Function: CAMA counters per BT block. Application: Block BT1 Position Contents 1 Number of CAMA seizures. Description: One counter per BT block. The variable (which is pointed out by the DID item positions) is stored in one record or in a common variable. The size of the variable. DID position: 1 = 16 bits



5.79 CAMABTCNT2 (US)

DID-name: CAMABTCNT2 DID-number: 79 Function: CAMA counters per BT block. Application: Block BTREG Position Contents 1 Number of ONI calls or not accepted CAMA seizures 2 Number of CAMA seizures for which ANI failure digits are received Description: Two counters per BT block. The variables (which is pointed out by the DID item positions) are stored in one record or in common variables. The size of the variables. DID positions: 1-2 = 16 bits



5.80 ONIQUEUEROUTE (US)

DID-name: ONIQUEUEROUTE DID-number: 80 Function: ONI queue route counters. Application: Block BT8 Position Contents 1 Global Route number 2 Route function (Queue) 3 Number of call attempts 4 Call attempts during congestion 5 Accumulated queue usage time 6 Calls abandoned while in queue 7 Calls exceeding maximum time while in the queue. Description: 1 record per ONI queue route. Each route record contains a variable indicating its function (FNC). Only Route records with FNC=7 is kept for the objecttype. The size of the variables. DID positions: 1, 3-4 and 6-7 = 16 bits DID position: 2 = 4 bits DID position: 5 = 32 bits



5.81 ONITRUNKROUTE (US)

DID-name: ONITRUNKROUTE DID-number: 81 Function: CAMA ONI traffic (TT) route counters Application: Block BT8 Position Contents 1 Global Route number 2 Route function (TT) 3 Traffic level counter 4 Call attempts counter 5 Congestion counter 6 Number of devices in TT route 7 Number of devices blocked 8 Seizures for calls from queue 9 Ineffective attempts 10 Calls without proper AMA entry Description: 1 record per ONI TT Route. Each route record contains a variable indicating its function (FNC). Only Route records with FNC=2 is kept for the objecttype. The size of the variables. DID positions: 1 and 3-10 = 16 bits DID position: 2 = 4 bits



5.82 EMGSTATCNT (STD APZ)

DID-name: EMGSTATCNT DID-number: 82 Function: EMG performance statistic data per EMG. Application: Block MEMS Position Contents 1 Number of occurrences, all control paths to EMG are unavailable. 2 Time counter in seconds, all control paths to EMG are unavailable. 3 Number of occurrences, A-side control path to EMG is unavailable due to fault in control system (STC or STR). 4 Number of occurrences, B-side control path to EMG is unavailable due to fault in control system (STC or STR). 5 Number of occurrences, A-side control path to EMG is unavailable due to fault in signalling link. 6 Number of occurrences, B-side control path to EMG is unavailable due to fault in signalling link. 7 Time counter in seconds, one control path to EMG is unavailable Description: One set of counters per EMG. The EMG is identified by the record number in the file, that is the pointer. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = max number of EMGs. The size of the variables. DID positions: 1-7 = 16 bits



5.83 BCROUTECNT (US)

DID-name: BCROUTECNT DID-number: 83 Function: Counters for Broadcasting Information Provider trunk groups Application: Block BCBT Position Contents 1 Global route number (GLROUTE) 2 Number of individuals (NUDEVCNT) 3 Number of blocked (BLOCCNT) 4 Number of occupied (TRALCNT) 5 Number of call (CALLCNT) 6 Number of call with cong (CONGCNT) 7 Number of B-answer (BANSWCNT) 8 Trunk route type Description: Broadcasting Information Provider trunk routes provides services which the telephone companies pay for. These trunk routes collect the same counters as all other trunk routes. They are just reported separately. They are only outgoing trunk routes. A trunk route consist of two individuals(route records). Only the outgoing traffic(odd internal route number) is collected for broadcasting trunk routes. The internal route number is identical with the record number (i.e. record-pointer or individual). Individual number 0 and 1 are not in use. Individual number 2 and 3 are reserved for test route. The trunk route type (item 8) will always be 2 for outgoing routes. All other values (i.e. <> 2) will be interpreted as undefined routes (i.e. measurement will not take place). DID item positions 1-7 are 16 bit variables. All the variables are stored in a record, the number of records = number of routes in the block.



5.84 SSPSTAT2CNT (CMS40 SS PH1)

DID-name: SSPSTAT2CNT DID-number: 84 Function: Service Point Statistics. Application: Block TFCAP. Position Contents 1 Total Originating Number Services Attempts 2 Number Services Attempts from other offices. 3 Number Services Attempts from collocated stations 4 Call Processing Failure Before Initial Query 5 Call Processing Failure After Initial Query Description: One record. All the variables (which are pointed out by the DID item position) are stored in one record or as a common variable. Position 1 to 5 are identical to the counters in DID SSPSTATCNT.



5.85 SSPABDCNT (CMS40 SS PH1)

DID-name: SSPABDCNT DID-number: 85 Function: Service Point Statistics. Application: Block LI ? Position Contents 1 Abandon - Before Outpulsing 2 Abandon - After Outpulsing Description: One record per LI ? block. The variables (which are pointed out by the DID item position) are stored in one record or in common variables. The counters are stored as total counters in STS.



5.86 TCAPBASMES (US, CMS88)

DID-name: TCAPBASMES DID-number: 86 Function: TCAP Traffic related total counters. Application: SSITCAP Position Contents 1 Number of query messages requesting service. 2 Number of query messages with error in data. 3 Number of caller interaction messages sent to collect digits. 4 Number of response messages sent with routing instructions. 5 Number of request for termination messages sent. 6 Number of termination messages received. 7 Number of termination messages not received within expected time period. 8 Number of response messages not received within expected time period, SCP TA timer expired for caller interaction. 9 Number of termination messages received with errors indicated. 10 Number of termination messages received with errors indicating caller abandon. 11 Number of termination messages received with errors indicating SSP failure. 12 Number of error messages received (not within a termination message). 13 Number of error messages received because of unexpected data. 14 Number of error messages received because of a protocol error. 15 Number of error messages sent because of unexpected data. 16 Number of incoming messages dropped due to an overload condition. 17 Number of calls not allowed because Feature Logic/subscriber data not located. 18 Number of vacant code announcement responses sent because of feature logic error. Description: TCAP traffic measurement total counters. Counter 1 and 3-6 are 32 bit structured variables. Remaining counters are 16 bit variables. The variables are common stored variables. There is one record per station.



5.87 FEATUREIDTAB (STD)

DID-name: FEATUREIDTAB DID-number: 87 Function: Feature id translation table Application: Feature blocks (SUS&BGS) Position Contents 1 Service identity (category function code) 2 Service slogan Description: One record per subscriber service. The Services are identified by a code. The Variables (which are pointed out by the DID item position) are stored in one record or in common variables. The size of the variables. DID position: 1 = 16 bits DID position: 2 = String 7 characters Relation between codes and services: IMPORTANT !! The Codes have to be coordinated with SUS standard.(Valid for US4). Code Slogan Subscriber Service function 1 CFV Call Forwarding Variable 2 CFB Call Forwarding, Busy Line 3 CFD Call Forwarding, Don't Answer 4 RCF Remote Call Forwarding 5 SCB Series Completion 6 DDB Do Not Disturb 7 CCA Absent Subscriber Service 8 CCB Outgoing Call Barring 9 DCO Direct Connect 10 COT Customer Originated Trace 11 BES Basic Emergency Service 12 P1D Private 1-Digit Speed Calling 13 AAC Automatic Alarm Call 14 CAC Class Automatic Call Back 15 TWC Three Way Calling 16 XAN Call Transfer (all Calls, No Restrictions) 17 HLD Call Hold 18 CAW Call Waiting 19 ICT Incoming Call Tracing 20 VDP Voice Data Protection 21 CCW Cancel Call Waiting 22 OCT Outgoing/Tandem Call Tracing 23 P2D Private 2-Digit Speed Calling 24 S1D Shared 1-Digit Speed Calling 25 S2D Shared 2-Digit Speed Calling 26 UTC Usage Sensitive Three Way Calling 27 CON Conference Calling



28 BCA Attedant Camp On 29 RAF Remote Access to Subscriber Features 30 GPU Group Call Pickup 31 DPU Direct Call Pickup 32 TPU Trunk Answer any Station 33 SHD System Feature Soft Hold 34 BLV Attendant Busy Line Verification 35 EBO Executive Busy Override 36 AEO Attendant Emergency Override 37 BLR BG Subscriber Controlled Line Verification 38 CWI Call Waiting Incoming Only 39 XAA Call Transfer all Calls, Attendant 40 XAI Call Transfer all Calls, Internal 41 XII Call Transfer Incoming only, Internal 42 AXN Attendant Call Transfer, No Restrictions 43 ASA Attendant Call Splitting and Alternating 44 QUE Terminating Call Queueing 45 TWI Three-Way Calling, Incoming Only 46 XIO Call Transfer Incoming only, Outside 47 XAO Call Transfer all Calls, Outside 48 BTT Attendant Call through Test on TIE Trunks 49 MWI BG Message Indication Service 50 XIN Call Transfer Incoming only, No Restrictions 51 BIC Barring of Terminating Calls 52 ICS Interception Service 53 CBP Automatic Call Back Protection 54 TBI Temporary Barring of Terminating Calls 55 TOF Trunk Offering Restrictions 56 TBO Temporary Barring of Originating Calls 57 BOC Barring of Originating Calls 58 CWO Call Waiting Originating 59 DCW Dialed Call Waiting 60 BPU Directed Call Pickup with Barge-In 61 BAC Business Group Automatic Call Back 62 CAR CLASS Automatic Recall 63 CNB CLASS Calling Number Delivery Blocking 64 UNB CLASS Usage Sensitive Calling Number Delivery Blocking 65 UCT CLASS Usage Sensitive Customer Originated Trace 66 DAP Distinctive Alerting Service (Primary DN) 67 DAS Distinctive Alerting Service (Secondary DN) 68 CFS CLASS Feature Support Note! BGS uses the following codes both in US and as standard: 30 GPU Group Call Pickup 31 DPU Direct Call Pickup 32 TPU Trunk Answer any Station 36 AEO Attendant Emergency Override 37 BLR BG Subscriber Controlled Line Verification



5.88 SPCPEXCNTDATA (STD APZ)

DID-name: SPCPEXCNTDATA DID-number: 88 Function: Counters for the support processor. Application: SPCNT. Position Contents 1 Number of ordered restarts without reload, manually initiated. 2 Number of ordered restarts without reload, automatically initiated. 3 Number of ordered restarts with reload, manually initiated. 4 Number of ordered restarts with reload, automatically initiated. 5 Number of performed restarts without reload. 6 Number of performed restarts with reload. 7 Number of ordered small updates of FMS. 8 Number of ordered large updates of FMS. 9 Accumulated time (in minutes) when the SP has been in state isolated. Description: The variables corresponding to DID item positions 1 - 9 are stored on file. Each record in the file contains variables for one SP. The SP node number equals the record number for its variables. This DID is collected and delivered only from master-EX node. The size of the variables. DID positions: 1-9 = 32 bits



5.89 SPCPCNTDATA (STD APZ)

DID-name: SPCPCNTDATA DID-number: 89 Function: Counters for the support processor. Application: SPCNT. Position Contents 1 CPU load (percent). 2 Number of accumulations (scannings) in one collection period. 3 Total storage allocated (kbytes). 4 Minimum free storage (kbytes) 5 Free storage (kbytes). 6 Maximum free storage (kbytes). Description: DID item positions 1 - 6 are stored as common variables. This DID is collected and delivered from each node in the SPG. The size of the variables. DID positions: 1-6 = 32 bits



5.90 SPHDCNTDATA (STD APZ)

DID-name: SPHDCNTDATA DID-number: 90 Function: Counters for the Hard disc. Application: SPCNT Position Contents 1 Number of disk read operations. 2 Number of recoverable disk read errors. Description: All variables as pointed out by the DID item position are stored as common variables. This DID is collected and delivered from each node which has a hard disc. The size of the variables. DID positions: 1-2 = 32 bits



5.91 SPDLCNTDATA (STD APZ)

DID-name: SPDLCNTDATA DID-number: 91 Function: Counters for data links. Application: SPCNT Position Contents 1 Total number of transmitted packets. 2 Number of retransmitted i-frames. Description: All variables as pointed out by the DID item position are stored as common variables. This DID is collected and delivered from each node which has a data link. The size of the variables. DID positions: 1-2 = 32 bits



5.92 BCROUTELVLCNT (US)

DID-name: BCROUTELVLCNT DID-number: 92 Function: Counters for Broadcasting Information Providing trunk groups Application: Block BCBT Position Contents 1 Global route number (GLROUTE) 2 Number of blocked (BLOCCNT) 3 Number of occupied (TRALCNT) 4 Trunk route type Description: Broadcasting Information Provider trunk routes provides services which the telephone companies pay for. These trunk routes collect the same counters as all other trunk routes. They are just reported separately. They are only outgoing trunk routes. A trunk route consist of two individuals(route records). Only the outgoing traffic (odd internal route number) is collected for broadcasting trunk routes. The internal route number is identical with the record number (i.e. record-pointer or individual). Individual number 0 and 1 are not in use. Individual number 2 and 3 are reserved for test route. The trunk route type (item 4) will always be 2 for outgoing routes. All other values (i.e. <> 2) will be interpreted as undefined routes (i.e. measurement will not take place). Item 1-3 are 16 bit variables. All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of routes in the block.



5.93 SUSSAECNT (US)

DID-name: SUSSAECNT DID-number: 93 Function: Counter for Traffic Sensitive SAE's Application: Blocks which participate in SAE. Position Contents 1 Block Number 2 SAE Number 3 Number of seizure attempts made by the system, including failed attempts 4 Number of SAE individuals occupied at a given instant 5 Number of seizure attempts that failed 6 Number of individuals Description: One record per SAE event. All DID item positions are 16 bit variables.



5.94 BNTAB (STD, CAPC7)

DID-name: BNTAB DID-number: 94 Function: Translation table for block number to block name Application: Blocks in subsystem FNS, which own traffic size alterable files: DIPST and SNT-concept. For US market also feature blocks (SUS&BGS) Users of DID TRAFFSAE2CNT. Also Blocks BEACC, FLNAN, FMAPTC, FRRGAP, FRDOP, HCLOP, HGLRADI, HICOP, HLOP, FANSITC, FARRAP, HRON, HSDHI, HSOP, HTSSOP, IWTSS, MADAP, MMMMH, MCI, MICOP, MISJAP, MLOP, MOSJAP, MSDHI, MSECAP3, MSOP, MTCOP HUSDAP and IUCID, GRICOP, MCITOP, MCODOP, MGENL, MGSDHV, MGVIOP, MGVOOP, MUJAP, MVIOP, MVOOP,HRMAPTC,HRUIDAP,HRUODAP,SHRDO MAPTCI,MISIAP ,MOSIAP,MIDJAP,MIDIAP MODJAP,MODIAP,MUIAP,SHMCS, SHSF, SHCG,SHCL,HGDOP,HLETOP,HLETOP,HLRPOP, HLRPOP,HRSSOP,HRDOP,HSAIAP3,HSSOP,HUSDOP,MGDOP, MINOP,MLETOP,MLETOP,MLRROP,MLRROP,MSSOP, MUSDOP,SHTRI,SHTDM,SRS,UPMHR, UPMHS,UPPC, DTMFSC, CATA, CHVIEW, HGLUAP, HGSDH, HRFSAP3, CLM, MUX3, MUX34, XM, MUXTS, MUXSP, SH2LEG, SH2DM, SH2TD2, SH2TD5, SH2TD6, SH2TD7, SH2TD8, SH2PM, SH2TCU1, SH2TCU2, SH2TCU3, SH2MCS, SH2SF, SH2CG and SH2CL, MSLRAP, MLSPCH and HRRLAP3, DQMNT, HRSMAP3 and HSMRAP3 Position Contents 1 Block Number 2 Symbolic Block Name Description: One record per block. Translation of block number to block name. Variables are stored as common data. The size of the variables. position Block Size 1 - 16 Bits (DS) 2 - STRING 7 Characters (DS)



5.95 SUS2CNT (US)

DID-name: SUS2CNT DID-number: 95 Function: Counters for Subscriber Services Application: Blocks in subsystem SUS and BGS which maintain these counters Position Contents 1 Service Identity (category function code) 2 Number of denied attempts to use the service 3 Number of times the number is blocked 4 Number of times the number is unblocked 5 Number of times the directory number is unavailable 6 Confirmation given 7 Message output 8 Activation denied - long term 9 Activation denied - short term 10 Request resulting in immediate processing 11 Request resulting in delayed processing 12 Requests resulting in timeouts 13 Requests resulting in resumed scanning 14 Requests to subscribers that have selective call rejection 15 Attempted list editing sessions 16 Overflow (in SLE) for attempted list editing sessions 17 Overflow (not in SLE) for attempted list editing sessions 18 Overflow due to unavailable system resources 19 Successful applications of power ringing by DRCW 20 Attempted applications of DRCW tone 21 Successful reception of DRCW tone 22 Attempted MWI verifications 23 Successful MWI verifications 24 Activation denied - short term announcement 25 Total group speed calling lists created Description One record per subscriber service. All variables (which are pointed out by the DID item positions) are stored in a record, the number of records equals the number of services in the block. The size of the variables. DID positions: 1-25 = 16 bits.



5.96 GTWYONET (US, CMS88)

DID-name: GTWYONET DID-number: 96 Function: STP gateway administration measurements per originating network. Application: SCRD Position Contents postition 1 State 2 Originating Network 3 Originating Cluster 4 Number of global title translations performed, result is a DPC of an inter- connecting network. 5 Number of global title translations that were unable to be performed on messages received from an inter-connecting network, due to no translation table for the translation type. Description: Counter 1 is a 2 bit variable (0=record not used, 1=used with network only, 2=used with network and cluster, 3=not valid). Counters 2 and 3 are 8 bit variables. Counters 4 and 5 are 32 bit structured variables.



5.97 GTWYONETTT (US, CMS88)

DID-name: GTWYONETTT DID-number: 97 Function: STP gateway administration measurements per originating network and translation type. Application: SCRD Position Contents 1 State 2 Originating Network 3 Originating Cluster 4 Translation Type 5 Number of global title translations performed on messages received from an inter-connecting network. 6 Number of global title translations that were unable to be performed on messages received from an inter-connecting network, due to no translation for this address. Description Counter 1 is a 2 bit variable (0=record not used, 1=used with network only, 2=used with network and cluster, 3=not valid). Counters 2, 3, and 4 are 8 bit vairables. Counters 5 and 6 are 32 bit structured variables.



5.98 GTWYLNKSET (US, CMS88, CDB)

DID-name: GTWYLNKSET DID-number: 98 Function: STP gateway administration measurements per gateway link set Application: SCRD, S7LS, S7DR, SGSCR Position Contents 1 State 2 Internal LS Pointer 3 Number of Transfer-Prohibited (TFP) Message Signalling Units (MSUs) transmitted 4 Number of TFP MSUs received 5 Number of Transfer-Restricted (TFR) MSUs transmitted 6 Number of TFR MSUs received 7 Number of Transfer-Allowed (TFA) MSUs transmitted 8 Number of TFA MSUs received 9 Number of Signalling-Route-Set-Test (SRST) MSUs transmitted 10 Number of SRST MSUs received 11 Number of Transfer-Controlled (TFC) MSUs transmitted, originated by gateway STP 12 Number of Signalling-Route-Set-Congestion- Test (SRSCT) MSUs transmitted 13 Number of SRSCT MSUs received 14 Number of Testing and Maintenance (T&M) MSUs received 15 Number of Subsystem-Prohibited (SSP) MSUs transmitted 16 Number of SSP MSUs received 17 Number of Subsystem-Allowed (SSA) MSUs transmitted 18 Number of SSA MSUs received 19 Number of Subsystem-Status-Test (SST) MSUs transmitted 20 Number of SST MSUs received 21 Number of Signalling Link Tests received Description Counters 1 and 2 are stored in S7LS. Counters 1, 3-10 and 13 are stored in SGSCR, previously S7LS. Counters 1, 11, 12, 14 and 21 are stored in S7DR. Counters 1, 15-20 are stored in SCRD. Counter 21 is stored in SCRD. The size of the variables. Counter 1 is a 1 bit variable (0=not used, 1=used). Counters 2-21 are 16 bit variables.



5.99 GTWYLSONET (US, CMS88)

DID-name: GTWYLSONET DID-number: 99 Function: STP gateway administration measurements per gateway link set and originating network. Application: S7DR Position Contents 1 State 2 Internal LS Pointer 3 Network Identifier 4 Number of Testing and Maintenance (T&M) MSUs rejected due to screening, disallowed address (not gateway STP) 5 Number of MSUs rejected due to screening, disallowed Originating Point Code (OPC) 6 Number of MSUs rejected due to screening, disallowed Destination Point Code (DPC) 7 Number of MSUs rejected due to screening disallowed Service Indicator (SI) 8 Number of SCCP MSUs rejected due to screening, disallowed Calling Party Address 9 Number of Subsystem-Prohibited (SSP) and Subsystem-Allowed (SSA) MSUs rejected due to screening, disallowed Affected Point Code 10 Number of Subsystem-Status-Test (SST) MSUs rejected due to screening, disallowed Affected Point Code and SSN 11 Number of MSUs rejected due to screening, disallowed Message Priority 12 Number of MTP-NM MSUs rejected due to screening, disallowed Destination Field 13 Number of SCCP MSUs rejected due to screening, disallowed Translation Type 14 Number of SCCP MSUs rejected due to screening, disallowed DPC/SSN 15 Number of messages rejected due to screening for other reasons (used for calculations) 16 Number of Transfer-Controlled (TFC) MSUs received, addressed to gateway STP Description Counter 1 is a 1 bit variable (0=not used, 1=used). Counter 2 and 4-16 are 16 bit variables. Counter 3 is an 8 bit variable.



5.100 GTWYLSDNET (US, CMS88)

DID-name: GTWYLSDNET DID-number: 100 Function: STP gateway administration measurements per gateway link set and destination network. Application: S7DR Position Contents 1 State 2 Internal LS Pointer 3 Network Identifier 4 Number of Message Signalling Units (MSUs) received from another network, not addressed to the BCC Network. 5 Number of MSU Octets received from another network, not addressed to the BCC Network. 6 Number of MSUs transmitted, addressed to a network other than the adjacent receiving network. 7 Number of MSU octets transmitted, addressed to a network other than the adjacent receiving network. Description Counter 1 is a 1 bit variable (0=not used, 1=used). Counter 2 is a 16 bit variables. Counter 3 is an 8 bit variable. Counters 4-7 are 32 bit structured variables.



5.101 SS7TTCNT (US, CMS88)

DID-name: SS7TTCNT DID-number: 101 Function: STP measurements per translation type. Application: SCRD Position Contents 1 State 2 Translation Type 3 Number of Global title Translations (GTTs) performed. 4 Number of GTTs that were unable to be performed due to no translation for address of such nature (Diagnostic 0). 5 Number of GTTs that were unable to be performed due to no translation for this specific address (Diagnostic 1). Description Counter 1 is a 1 bit variable (0=not used, 1=used). Counter 2 is an 8 bit variable. Counters 3-5 are 32 bit structured variables.



5.102 CELLTCHCNT (CME BSC)

DID-name: CELLTCHCNT DID-number: 102 Function: Cell-counters in block RCLC, RCCD for TCH Application: Block RCLC,RCCD Position Contents 1 State 2 Call attempt counter (TCALLS) 3 Congestion counter (TCONGS) 4 Traffic level accumulator (TTRALACC) 5 Number of accumulations of (TNSCAN) traffic level counter 6 Number of dropped connections (TNDROP) 7 Number of defined channels (TNUCHCNT) 8 Available channels accumulator (TAVAACC) 9 Number of accumulations of (TAVASCAN) available channels counter 10 Assignment attempts for all (TASSALL) MS power classes 11 Assignment attempts for MS (TASSMS5) power class 5 12 Successful assignment attempts (TCASSALL) (Assignment complete and handover complete) 13 Assignment attempts congested (TCASSMS5) for MS power class 5 14 Available channel accumulated (TAVASUB) for sub cell. 15 Call attempt counter for sub (TCALLSSUB) cell. 16 Congestion counter for sub (TCONGSSUB) cell. 17 Successful MS channel (TMSESTB) establishment on TCHs. 18 Successful MS channel (TMSESTBSUB) establishment on TCHs for sub cell. 19 Successful MS channel (TMSESTB5) establishment on TCHs, by classmark 5. 20 Number of defined channels in (TNUCHSUB) sub cell. 21 SMS messages downlink. (TSMSDWN) 22 SMS messages uplink. (TSMSUP) 23 TCH congestion time. (TTCONGS) 24 TCH congestion time for sub (TTCONSUB) cell. 25 TCH traffic level accumulated (TTRALSUB) in sub cell. Description: The counters are defined per cell for TCHs (Traffic CHannels). The internal cell number is identical with the record number (i.e record-pointer).



The record number can be translated to a cell name in the cell translation table (DID CELLTRANTAB) DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item positions 1 - 25 are stored in records, the number of records is 512. The size of the variables. DID item position: 1 - 25= 16 bits. NOTE. DID item 1, 7, 10 - 13 and 20 are valid for block RCCD. DID item 1 - 6, 8, 9, 14 - 19 and 21 - 25 are valid for block RCLC.



5.103 CELLCCHCNT (CME BSC)

DID-name: CELLCCHCNT DID-number: 103 Function: Cell-counters in block RCLC, RCCD for SDCCH Application: Block RCLC,RCCD Position Contents 1 State 2 Call attempt counter (CCALLS) 3 Congestion counter (CCONGS) 4 Traffic level counter (CTRALCNT) 5 Number of dropped connections (CNDROP) 6 Number of random access (CNROCNT) 7 Number of defined channels (CNUCHCNT) 8 Available channels accumulator (CAVAACC) 9 Number of accumulations of (CAVASCAN) available channels counter 10 Successful MS channel (CMSESTAB) establishment on SDCCHs. 11 Number of accumulations of (CNSCAN) SDCCH traffic level counter. 12 SMS messages downlink. (CSMSDWN) 13 SMS messages uplink. (CSMSUP) 14 SDCCH congestion time. (CTCONGS) 15 Number of random accesses, (RAANPAG) Answer to paging. 16 Number of random accesses, (RAEMCAL) Emergency call. 17 Number of random accesses, (RACALRE) Call reestablishment. 18 Number of random accesses, (RAOSREQ) Other service request. 19 Failed random accesses. (RAACCFA) 20 Traffic Level Accumulator Description: The counters are defined per cell for SDCCHs. (Stand alone Dedicated Control CHannels) The internal cell number is identical with the record number (i.e record-pointer). The record number can be translated to a cell name in the cell translation tables (DID CELLTRANTAB) DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item positions 1 - 19 are stored in records, the number of records is 512. The size of the variables. DID item position: 1 - 19 = 16 bits. DID item position: 20 = ? NOTE. DID item 1 and 7 are valid for block RCCD. DID item 1 - 6 and 8 - 19 are valid for block RCLC.





5.104 NCELLCNT (CME BSC)

DID-name: NCELLCNT DID-number: 104 Function: Neighbour cell counters Application: Block RCLC Position Contents 1 State (NCELLSTATE) 2 Number of handover attempts to the neighbour cell (HOVERCNT) 3 Number of successful handovers to the neighbour cell (HOVERSUC) Description: Item position 1 is a state value to indicate if the record information is valid or not. That means if the NCELL is defined or not. The number of records = number of cells in the block multiplied with number of possible neighbour cells. Item positions 1-3 are stored in the record file, containing neighbouring cell data. The size of the variables. DID item positions: 1 = 1 bit. DID item positions: 2-3 = 16 bits. NOTE. DID NCELLCNT is replaced by the DID NCELLRELCNT from APT 210 09 R2 and STS ANT 227 02 R4.



5.105 TGCNT (CME BSC)

DID-name: TGCNT DID-number: 105 Function: Registration of intermittent faults Application: Block RXTG Position Contents 1 Intermittent faults (INTERCNT) Description: Item position 1 is a counter in the Transceiver Group record file. The number of records = number of Transceiver Groups in the block = 256. The size of the variable. DID item position: 1 = 16 bits. NOTE. This DID has been replaced by MOTG in APT 210 09 R3.



5.106 TRXCNT (CME BSC)

DID-name: TRXCNT DID-number: 106 Function: TRX time slot counters. Application: Block RXTRX Position Contents 1 time out or radio link failure for Time Slot(TS)=0 in the TRX (CONERRCNT0) 2 connection set up attempt for Time Slot(TS)=0 in the TRX (CONCNT0) 3 time out or radio link failure for Time Slot(TS)=1 in the TRX (CONERRCNT1) 4 connection set up attempt for Time Slot(TS)=1 in the TRX (CONCNT1) 5 time out or radio link failure for Time Slot(TS)=2 in the TRX (CONERRCNT2) 6 connection set up attempt for Time Slot(TS)=2 in the TRX (CONCNT2) 7 time out or radio link failure for Time Slot(TS)=3 in the TRX (CONERRCNT3) 8 connection set up attempt for Time Slot(TS)=3 in the TRX (CONCNT3) 9 time out or radio link failure for Time Slot(TS)=4 in the TRX (CONERRCNT4) 10 connection set up attempt for Time Slot(TS)=4 in the TRX (CONCNT4) 11 time out or radio link failure for Time Slot(TS)=5 in the TRX (CONERRCNT5) 12 connection set up attempt for Time Slot(TS)=5 in the TRX (CONCNT5) 13 time out or radio link failure for Time Slot(TS)=6 in the TRX (CONERRCNT6) 14 connection set up attempt for Time Slot(TS)=6 in the TRX (CONCNT6) 15 time out or radio link failure for Time Slot(TS)=7 in the TRX (CONERRCNT7) 16 connection set up attempt for Time Slot(TS)=7 in the TRX (CONCNT7) Description: All the variables are stored in a record. The number of records = number of TRX's in the block = 512. Maximum number of TRX counter records are 512. The size of the variables. DID item positions: 1-16 = 16 bits. NOTE. This DID has been replaced by MOTG in APT 210 09 R3.



5.107 LAPDLNKCNT (CME BSC)

DID-name: LAPDLNKCNT DID-number: 107 Function: LAPD link counters per TRH device Application: Block RHLAPD Position Contents 1 state 2 number of received bad frames (CBADFRAME) 3 number of transmitted LAPD (CTRIFRAME) information frames 4 number of received LAPD (CRECIFRAME) information frames 5 number of retransmissions (CRETRANSM) 6 number of link overloads (COVERLOAD) 7 number of link failures (CLINKFAIL) 8 number of link protocol errors (CPROCOLERR) Description: DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). The TRH processes steps the counters per logical LAPD link. Periodically the counters are copied to the block process in TRH and added per physical data link and transferred to the CP part of the block. DID item positions 1 - 8 are stored in records, one set per device. The number of records is 2048. The record pointer in the LAPD file corresponds with the pointer in the LAPD translation file (DID: LAPDLNKTAB). The size of the variables. DID item position: 1 = 1 bit. DID item positions: 2-8 = 16 bits.



5.108 CELLTRANTAB (CME BSC)

DID-name: CELLTRANTAB DID-number: 108 Function: Cell translation table. Application: Block ROTRAN Position Contents 1 Symbolic cell name Description: Translation from cell-number to symbolic cell-name. The cell-number is identical with the record number in the file that is the pointer. One record per cell. The size of the variable. DID item position: 1 = string 7 characters



5.109 NCELLTRANTAB (CME BSC)

DID-name: NCELLTRANTAB DID-number: 109 Function: Neighbouring cell translation table. Application: Block ROTRAN Position Contents 1 Symbolic cell name for neighbour Description: Translation from neighbouring cell-number to symbolic neighbouring cell-name. The neighbouring cell-number is identical with the record number in the file that is the pointer. One record per neighbouring cell. The number of records are 4096. The size of the variable. DID item position: 1 = string 7 characters NOTE. DID NCELLCNT is replaced by the DID NCELLRELCNT from APT 210 09 R2 and STS ANT 227 02 R4.



5.110 TGTRANTAB (CME BSC)

DID-name: TGTRANTAB DID-number: 110 Function: Transceiver Group name table Application: Block ROTRAN Position Contents 1 State (undefined/defined) 2 Symbolic transceiver group name Description: Translation from transceiver group-number to symbolic transceiver group-name. The transceiver group-number is identical with the record number in the file that is the pointer. State indicates whether the transceiver group is undefined (=0) or defined. One record per transceiver group. The size of the variables. DID item position: 1 = 1 bit DID item position: 2 = string 13 characters NOTE. This DID has been replaced by MOTRANTAB in APT 210 09 R3.



5.111 ISDNTMCNT

DID-name: ISDNTMCNT DID-number: 111 Function: Traffic measurement on Basic Access, Primary Rate Access and subroutes. Application: Block TMHD Position Contents To be considered in future development.



5.112 ISDNTMTAB

DID-name: ISDNTMTAB DID-number: 112 Function: Traffic measurement on Basic Access, Primary Rate Access and subroutes. Application: Block TMHD Position Contents To be considered in future development.



5.113 TRXTAB (CME BSC)

DID-name: TRXTAB DID-number: 113 Function: Transceiver identity Application: Block RXTRX Position Contents 1 State (TRXCADMSTATE) 2 TG-identity (TGPTR) 3 TRX-identity (TEINUMBER) Description: Item position is a state variable indicating if the data are relevant. Value, 0 = defined (= in service). Item positions 2-3 are two identity variables which together build a unique address, TEI(Terminal Endpoint Identifier) in the TRX. Maximum number of TRXC-individuals are 512. The size of the variables. DID item position: 1-3 = 16 bits. NOTE. This DID has been replaced by MOTRANTAB in APT 210 09 R3.



5.114 LIBAL1STCNT (STD)

DID-name: LIBAL1STCNT DID-number: 114 Function: Counters for Layer 1 Statistics on Digital Subscriber Lines. Application: Block LIBA and LIBA(E),LIBAMA Position Contents 1 Statistic connection state (Idle, XSS connected BA,AM connected BA, AM connected V5.1 BA, MA connected BA). 2 Line Interface device number 3 Number of Error Second LT -> NT 4 Number of Error Second NT -> LT 5 Number of Severely Error Second LT -> NT 6 Number of Severely Error Second NT -> LT 7 Number of Degraded Minutes LT -> NT 8 Number of Degraded Minutes NT -> LT 9 Number of errored CRC frames LT -> NT 10 Number of errored CRC frames NT -> LT 11 Layer 1 active time 12 Unavailable time LT -> NT 13 Unavailable time NT -> LT 14 (FR) EMG number 15 (FR) EM number 16 (FR) Individual number within the EM Description: Counters for Layer 1 Statistics on Digital Subscriber Lines These counters are used to hold the statistics of Layer 1 errors for ISDN Basic Accesses (2B+D) with XSS connected ISDN subscribers and AM connected ISDN subscribers and MA (Multiple Access) connected ISDN subscribers. There is one set of counters (i.e. one record) for each Basic Access that has the statistics collection initiated. There can be a maximum of 300 Basic Accesses of any type when statistics measurements are being taken. There are 3 types of access using this DID. Therefore the total nuber of objects is 900 objects. The Statistic connection state variable (DID item 1) will indicate if the particular item is Idle (=0), or the type of the basic access 0 = Idle, 1 = XSS connected BA, 2 = AM connected BA. 3 = AM connected V5.1 BA, 4 = MA (Multiple Access) connected BA. The Line Interface device number indicates which Basic Access the statistics are collected for.



For example, if DID item 1 equals 1 (collecting XSS connected Basic Access statistics) and DID item 2 equals 45, it indicates device LIBA-45. if DID item 1 equals 2 (collecting AM connected Basic Access statistics) and DID item 2 equals 40, it indicates device LIBAE-40. if DID item 1 equals 3 (collecting V5.1 connected Basic Access statistics) and DID item 2 equals 40, it indicates device LIBAV5E-40. if DID item 1 equals 4 (collecting MA connected Basic Access statistics) and DID item 2 equals 40, it indicates device LIBAMA-40. The combinations of device number and state will be unique and will not be duplicated in other records. The EMG number, EM number and Individual number within EM (DID positions 14-16) are the French market equivalent of the standard AXE format. The French market format will be used in reports if the translation DID TRANAXEFORMTAB is received by STS indicating that the market version of device identity is required. The standard form of device identity will be output if TRANAXEFORMTAB is not received or is received and indicates the standard form of device identity should be output. The size of the variables. Position Block Size 1 LIBA 1 bit 1 LIBAE 2 bits 1 LIBAMA 8 bits 2 - 8,11 - 14 LIBA, LIBAE 16 bits 2 - 8,11 - 16 LIBAV5, LIBAMA 16 bits 9 - 10 LIBA, LIBAE, LIBAV5, LIBAMA 32 bits 15 - 16 LIBA, LIBAE 8 bits



5.115 L2STATBACNT (STD)

DID-name: L2STATBACNT DID-number: 115 Function: Layer 2 ISDN Error Statistics Counters for Basic Access Application: Blocks STL2, DLV5, DLV5G, DLAU Position Contents 1 State of record (idle/defined for XSS BA/ defined for XSS BA (V5-SS)/defined for AM BA (V5-SS)/defined for AM BA/defined for AM BA (V5-GS)/defined for MA connected BA) 2 Line Interface Device Number 3 Number of received frames 4 Number of frames received in error 5 Number of transmitted frames 6 Number of retransmitted frames 7 Number of DM frames received as response to SABME 8 Number of times proper response not received to establish link after N200 SABME sent. 9 Number of times frames received with control field that is undefined or not implemented. 10 Number of frames received with not permitted information field, incorrect length of unnumbered or supervisory frame. 11 Number of frames received with invalid sequence number. 12 FRMR frame received. 13 Number of times maximum number of transmissions (N200) reached on any frame except SABME 14 Number of times DM frames sent in response to a SABME frame received. 15 Number of times unexpected frame received. 16 Number of times invalid frames received (other than FCS error) 17 Number of times frames received with information field that exceeds the maximum length 18 (FR) EMG number 19 (FR) EM number 20 (FR) Individual number within the EM 21 Number of times unsolicited SUPERVISORY response received Description : Layer 2 Digital Subscriber Access Statistics, Basic Access. These counters are used to hold the statistics of Layer 2 D-channel protocol errors for ISDN Basic Accesses (2B+D) with



XSS connected ISDN subscribers, AN-connected subscribers over a V5-SS interface, AM connected AN-connected subscribers over a V5-SS interface, AM connected ISDN subscribers and AM connected AN-connected subscribers over a V5-GS interface and MA (Multiple Access) connected BA subscribers. There is one set of counters (i.e. one record) for each Basic Access that has the statistics collection initiated. There can be a maximum of 100 Basic Accesses of any type when statistics measurements are being taken (i.e. the total is 600 objects). The state variable (DID item 1) will indicate the type of the basic access. Possible statistic types are- 0 = Idle, 1 = XSS connected BA, 2 = XSS connected BA (V5-SS), 3 = AM connected BA (V5-SS), 4 = AM connected BA. 5 = AM connected BA (V5-GS). 6 = MA connected BA The Line Interface device number indicates which Basic Access the statistics are collected for, for example if DID item 1 equals 1 and DID item 2 equals 45 it indicates device LIBA-45. If DID item 1 equals 2 (collecting V5-SS Basic Access statistics) and DID item 2 equals 45 it indicates device LIBAV5-45. If DID item 1 equals 3 (collecting AM connected V5-SS Basic Access statistics) and DID item 2 equals 40, it indicates device LIBAV5E-40. If DID item 1 equals 4 (collecting AM connected Basic Access statistics) and DID item 2 equals 50, it indicates device LIBAE-50. If DID item 1 equals 5 (collecting AM connected V5-GS Basic Access statistics) and DID item 2 equals 40, it indicates device LIBAV5G-40. If DID item 1 equals 6 (collecting MA connected Basic Access statistics) and DID item 2 equals 40, it indicates device LIBAMA-40. This number DID item 2 is unique and will not be duplicated in other records. The EMG number, EM number and Individual number within EM (DID positions 18-20) are the French market equivalent of the standard AXE format. The French market format will be used in reports if the translation DID TRANAXEFORMTAB is received by STS indicating that the market version of device identity is required. The standard form of device identity will be output if TRANAXEFORMTAB is not received or is received and indicates the standard form of device identity should be output. It will also be output in all cases for V5 impacts. The size of the variables. DID item Block Size 1 DLV5G 16 bits 1 STL2, DLV5, DLAU 8 bits 2 STL2, DLV5, DLV5G,



DLAU 16 bits 3 - 17 STL2, DLV5, DLV5G, DLAU 32 bits 18- 20 STL2 16 bits 21 STL2, DLV5, DLV5G DLAU 32 bits



5.116 L3STATBACNT (STD)

DID-name: L3STATBACNT DID-number: 116 Function: Layer 3 ISDN Error Statistics Counters for Basic Access Application: Blocks MANBA, MANBA(E), MANBAV5, MANBV5E, MANBV5G and MANAU Position Contents 1 State of record (idle/defined for XSS BA/ defined for XSS BA (V5-SS)/defined for AM BA (V5-SS)/defined for AM BA/defined for AM BA (V5-GS)/defined for MA connected BA) 2 Line Interface Device Number 3 The number of times the threshold for unsuccessful protocol restarts on point-to-point connections is reached. 4 DISCONNECT, RELEASE or RELEASE COMPLETE message transmitted or received with an abnormal cause code. 5 STATUS message transmitted with an abnormal cause code. 6 SETUP message received without manadatory information elements (or invalid information contents) 7 SETUP message received with call reference flag incorrectly set to one. 8 Message received is too short. 9 Messages received with invalid protocol discriminator information 10 Messages received with invalid call reference value 11 Messages received (other than SETUP and REGISTER) containing an unallocated call reference value. 12 (FR) EMG number 13 (FR) EM number 14 (FR) Individual number within the EM Description : Layer 3 Digital Subscriber Access Statistics, Basic Access. These counters are used to hold the statistics of Layer 3 D-channel protocol errors for ISDN Basic Accesses (2B+D) with XSS connected ISDN subscribers, AN-connected subscribers over a V5-SS interface, AM connected AN-connected subscribers over a V5-SS interface, AM connected ISDN subscribers and AM connected AN-connected subscribers over a V5-GS interface and MA connected BA. There is one set of counters (i.e. one record) for each Basic Access that has the statistics collection initiated. There can be a maximum of 100 Basic Accesses of any type when statistics measurements are being taken (i.e. the total is 600 objects).



The state variable (DID item 1) will indicate the type of the basic access. Possible statistic types are: 0 = Idle, 1 = XSS connected BA, 2 = XSS connected BA (V5-SS), 3 = AM connected BA (V5-SS), 4 = AM connected BA, 5 = AM connected BA (V5-GS), 6 = MA connected BA. The Line Interface device number indicates which Basic Access the statistics are collected for. For example, if DID item 1 equals 1 and DID item 2 equals 45 it indicates device LIBA-45. If DID item 1 equals 2 (collecting V5-SS Basic Access statistics) and DID item 2 equals 45, it indicates device LIBAV5-45. If DID item 1 equals 3 (collecting AM connected V5-SS Basic Access statistics) and DID item 2 equals 40, it indicates device LIBAV5E-40. Iif DID item 1 equals 4 (collecting AM connected Basic Access statistics) and DID item 2 equals 50, it indicates device LIBAE-50. If DID item 1 equals 5 (collecting AM connected V5-GS Basic Access statistics) and DID item 2 equals 40, it indicates device LIBAV5G-40. If DID item 1 equals 6 (collecting MA connected Basic Access statistics) and DID item 2 equals 40, it indicates device LIBAMA-40. This number in DID item 2 will be unique and will not be duplicated in other records. The EMG number, EM number and Individual number within EM (DID positions 12-14) are the French market equivalent of the standard AXE format. The French market format will be used in reports if the translation DID TRANAXEFORMTAB is received by STS indicating that the market version of device identity is required. The standard form of device identity will be output if TRANAXEFORMTAB is not received or is received and indicates the standard form of device identity should be output. It will also be output in all cases for V5 impacts. The size of the variables. DID item Block Size 1 - 11 MANBA 16 bits MANBAE 12- 14 MANBA 8 bits MANBAE 1 - 11 MANBAV5 16 bits MANBV5E MANV5G MANAU



5.117 C7SIDATA (FR)

DID-name: C7SIDATA DID-number: 117 Function: Service Indicator counters Application: Block C7DR2 Position Contents 1 State (defined or undefined) 2 Number of signalling messages received on the Service Indicator 3 Number of signalling messages sent by the Service Indicator Description: There is one record per Service Indicator (SI) value. The SI is identified by a number. The number is identical with the record number in the file, that is the pointer. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of possible SI values (16). State indicates if postions 2-3 are valid (=1) or not. The size of the variables. DID position: 1 = 1 bit DID positions: 2-3 = 32 bits



5.118 C7MESSDATA (FR)

DID-name: C7MESSDATA DID-number: 118 Function: Number of abmornal messages received on Level 3 and Level 4. Application: Blocks C7BTC, C7DR2 and UPD Position Contents 1 Number of abnormal messages received on Level 4 2 Number of abmormal messages received on Level 3 3 Number of abnormal messages received on Level 4 for ISUP Description: All the Variables (which are pointed out by the DID item positions) are stored as common-stored variables. The item 1 is valid for block C7BTC The item 2 is valid for block C7DR2 The item 3 is valid for blocks UPD The size of the variables. DID positions: 1 = 16 bits DID positions: 2 = 32 bits DID positions: 3 = 16 bits



5.119 EXCHFAULTDATA (FR)

DID-name: EXCHFAULTDATA DID-number: 119 Function: Number of calls lost due to exchange faults Application: Block TRCASET Position Contents 1 Number of lost calls due to HW Faults Description: All the Variables (which are pointed out by the DID item positions) are stored as common-stored variables. The size of the variable. DID position: 1 = 16 bits



5.120 HLRMAPCNT (STD)

DID-name: HLRMAPCNT DID-number: 120 Function: Counters for MAP operations Application: Blocks in subsystem HRS, which are handling MAP operations: HASCAP, HAUTHAP, HDSDAP, HLCAP, HLUAP/2 , HNMSPAP, HRESTAP, HRSMAP/2, HRTGMAP, HRTVLAP, HSAIAP3, HSD, HSDPAP, HSMWDAP, HSSACAP, HSSBEAP, HSSINAP, HSSPWAP, HSSREAP, HREDAP2, HISDAP2, HRRGAP2, HRRVAP2, HMSPAP2, HSSUDAP, HSUDAP2, HUDEXAP, HUEXAP2, HRETAP,HRCSAP, HRUIDAP, HRUODAP, HDSDAP3, HGLUAP, HISDAP3, HLCAP, HRESTAP, HRFSAP2, HRFSAP3, HRRLAP3, HRSMAP3 and HSMRAP3 Position Contents 1 Operation identity (code) 2 Number of total requests of a MAP operation (CNTMAPTOT) 3 Number of successful operations executed (CNTMAPSUCC) 4 Number of unsuccessful operations due to problems reported by the local TCAP (CNTMAPFLT). Description: One record per MAP operation. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of operations in the block. The variables are stored as common data if the block contains only one MAP operation. The operations are identified by a code. All counters are not relevant for all of the operations. If a counter for the same MAP operation arrives from different blocks, the value will be added before storing in the Measurement Data Base. V1, V2 and V3 counters will not be presented seperatly. The size of the variables. Position Block Size 1 ALL 8 bits. 2 - 3 Blocks HDSDAP3, HDSDAP2, HDSDAP, HISDAP3, HISDAP2, HISDAP, HLUAP3, HLUAP2, HLUAP, HRRGAP3, HRRGAP2, HRRGAP, HRRVAP3, HRRVAP2, HRRVAP, HRSMAP2, HRSMAP 32 bits. The others 16 bits. 4 This data is not applicable for



blocks HSSBEAP, HNMSPAP, and HSD. Blocks HDSDAP3, HDSDAP2, HDSDAP, HISDAP3, HISDAP2, HISDAP, HLUAP3, HLUAP2, HLUAP, HRRGAP3, HRRGAP2, HRRGAP, HRRVAP3, HRRVAP2, HRRVAP, HRSMAP2, HRSMAP,HRSMAP3, HSMRAP3 32 bits. The others 16 bits. See DID HLRMAPIDTAB for translation table relating code, slogan & operation. NOTE: The size of the variables CNTMAPTOT, CNTMAPSUCC and CNTMAPFLT (DID item positions 2, 3 and 4) in new block HSAIAP3 and HRRLAP3 will be 32 bits.



5.121 ROAMINGCNT (CME SS)

DID-name: ROAMINGCNT DID-number: 121 Function: Counters for provision of roaming number and forwarded to number Application: Block HRRGAP Position Contents 1 Number of roaming numbers sent to GMSC (CNTROAMSENT) 2 Number of forwarded to numbers sent to GMSC (CNTFORWSENT) 3 Number of succesful CUG invocations Description: All the variables are stored as common data. The size of the variables: DID item positions: 1-3 = 16 bits.



5.122 AUTHENCNT (CME SS)

DID-name: AUTHENCNT DID-number: 122 Function: Counters for authentication Application: Blocks HAUTHD, AMAPTC, HAUTHAP, HSAIAP3 Position Contents 1 Number of subscribers in IOS queue for updating of authentication parameters (CNTAUTREQIOS) 2 Number of authentication parameters received from AUC-IOS (CNTAUTPARIOS) 3 Number of authentication parameters sent to VLR (CNTAUTPARSEN) 4 Number of times used authentication parameters have been sent to VLR (CNTAUTPARREU) 5 Number of subscribers in MAP queue for updating of authentication parameters (CNTAUTREQMAP) 6 Number of authentication parameters received from AUC-MAP (CNTAUTPARMAP) 7 Number of triplets provided by AUC (CNTAUTTRIPPRO) 8 Number of requests failed due to IMSI not found in AUC (CNTAUTIMSINOT) 9 Number of synchronisation failures recieved from VLR/SGSN (CNTAUTSYNFAI) 10 Number of Authentication Data Request messages returning UMTS (CNTREQMEUAUT) 11 Number of Authentication Data Request messages returning GSM authentication vectors (CNTREQMEGAUT) 12 Number of UMTS authentication vectors provided by AUC (CNTAUTQUINPRO) 13 Number of synchronization failure recieved in the AUC. (CNTSYNCHRFAIL) 14 Number of triplets requested to AUC (CNTREQTRIP) 15 Number of quintets requested to AUC (CNTREQQUINT) 16 SendAuthenticationInfo MAP version 3 messages answered with 'resource limitation' due to overflow of queue 'a'. (AQUEUEOVERF) Description: All the variables are stored as common data. The size of the variables. Position Block Size 1,5 HAUTHD 32 bits. 2-4,6 HAUTHD 16 bits. 7,8,12-15 AMAPTC 32 bits. 9 HSAIAP3 32 bits. 10,11 HAUTHAP 32 bits.



16 HAUTHD 32 bits.



5.123 VLRCNT (CME SS)

DID-name: VLRCNT DID-number: 123 Function: Counters for MAP operations per VLR Application: Blocks HLUAP, HISDAP, HDSDAP, HLCAP,HRRVAP, HSSACAP, HSSBEAP, HSSINAP,HSSPWAP, HSSREAP, HLUAP2, HDSDAP2, HISDAP2, HRRVAP2, HMSPAP2, HSSUDAP, HSUDAP2, HRETAP. Position Contents 1 State 2 Number of update location operations received (CNTUPDLOC) 3 Number of delete subscriber data operations sent (CNTDELETE) 4 Number of insert subscriber data operations sent (CNTINSERT) 5 Number of cancel location operations sent (CNTCANCEL) 6 Number of provide roaming number operations sent (CNTPRVNBR) 7 Number of register-SS operations received (CNTSSREG) 8 Number of erase-SS operations received (CNTSSERASE) 9 Number of activate-SS operations received (CNTSSACTIV) 10 Number of deactivate-SS operations received (CNTSSDEACT) 11 Number of interrogate-SS operations received (CNTSSINTRR) 12 Number of register passwords received (CNTREGPASS) 13 Number of begin subscriber activity received (CNTBEGACT) 14 Number of purge operations received (CNTMSPURGE) 15 Number of ProcessUnstructuredSS-Data operations received. 16 Number of ProcessUnstructuredSS-Request operations received. 17 Number of UnstructuredSS-Request operations sent. 18 Number of UnstructuredSS-Notify operations sent. 19 Number of ProvideSubscriberInfo operations sent. 20 Number of ATM operations sent. 21 Number of DTM operations sent. Description: One record per VLR in the blocks. Item position 1 is the state value to indicate if the record information is valid (=1) or not (=0). That means if the VLR is defined or not. Counter information refers to number of total attempts, that is successful attempts and unsuccessful attempts.



DID item positions 1-21 are stored in a record, the number of records = number of VLRs in the block. The internal VLR number is identical with the record number (i.e. record number). Counter NCANCEL (Position 5) applies to MAPV3 standard operation. DID VLRTAB is used to translate VLR pointer to VLR address. The size of the variables. DID position Block Size 1 ALL 1 bit 2 HLUAP,HLUAP2 16 bits 3 HDSDAP,HDSDAP2 16 bits 4 HISDAP,HISDAP2 16 bits 5 HLCAP 16 bits 6 HRRVAP,HRRVAP2 16 bits 7 - 8 HSSREAP 16 bits 9 - 10 HSSACAP 16 bits 11 HSSINAP 16 bits 12 HSSPWAP 16 bits 13 HSSBEAP 16 bits 14 HMSPAP2 16 bits 15 HSSUDAP 16 bits 16 - 18 HSUDAP2 16 bits 19 HRETAP 16 bits 20 - 21 HSTRAP2,HTSRAP3 16 bits



5.124 HLRMAPIDTAB (STD)

DID-name: HLRMAPIDTAB DID-number: 124 Function: MAP translation table Application: Blocks in subsystem HRS, which are handling MAP operations: HASCAP, HAUTHAP, HDSDAP, HISDAP, HLCAP, HLUAP, HNMSPAP, HRESTAP, HRSMAP, HRRGAP, HRRVAP, HSD, HSDPAP, HSMWDAP, HSSACAP, HSSBEAP, HSSINAP, HSSPWAP, HSSREAP, HREDAP2, HSSUDAP, HSUDAP2, HUDEXAP, HUEXAP2, HDSDAP2, HISDAP2, HMSPAP2, HLUAP2, HRRGAP2, HRRVAP2, HSACAP2, HSINAP2 HSPWAP2, HSREAP2, HRETAP,HRCSAP, HRUIDAP, HRUODAP, HDSDAP3, HGLUAP, HISDAP3, HLCAP, HRESTAP, HRFSAP2, HRFSAP3, HSTRAP2, HSTRAP3, HRRLAP3, HRSMAP3 and HSMRAP3 Position Contents 1 Operation identity (code) 2 MAP operation slogan Description: Translation from MAP operation code to MAP operation slogan. The size of the variables: Position Block Size 1 ALL 8 bits 2 ALL string 7 characters Relation between code, slogan and operation. Code Slogan Map operation 8 SPARAMS Send parameters (VLR/SGSN -> HLR) Send Authentication Info (VLR/SGSN -> HLR) 18 SROUTSM Send Routing Information for LCS (GMLC -> HLR) 19 SETMWDA Send Routing Information for LCS (GMLC -> HLR) 22 SPARMAP Send parameters (HLR -> AUC) 48 INFOSC Send Routing Information for LCS (GMLC -> HLR) 56 SROULCS Send Routing Information for LCS (GMLC -> HLR) 59 SAUVECT Send Authentication Vectors (HLR -> AUC)



5.125 VLRTAB (STD)

DID-name: VLRTAB DID-number: 125 Function: VLR translation table. Application: Block HVLRAD, HMSPSP2, HMSPAP2, HRETAP Position Contents 1 State (undefined/defined) 2 VLR nature of address indicator 3 VLR address 1 4 VLR address 2 5 VLR address 3 6 VLR address 4 Description: Translation from VLR address to VLR pointer. State indicates whether the VLR is undefined (=0) or defined (=1). Item position 2 contains the nature of VLR address 3=national, 4=international. Item position 3-6 are four identity variables which together build a unique address. The VLR-addresses including the nature range from 2 to 16 figures. Example: The number 41 will be deliverd as didpos2 4 3 FFF1 4 FFFF 5 FFFF 6 FFFF The number 3467042222 will be deliverd as didpos2 3 3 0764 4 2224 5 FFF2 6 FFFF The number 4123456789012345 will be deliverd as didpos2 4 3 4321 4 8765 5 2109 6 F543 DID item positions 1-6 are stored in a record, the number of records = number of VLRs in the block. The size of the variables: DID item position: 1 = 1 bit. DID item position: 2 = 8 bits. DID item position: 3-6 = 16 bits.





5.126 CHANASSIGNCNT (CME SS, CAPC7)

17209/19024-1/APT 210 26/1 Uen Rev PA21 LMC/XF/M-01:001 Uen Rev PA5

DID-name: CHANASSIGNCNT DID-number: 126 Function: Counters for channel assignment Application: Block MRRM and MURABP Position Contents 1 Number of channel assignments for call from mobile subscriber 2 Number of successful channel assignments for call from mobile subscriber 3 Number of channel assignments for call to mobile subscriber 4 Number of successful channel assignments for call to mobile subscriber 5 Number of assignment attempts for SMS on traffic channel 6 Number of successful assignments for SMS on traffic channel 7 Number of successful RAB assignments for call from mobile subscriber 8 Number of successful RAB assignments for call to mobile subscriber 9 Total number of RAB assignments for call from mobile subscriber 10 Total number of RAB assignments for call to mobile subscriber Description: The counters belong to the Object Type CHASSIGNT and counters shall be increased when the message "RAB Assignment request" is sent to RNC and "RAB Assignment response" is received from a RNC. All the variables are stored as common data. The size of the variables : position Block Size 1-6 MRRM 16 Bits 7-10 MURABP 32 Bits



5.127 HANDOVERCNT (CME SS)

DID-name: HANDOVERCNT DID-number: 127 Function: Counters for handover, MSC level Application: Block MHO and MRRM Position Contents 1 Number of external intra-BSS handover attempts 2 Number of received handover required (excluding those received during guard time) 3 Number of sent handover requests to the target BSC 4 Number of successful handover requests to the target BSC 5 Number of sent handover commands 6 Number of successful internal intra BSS handovers (handover performed) 7 Number of successful external intra BSS handovers 8 Number of successful inter BSS handovers 9 Number of GS-operations triggered by timer THNDGSOP 10 Number of GS-operations triggered by handover detect 11 Number of GS-operations triggered by handover complete 12 Number of handover attempts causing the MS to switch back to old traffic channel 13 Number of handover faults causing the MSC to release the call 14 Number of inter-BSS handover attempts 15 Number of external intra BSS handover attempts on SDCCH 16 Number of successful external intra BSS handovers on SDCCH 17 Number of inter BSS handover attempts on SDCCH 18 Number of successful inter BSS handovers on SDCCH 19 Number of external intra BSS handover attempts from SDCCH to TCH 20 Number of successful external intra BSS handovers from SDCCH to TCH 21 Number of inter BSS handover attempts from SDCCH to TCH 22 Number of successful inter BSS handovers from SDCCH to TCH 23 Number of own handovers with synchronisation error Description: All the variables are stored as common data. The counters specified in DID positions 2-6 are stored in block MRRM and the remaining counters in MHO.



The size of the variables : position Block Size 1 MHO R-declared 2-6 MRRM R-declared 7-22 MHO R-declared 23 MHO 16 bits



5.128 LOCUPDACNT (CME SS)

DID-name: LOCUPDACNT DID-number: 128 Function: Counters for location updating Application: Block MVLRP, MMMLR, MTV, MGPRO Position Contents 1 Number of location updating attempts from (NLOCNRGTOT) non-registered subscribers (IMSI attach, normal location updating or periodic location updating) 2 Number of failed location updating attempts (NLOCIMSERR) due to unknown IMSI number series 3 Number of location updating attempts for (NLOCOLDTOT) already registered subscribers 4 Number of periodic location updating (NLOCPERTOT) attempts for already registered subscribers 5 Spare (NLOCUPDSUCC) 6 Number of IMSI attach messages received (NLOCATTTOT) (from already registered subscribers) 7 Number of IMSI detach messages received (NLOCDETTOT) 8 Number of successful location updatings for (NLOCNRGSUCC) non registered subscribers 9 Number of implicit detach events in MSC/VLR (NLOCIDTTOT) 10 Number of national roaming implicit detach (NLOCNRRTOT) events in MSC/VLR 11 Number of successful location updatings (NLOCOLDSUCC) for already registered subscribers 12 Number of rejected location updating (NLOCREGSERR) attempts due to Regional Subscription. 13 Number of failed location updating attempts (NLOCIMS2ERR) due to unknown IMSI number series (2nd block). 14 Number of successful location updatings (NLOCNRG2SUCC) for non registered subscribers (2nd block). 15 Number of successful location updatings (NLOCOLD2SUCC) for already registered subscribers (2nd block). 16 Number of IMSI detach messages received (NLOCDET2TOT) (2nd block). 17 Number of location updating attempts (NLOCNRG2TOT) from non-registered subscribers (2nd block). 18 Number of location updating attempts (NLOCOLD2TOT) for already registered subscribers (2nd block). 19 Number of IMSI attach messages received (NLOCATT2TOT) (from already registered subscribers) (2nd block). 20 Number of location updating attempts over (NLOCGPRSTOT) Gs interface 21 Number of successful location updatings (NLOCGPRSSUCC) over Gs interface 22 Number of successful location updating (NLOCCONGSUCC) indications sent to mobile subscribers, resulting from failure of operations 'update location' to HLR due to network congestion 23 Number of periodic location updating requests for non-registered subscribers (NLOCPUTOTNEW)



24 Number of periodic location updating requests when capacity not granted for non-registered subscribers (NLOCPUNEWCON) 25 Number of periodic location updating requests when capacity not granted for already registered subscribers (NLOCPUOLDCON) Description: All the variables are stored as common data. DID item positions 1-25 are peg counters. The counter (22) in MMMLR and existing counters in MMMLR (counters 2,7,8,11 and 12) are mutually exclusive. (i.e only counter (22) is incremented when LU ACCEPTED is sent to the MS when traffic case 'UL to HLR triggered by periodic LU' fails due to network congestion.) DID item positions 1, 3, 4, 6 and 10 are stored in block MVLRP. DID item positions 2, 7-8, 11, 12, 22-25 are stored in block MMMLR. DID item positions 13-21 are stored in block MGPRO. The size of the variables. position Block Size 1,3,4,6,10 MVLRP 16 Bits 9 MTV 16 Bits 2,7-8,11-12,22 MMMLR 32 Bits 23-25 MMMLR 16 Bits 13-21 MGPRO 16 Bits Did item position 5 is spare.



5.129 PAGINGCNT (CME SS, CAPC7)

DID-name: PAGINGCNT DID-number: 129 Function: Paging counter Application: Blocks MBPAG, MUPAG, MPAG, MGPRO, MMMCS Position Contents 1 Number of first local page attempts (NPAG1LOTOT) 2 Number of first global page attempts (NPAG1GLTOT) 3 Number of repeated local page attempts (NPAG2LOTOT) 4 Number of repeated global page attempts (NPAG2GLTOT) 5 Number of page responses to first page (NPAG1RESUCC) 6 Number of page responses to repeated page (NPAG2RESUCC) 7 Number of unsuccessful page responses (includes unexpected page responses) (NPAGERR) 8 Number of first page attempts over Gs interface (NPAG1GPRSTOT) 9 Number of repeated page attempts over Gs interface (NPAG2GPRSTOT) 10 Number of page responses to first page over Gs interface (NPAG1GPRSSUCC) 11 Number of page responses to repeated page over Gs interface (NPAG2GPRSSUCC) 12 Number of paging failures over Gs interface (NPAGGPRSFAIL) 13 Number of MS Unreachable messages received as a response to a Paging Request message (NMSUNREACHGPRS) 14 Number of paging attempts for SMS (NPAGSMSTOT) 15 Number of successful paging responses for SMS (NPAGSMSRES) 16 Number of first local page attempts over Iu interface (NPAG1LOUTOT) 17 Number of first global page attempts over Iu interface (NPAG1GLTOT) 18 Number of repeated local page attempts over Iu interface (NPAG2LOTOT) 19 Number of repeated global page attempts over Iu interface (NPAG2GLTOT) 20 Number of page responses to first page over Iu interface (NPAG1RESUCC) 21 Number of page responses to repeated page over Iu interface (NPAG2RESUCC) 22 Number of unsuccessful page responses (includes unexpected page responses) over Iu interface (NPAGERR) MMMCS Iu-interface. PAGECONF/ACK 23 Number of page responses via A-interface



(NPAGARETOT) when paging is done via IU-interface in MUPAG. 24 Number of page responses via IU-interface (NPAGIURETOT) when paging is done via A-interface in MBPAG. Description: All the variables are stored as common data. The counters specified in DID positions 1 - 6 and 24 are stored in block MBPAG for A-interface. The counter specified in DID position 7 and 22 is stored in block MMMCS. The counters specified in DID positions 8 - 13 are stored in block MGPRO. The counter specified in DID position 14 and 15 are stored in block MPAG. The counters specified in DID positions 16 - 21 and 23 are stored in block MUPAG for Iu-interface. The size of the variables. position Block Size 1-6 MBPAG 16 Bits 24 MBPAG 32 Bits 7,22 MMMCS 16 Bits 8-13 MGPRO 16 Bits 1-8,14-15 MPAG 16 Bits 16-21,23 MUPAG 16 Bits



5.130 MTSMAPCNT (CME SS)

DID-name: MTSMAPCNT DID-number: 130 Function: Counters for MAP operations Application: Blocks in subsystem MTS, which are administrating or performing MAP operations: IWASCAP, IWMOAP, IWSCAP, GSMOSAP, GSMS, GAP, GSCTAP, MADAP, MAPVC, MECAP, MFDAP, MHOAP, MLCAP, MLUAP, MRESTAP, MRNAP, MSRAP, MSDAP, MSECAP3, MSMOAP, MSMTAP, MSMPAP, MSSPAP, MSSPAP2, MHOAP2, MUSSPAP, MSPUAP, MPROIAP, MPSLAP, MPELAP, MSSNOAP, MTRAP, MLUAP, MSRAP, MSLRAP, MHONAP, MHOAAP, MHPNAP, MSECAP. Position Contents 1 MAP operation identity (code) 2 Number of total requests of SubscriberLocationReport (NMAP1TOT) 3 Number of successful operations SubscriberLocationReport(first block) (NMAP1SUCC) 4 Number of unsuccessful SubscriberLocationReport due to local TCAP resource problem (NMAP1FLT) 5 Number of total requests of a MAP operation (second block) 6 Number of successful MAP operations (second block) 7 Number of unsuccessful MAP operations due to local TCAP resource problems (second block) 8 Number of total requests of a MAP operation (status counter) 9 Number of total requests of a MAP operation (third block) 10 Number of successful MAP operations (third block) 11 Number of unsuccessful MAP operations due to local TCAP resource problems (third block) Description: One record per MAP operation and MAP version. All the variables which are pointed out by the DID item positions are stored in a record, the number of records = number of MAP operations in the block. The variables are stored as common data if the block contains only one MAP operation. The MAP operations are identified by a code which is sent in DID MTSMAPTAB. All counters are not relevant for all of the MAP operations. DID item positions 1-4 are used for operations



Provide Subscriber Location (Block MPSLAP) and Perform Location (MPELAP). Positions 5-7 and 9-11 are used for the same MAP operation but in different blocks. Position 8 is used for the MAP operation "reset from HLR". Absolute value should be used in this case. The MAP operation "reset from HLR" is also sent in position 2 as peg counter. It is the same counter in the block in both cases. The size of the variables. DID position Block Size 1 MUSSPAP,MSPUAP 8 bits 2 - 4 MUSSPAP,MSPUAP, R-declared MECAP, MHONAP, MHOAAP, MFDAP, MHPNAP, MLCAP, MRESTAP, MSDAP, MSECAP,MSECAP3, MSSPAP, GAP. 5 MUSSPAP 16 bits 6 - 8 16 bits 9 - 11 MUSSPAP R-declared



5.131 SECURITYCNT

(CME SS, CAPC7)

DID-name: SECURITYCNT DID-number: 131 Function: Counters for security handling Application: Blocks MAUTH and MRRM,CMSEC Position Contents 1 Number of request attempts for authentication parameters from HLR 2 Number of successful requests for authentication parameters from HLR 3 Number of sent authentication requests 4 Number of successful authentications including check of SRES 5 Number of failed authentications due to invalid SRES 6 Number of authentication requests using used triplets 7 Number of ciphering mode setting attempts 8 Number of successful ciphering mode settings 9 Number of sent authentication requests with TMSI 10 Number of failed authentications with TMSI due to invalid SRES 11 Number of successful authentications with IMSI after failed TMSI authentication 12 Number of TMSI reallocation attempts 13 Number of unsuccessful TMSI reallocations 14 Number of authentication request messages to PP 15 Number of authentication reject messages received from PP 16 Number of authentication reply messages received from PP 17 Number of MM Cipher-Request message towards PP 18 Number of MM cipher reject messages received as answer to the message MM cipher request 19 Number of failed authentications due to invalid MAC 20 Number of failed authentications due to resynchronisation Description: All the variables are stored as common data. The size of the variables. Position Block Size 1-6 MAUTH R-declared 7,8 MRRM 16 bits 9-13 MAUTH R-declared 14-18 CMSEC 16 bits 19-20 MAUTH R-declared





5.132 SSCNT (CME SS)

DID-name: SSCNT DID-number: 132 Function: Counters for supplementary services Application: Blocks GRI, MRR, MSS, MTA, MTACC, MTBSS, MCCC, MUSSH, MTBCC & MCISS. Position Contents 1 SS identity (code) 2 Number of SS-interrogations handled by VLR without MAP operation to HLR excluding operator1 and operator2 3 Number of SS-invocations excluding operator1 and operator2 4 Number of SS-interrogations made by subscribers from operator1 in MSC/VLR 5 Number of SS-interrogations made by subscribers from operator2 in MSC/VLR 6 Number of SS-invocations for subscribers from operator1 in MSC/VLR or in GMSC 7 Number of SS-invocations for subscribers from operator2 in MSC/VLR or in GMSC 8 Number of retrievals of held call excluding operator1 and operator2 in MSC/VLR 9 Number of retrievals of held call for subscribers from operator1 in MSC/VLR 10 Number of retrievals of held call for subscribers from operator2 in MSC/VLR 11 Number of successful SS-invocations excluding operator1 and operator2 12 Number of successful SS-invocations for subscribers from operator1 in MSC/VLR or in GMSC 13 Number of successful SS-invocations for subscribers from operator2 in MSC/VLR or in GMSC Description: One record per supplementary service. All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of supplementary services in the block. The variables are stored as common data if the block contains counters for only one service. The supplementary services are identified by a code which will be translated to a slogan according to DID SSTAB. All counters are not relevant for all services. None of the counters are in more than one block. The size of the variables. DID position Block Size 1 MUSSH, MCISS 8 bits 2 MCISS 16 bits 2-4 MUSSH,MRR R-declared 4-5 MCISS 16 bits 6-7 MUSSH R-declared



8-10 16 bits 11-13 MUSSH 16 bits



5.133 BSCCNT (CME SS)

DID-name: BSCCNT DID-number: 133 Function: Counters for BSC statistics Application: Blocks MHO and MRRM Position Contents 1 Number handover required messages received 2 Number handover requests messages sent to the target BSC 3 Number of successful incoming handovers to the BSC 4 Number of successful outgoing handovers from the BSC 5 Number of successful internal intra BSS handovers (handover performed) 6 Number of received reset messages. 7 Number of A-interface circuit pool number mismatch per BSC at channel assignment completion or handover completion 8 Number of channel assignment failure or handover failure per BSC due to A-interface circuit pool mismatch reason 9 Number of channel assignment failure or handover failure per BSC due to A-interface switch circuit pool reason 10 Number of external intra BSS handover attempted per BSC for A-interface circuit pool handling reasons 11 Number of initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to FR. 12 Number of successful initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to FR. 13 Number of initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to HR. 14 Number of successful initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to HR. 15 Number of initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to Dual FR. 16 Number of successful initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to Dual FR and FR assigned. 17 Number of successful initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to Dual FR and HR assigned. 18 Number of initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to Dual HR. 19 Number of successful initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to Dual HR and FR assigned.



20 Number of successful initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to Dual HR and HR assigned. 21 Number of initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to Dual. 22 Number of successful initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to Dual and FR assigned. 23 Number of successful initial channel assignments per BSC with Channel Rate and Type in ASSIGNMENT REQUEST equal to Dual and HR assigned. 24 Number of initial channel assignments with channel rate and type in ASSIGNMENT REQUEST indicating a multi-slot configuration 25 Number of successful initial channel assignments with channel rate and type in ASSIGNMENT REQUEST indicating a multi-slot configuration Description: One record per BSC in the blocks. The BSC file is size alterable (SAE 255). In practice it is normal to have 50 records in the BSC file. The pointer for a BSC is the same in all blocks. This DID is associated to the translation DID BSCTAB which is implemented in the subsystem MDS. DIDINFO for positions 7 to 10 is associated with circuit pools for A-interface in MSC/VLR and is turned on by exchange dependant parameter. DIDINFO for positions 11 to 20 is associated with Half Rate functionality which is turned on by exchange dependant parameter. DIDINFO for positions 21 to 23 is associated with Speech Coders functionality which is turned on by exchange dependant parameter. The size of the variables. DID position Block Size 1,2,5,6 MRRM 16 bits 3 - 4 MHO R-declared 7 - 9 MRRM 16 bits 10 MHO R-declared 11 - 25 MRRM 16 bits



5.134 MTSMAPTAB (CME SS)

MTSMAPTAB

DID-name: MTSMAPTAB DID-number: 134 Function: MAP translation table for MTS Application: Blocks subsystem MTS, which are administrating or performing MAP operations: IWASCAP, IWMOAP, IWSCAP GSMOSAP, GSMS, GAP, GSCTAP, MADAP, MECAP, MFDAP, MHOAP, MLCAP, MLUAP, MRESTAP, MRNAP, MSRAP, MSDAP, MSECAP3, MSMOAP, MSMTAP, MSMPAP, MSSPAP, MSSPAP2, MHOAP2, MUSSPAP, MSPUAP, MPSLAP, MPELAP, MSSNOAP, MTRAP, MLUAP, MSRAP, MSLRAP. Position Contents 1 MAP operation identity (code) 2 Symbolic name of the MAP operation (slogan) New relation between codes, slogans and MAP operations for MSLRAP: Code Slogan MAP operations Blocks 123 SUBLOCR3 Subscriber Location Report (MAP V3) MSLRAP Description: Translation from MAP operation code to MAP operation slogan. This translation is used for MAP operation statistics (DID: MTSMAPCNT). The size of the variables. DID item position: 1 = 8 bits. DID item position: 2 = string 15 characters The relation between codes and MAP operations was controlled by the documents 87/155 16-ANT 219 07 Uen Rev B and now by 6/155 19-1/APT 210 15/6 which was last approved by PC-STS at revision A.



5.135 SSTAB (CME SS)

DID-name: SSTAB DID-number: 135 Function: Subscriber service translation table Application: Blocks GRI, MRR, MSS, MTA, MTACC, MTBSS, MCCC, MUSSH & MCISS Position Contents 1 SS identity (code) 2 Symbolic name of supplementary service (slogan) Description: Translation from Supplementary Service code to SS-slogan. This translation is used for Supplementary Service counters (DID: SSCNT). The size of the variables. DID item position: 1 = 8 bits. DID item position: 2 = string 7 characters The relation between codes and operations is defined in and controlled by the document 6/155 19-1/APT 210 15/6 which was last approved by PC-STS at revision PA3.



5.136 BSCTAB (CME SS)

DID-name: BSCTAB DID-number: 136 Function: BSC translation table Application: Block MTRAN Position Contents 1 State (undefined/defined) 2 Symbolic BSC name Description: Translation from BSC pointer to symbolic name. State indicates whether the BSC is undefined (=0) or defined (=1). One record per BSC. The size of the variables. DID item position 1 = 1 bit. DID item position 2 = string 7 characters



5.137 C7SCPERFCNT (STD)

DID-name: C7SCPERFCNT DID-number: 137 Function: Counters for SCCP Performance. Application: Blocks C7SRM, C7SRMH and C7CO. Position Contents 1 Routing Failure, No translation for address of such nature. 2 Routing Failure, No translation for this specific address. 3 Routing Failure, Subsystem failure. 4 Routing Failure, Unequipped user. 5 Routing Failure, Network Failure. 6 Routing Failure, Network Congestion. 7 Routing Failure, Unqualified. 8 Syntax error detected. 9 Total number of policed messages by the SCCP policing function. 10 Number of not allowed messages by the SCCP policing function. Description: All the variables are common stored data. The counters specified in DID positions 1 - 6 are stored in the block C7SRM. Counter in DID positions 7 - 8 are stored in the blocks C7SRM, C7SRMH and C7CO. Counter in DID positions 9 - 10 are stored in the blocks C7SRMH and C7CO. The size of the variables : position Block Size 1-6 C7SRM 16 Bits 7-8 C7SRM,C7CO, C7SRMH 16 Bits 9-10 C7SRMH,C7CO 32 Bits



5.138 C7SCQOSCNT (STD)

DID-name: C7SCQOSCNT DID-number: 138 Function: Counters for SCCP Quality of service. Application: Blocks C7SRMH, C7SM, C7CL and C7CO Position Contents 1 UDT messages sent to MTP. 2 UDTS messages sent to MTP. 3 UDT messages received from MTP. 4 UDTS messages received from MTP. 5 CR messages sent to MTP. 6 CREF messages sent to MTP. 7 CR messages received from MTP. 8 CREF messages received from MTP. 9 ERR messages sent to MTP. 10 ERR messages received from MTP. 11 XUDT messages sent to MTP 12 XUDTS messages sent to MTP 13 XUDT messages received from MTP 14 XUDTS messages received from MTP 15 LUDT messages sent to MTP 16 LUDTS messages sent to MTP 17 LUDT messages received from MTP 18 LUDTS messages received from MTP Description: All the variables are common stored data. The item positions 1,11 and 15 are stored in block C7CL. The item positions 5,6 and 9 are stored in block C7CO. The item positions 1,2,3,4,7,8,10,11,12,13,14,15,16,17 and 18 are stored in block C7SRMH. The item position 1 is stored in block C7SM. The size of the variables : position Block Size 1 C7CL,C7SM 32 Bits 11,15 C7CL 32 Bits 5,6,9 C7CO 32 Bits 1-4,7-8, 10-18, C7SRMH 32 Bits



5.139 C7SCSSNUSECNT (STD)

DID-name: C7SCSSNUSECNT DID-number: 139 Function: Counters for SCCP Subsystem utilization. Application: Blocks C7SRM, C7CL, C7CO and C7SM. Position Contents 1 State. 2 DT1 terminating per local SSN. 3 UDT/XUDT/LUDT terminating class 0 per local SSN. 4 UDT/XUDT/LUDT terminating class 1 per local SSN. 5 UDT/XUDT/LUDT originating class 0 per local SSN. 6 UDT/XUDT/LUDT originating class 1 per local SSN. 7 UDT originating class 1 per local SSN. 8 Total connection oriented messages originating per destination SSN. 9 Total connectionless messages originating per destination SSN. 10 Total incoming intermediate node connection oriented messages per destination SSN. 11 Total intermediate node connectionless messages per destination SSN. 12 Total outgoing intermediate node connection oriented messages per destination SSN. 13 Total connection oriented messages terminating per local SSN. 14 Total connectionless messages terminating per local SSN. Description: One record per SSN, which pointer is equal to SSN, in the blocks C7CO, C7CL, C7SM and C7SRM. Item position 1 is a state value to indicate if the record information is valid (=1) or not (=0). That means if the SSN is defined or not. That variable is stored in the blocks C7CO, C7CL, C7SM and C7SRM. Item positions 2,3,8,10,12 and 13 are stored in the block C7CO. Item position 5 and 7 are stored in the block C7CL. Item position 4,6 and 14 are stored in C7CL and C7SM. Item position 9 is stored in blocks C7SRM, C7CL and C7SM. Item position 11 is stored in block C7SRM. The size of the variables : position Block Size 1 ALL 1 Bit 2,3,8,10,12 13 C7CO 32 Bits



5,7 C7CL 32 Bits 4,6,14 C7CL ,C7SM 32 Bits 9 C7SRM,C7CL C7SM 32 Bits 11 C7SRM 32 Bits



5.140 C7SCUSECNT (STD)

DID-name: C7SCUSECNT DID-number: 140 Function: Counters for SCCP Utilization. Application: Blocks C7SRM, C7SRMH, C7CL, C7CO, C7SM and C7BM. Position Contents 1 Total messages handled from local or remote subsystem. 2 Messages requiring global title translation. 3 Total messages sent for connectionless class 0. 4 Total messages sent for connectionless class 1. 5 Total messages received for connectionless class 0. 6 Total messages received for connectionless class 1. 7 Total number of simultaneous connection sections. 8 Total number of simultaneous buffers of 256 octets 9 Total number of simultaneous buffers of 512 octets 10 Total number of simultaneous buffers of 1024 octets 11 Total number of simultaneous buffers of 2048 octets Description: All the variables are common stored data. The item position 1 is stored in the blocks C7CO, C7CL, C7SM and C7SRM. Item positions 2,5 and 6 are stored in the block C7SRM. Item positions 3 is stored in the block C7CL, C7SM and C7SRM. Item positions 4 is stored in the block C7CL and C7SRM. Item position 7 is stored in the block C7CO. Item positions 8,9,10 and 11 are stored in the block C7BM. The size of the variables : position Block Size 1 C7CO,C7CL C7SM,C7SRM 32 Bits 2,5,6 C7SRM 32 Bits 3 C7SRM,C7SM C7CL 32 Bits 4 C7SRM,C7CL 32 Bits 7 C7CO 16 Bits 8-11 C7BM 16 Bits





5.141 C7SCSIGPCNT (STD, CAPC7)

DID-name: C7SCSIGPCNT DID-number: 141 Function: Counter for messages sent to a backup node. Application: Block C7SRM Position Contents 1 State 2 Messages sent a backup node. Description: One record per signalling point in the block C7SRM. This DID is associated with the translation table C7SCSPTAB. DID position 1 indicates whether the individual is active or inactive for ITU-T, China or Japan SCCP. Values are: 0 Invalid for ITU-T, China and Japan SCCP 1 Defined for ITU-T or China SCCP 2 Defined for Japan SCCP The size of the variables: DID item position 1 = 2 bits DID item position 2 = 32 bits



5.142 C7SCSPTAB (STD)

DID-name: C7SCSPTAB DID-number: 142 Function: Translation table for 14/16 or 24 bit signalling point. Application: Block C7SM Position Contents 1 Network Indicator 2 Signalling Point Code 3 Address string (NI-SPC) or (NI-MSA-SSA-CSP) Description. Translation from signalling point pointer to network address. Network address is designated as follow: NI-SPC Example: 2-40 The Translation table SCCPFORMTAB will indicate whether a particular switch will use the old format of adress string or the new format using DID position 3 which contains up to 16 BCD characters. The external address should be presented as: NI-SPC or NI-MSA-SSA-CSP The variables are stored in the record per signalling point in the block C7SM. This translation table is associated to the DID C7SCSIGPCNT. The variables are specified in binary code. The size of the variables. Position Block Size 1 C7SM 2 bits 2 C7SM 16 bits 3 C7SM 16 BCD Character String



5.143 C7TCMSGCNT (STD)

DID-name: C7TCMSGCNT DID-number: 143 Function: Counters for TCAP messages Application: Block C7TCP Position Contents 1 Number of messages sent 2 Number of messages received Description: One record per message type. All the variables (which are pointed out by the DID item positions) are stored in record, the number of records = number of TCAP message types The TCAP message types are identified by the pointer. The size of the variables: DID item positions 1-2 = 16 bits This counter DID is associated to the translation table C7TCMSGTAB.



5.144 C7TCCMPCNT (STD)

DID-name: C7TCCMPCNT DID-number: 144 Function: Counters for components Application: Block C7TCP Position Contents 1 Number of components sent 2 Number of components received Description: One record per component type All the variables (which are pointed out by the DID item positions) are stored in record, the number of records = number of component types The component types are identified by the pointer. The size of the variables: DID item positions 1-2 = 16 bits This counter DID is associated to the translation table C7TCCMPTAB.



5.145 C7TCTOTAL (STD)

DID-name: C7TCTOTAL DID-number: 145 Function: TCAP Utilization Measurements Application: Block C7TCP and C7TCBM Position Contents 1 Total number of simultaneous TCAP dialogue individuals 2 Total number of simultaneous TCAP operations 3 Total number of simultaneous TCAP buffers Description: All the variables are common stored data. The size of the variables: DID item positions 1-3 = 16 bits



5.146 C7TCABOCNT (STD)

DID-name: C7TCABOCNT DID-number: 146 Function: Counters for protocol errors in transaction portion Application: Block C7TCP Position Contents 1 Number of P-Abort messages sent 2 Number of P-Abort messages received 3 Number of protocol error situations not resulting in abort sending Description: One record per P-Abort cause All the variables (which are pointed out by the DID item positions) are stored in record, the number of records = number of P-Abort causes The P-Abort causes are identified by the pointer. The size of the variables: DID item positions 1-3 = 16 bits This counter DID is associated to the translation table C7TCABOTAB.



5.147 C7TCREJCNT (STD)

DID-name: C7TCREJCNT DID-number: 147 Function: Counters for protocol errors in component portion Application: Block C7TCP Position Contents 1 Number of situations when protocol error is detected by TCAP 2 Number of rejects sent by TC-user 3 Number of rejects received by TC-user Description: One record per problem code. All the variables (which are pointed out by the DID item positions) are stored in record, the number of records = number of problem codes The problem codes are identified by the pointer. The size of the variables: DID item positions 1-3 = 16 bits This counter DID is associated to the translation table C7TCREJTAB.



5.148 C7TCMSGTAB (STD)

DID-name: C7TCMSGTAB DID-number: 148 Function: Translation table for message types, Application: Block C7TCP Position Contents 1 Symbolic name of the message type (slogan) Description: The size of the variables. DID item position: 1 = string 7 characters This translation table is associated to the DID, C7TCMSGCNT. Relation between slogans and message types: Slogan Message type 1 BEGINM Begin message 2 CONTINM Continue message 3 ENDM End message 4 UABORTM U-abort message 5 PABORTM P-abort message 6 UNIM Uni message 7 MRETURN Message Return



5.149 C7TCCMPTAB (STD)

DID-name: C7TCCMPTAB DID-number: 149 Function: Translation table for component types, Application: Block C7TCP Position Contents 1 Symbolic name of the component type (slogan) The size of the variables. DID item position: 1 = string 7 characters This translation table is associated to the DID, C7TCCMPCNT. Relation between slogans and component types: Slogan Component type 1 INVOKE Invoke 2 RESULT Result 3 REJECT Reject 4 ERROR Error



5.150 C7TCABOTAB (STD)

DID-name: C7TCABOTAB DID-number: 150 Function: Translation table for P-Abort causes, Application: Block C7TCP Position Contents 1 Symbolic name of the P-Abort cause (slogan) The size of the variables. DID item position: 1 = string 7 characters This translation table is associated to the DID, C7TCABOCNT. Relation between slogans and P-Abort causes: Slogan P-Abort cause 1 URECMST Unrecognized message type 2 INCORTP Incorrect TP 3 BFORMTP Badly formatted TP 4 URECTID Unrecognized TID 5 RESLIM Resource limitation



5.151 C7TCREJTAB (STD)

DID-name: C7TCREJTAB DID-number: 151 Function: Translation table for problem codes Application: Block C7TCP Position Contents 1 Symbolic name of the problem code (slogan) The size of the variables. DID item position: 1 = string 7 characters This translation table is associated to the DID, C7TCREJCNT. Relation between slogans and problem codes: Slogan Problem code 1 UNRECC Unrecognized component 2 MISTC Mistyped component 3 BSTRUCC Badly structured component 4 URECLI Unrecognized linked ID 5 URECII Unrecognized invoked ID 6 RRUNEXP Return result (RR) unexpected 7 REURECI Unrecognized invoked ID (RE) 8 REUNEXP Return error (RE) unexpected 9 URECREJ Unrecognised invoked ID (Reject Problem) 10 DUPLII Duplicate invoke ID 11 URECOP Unrecognized operation 12 MISTP Mistyped parameter 13 RESLIM Resource limitation 14 INITREL Initiating release 15 LREUEXP Linked response unexpected 16 UEXPLOP Unexpected linked operation 17 URECE Unrecognized error 18 UEXPE Unexpected error 19 MISTPRR Mistyped parameter, return result 20 MISTPRE Mistyped parameter, return error Slogans 1-8 belong to TCAP problem codes. Slogans 9-19 belong to TC-user problem codes.



5.152 C7SL1CNT (STD)

DID-name: C7SL1CNT DID-number: 152 Function: Counters on the signalling link level Application: Block C7SL2 & J7SL Position Contents 1 State (SLSTAT) 2 Duration of link in (ASLDUR) In-Service state in seconds 3 Number of occurances of (NSLALPRFL) SL Alignment or Proving failure 4 Number of signal units (NSUERR) in error (STD) or Number of normalised signal units in error (CMS30) 5 Number of negative (NNAREC) acks. received 6 Number of occurances of (CHOVERS) local automatic changeover 7 Duration of SL (UNAVAILDUR) unavailability (all reasons) in seconds 8 Duration of SL (LOCINHDUR) inhibition due to local mgt. action in seconds 9 Duration of SL (REMINHDUR) inhibition due to remote mgt. action in seconds 10 Duration of SL (UNAVSLFDUR) unavailability due to link failure in seconds 11 Duration of SL (UNAVRBLDUR) unavailability due to remote P.O. in seconds 12 Number of occurances of (LINHNO) Local Mgt. Inhibit 13 Number of occurances of (RINHNO) Local Mgt. Uninhibit 14 Duration of local (LBUSDUR) busy in 100 ms units 15 Number of SIF and SIO (NSIFTR) octets transmitted 16 Number of occurances of (NORTRO) octets retransmitted 17 Number of MSU's (NMSUTR) transmitted 18 Number of SIF and SIO (NSIFSRE) octets received 19 Number of MSU's (NMSURE) received Description To identify these counters the DID C7SLTAB is required. One record per signalling link (1-1022). Records are identified by signalling link pointer (SLP). DID position 1 indicates whether the individual is active or



inactive for C7MTP or J7MTP, values are: 0 Invalid for C7MTP or J7MTP 1 Defined for C7MTP 2 Defined for J7MTP. DID item positions 4, 5, 11, 14, 17 and 19 are not valid for HSL neither for ATM. The size of the variables. Position Block Size 1 C7SL2,J7SL 2 bits 2 - 14 C7SL2,J7SL 16 bits 15 - 19 C7SL2,J7SL 32 bits



5.153 C7SL2CNT (STD)

DID-name: C7SL2CNT DID-number: 153 Function: Counters on the signalling link level. Application: Block C7SL2 & J7SL Position Contents 1 State (SLSTAT) 2 Number of (CONCNT1) SL congestion indications level 1 3 Number of (CONCNT2) SL congestion indications level 2 4 Number of (CONCNT3) SL congestion indications level 3 5 Cumulative duration (CONDUR1) of SL congestion level 1 in seconds 6 Cumulative duration (CONDUR2) of SL congestion level 2 in seconds 7 Cumulative duration (CONDUR3) of SL congestion level 3 in seconds 8 Number of (DISMSU1) MSU's discarded due to SL congestion level 1 9 Number of (DISMSU2) MSU's discarded due to SL congestion level 2 10 Number of (DISMSU3) MSU's discarded due to SL congestion level 3 11 Number of congestion (LOFMSU1) events resulting in loss of MSU's level 1 12 Number of congestion (LOFMSU2) events resulting in loss of MSU's level 2 13 Number of congestion (LOFMSU3) events resulting in loss of MSU's level 3 14 Number of indications of (CONSTOP1) stop of SL congestion level 1 15 Number of indications of (CONSTOP2) stop of SL congestion level 2 16 Number of indications of (CONSTOP3) stop of SL congestion level 3 Description: To identify these counters DID C7SLTAB is required. One record per signalling link (1-1022). Records are identified by signalling link pointer (SLP). DID position 1 is a 1 bit variable. DID positions 2-16 are 16 bit variables. DID position 1 indicates whether the individual is active or inactive for C7MTP or J7MTP, values are: 0 Invalid for C7MTP or J7MTP 1 Defined for C7MTP 2 Defined for J7MTP



DID item positions 8, 9, 10, 11, 12 and 13 are not valid for HSL neither for ATM. The size of the variables. Position Block Size 1 C7SL2,J7SL 2 bits 2 - 16 C7SL2,J7SL 16 bits



5.154 C7SLTAB (STD)

DID-name: C7SLTAB DID-number: 154 Function: Translation table between signalling link pointers and network addresses Application: Block C7SL2 & J7SL Position Contents 1 Network Indicator (NI) 2 Signalling Point Code (SPC) 3 Signalling Link Code (SLC) 4 Address string (NI-SPC-SLC) Description: One record per signalling link (1-1022). Records are identified by signalling link pointer (SLP). NI has the range 0 upto 3. SPC has the range 0 up to 16383 when Type of MTP is C7MTP, and the range 0 up to 65535 when Type of MTP is J7MTP. SLC has the range 0 up to 15. The output will look as follows: NI-SPC-SLC 1-75-4 DID position 4 will have a value of '1A75A4FFFFFFFFFF' for the above network address. Position Block Size 1 & 3 C7SL2,J7SL 4 bits 2 C7SL2,J7SL 16 bits 4 C7SL2,J7SL 16 Chararter BCD string



5.155 C7SLSETCNT (STD)

DID-name: C7SLSETCNT DID-number: 155 Function: Counters on the signalling linkset level Application: Block C7LS2& J7LS Position Contents 1 State (LSSTAT) 2 Duration of (STUNADURAT) unavailability of signalling linkset in seconds Description: To identify these counters DID C7SLSETTAB is required. One record per linkset (1-1022). Records are identified by signalling linkset pointer (LSP). Position 1 indicates whether the individual is active or inactive for C7MTP or J7MTP, values are: 0 Invalid for C7MTP or J7MTP 1 Defined for C7MTP 2 Defined for J7MTP The size of the variables. Position Block Size 1 C7LS2,J7LS 2 bits 2 C7LS2,J7LS 16 bits



5.156 C7SLSETTAB (STD)

DID-name: C7SLSETTAB DID-number: 156 Function: Translation table between signalling linkset pointers and network addresses Application: Block C7LS2 Position Contents 1 Network Indicator (NI) 2 Signalling Point Code (SPC) 3 Address string (NI-SPC) Description: One record per linkset (1-1022). Records are identified by signalling linkset pointer (LSP). NI has the range 0 upto 3. SPC has the range 0 upto 16383 when Type of MTP is C7MTP, and the range 0 upto 65535 when Type of MTP is J7MTP. The output will look as follows: NI-SPC 1-75 DID position 3 will have a value of '1A75FFFFFFFFFFFF' for the above network address. The size of the variables. Position Block Size 1 C7LS2,J7SL 4 bit 2 C7LS2,J7SL 16 bits 3 C7LS2,J7SL 16 Chararter BCD string



5.157 C7RTSETCNT (STD)

DID-name: C7RTSETCNT DID-number: 157 Function: Counters on the signalling routeset level Application: Block C7DP2 & J7DP Position Contents 1 State (DPSTAT) 2 Number of occurances of (STINACNT) unavailability of route set to a given destination or set of destinations 3 Duration of unavailability (STINADURAT) of routeset to a given destination or set of destinations in seconds. Description: To identify these counters the DID C7SPTAB is required. One record per signalling point (16-4095,a total of 4080 records including record 16). Records 0-15 will not be the used since they are defined for OWNSP.No counters will be stored in these records. Records are identified by signalling point pointer (SPP). Individuals are identified by signalling network address. DID position 1 indicates whether individual is active or inactive for C7MTP or J7MTP, values are: 0 Invalid for C7MTP or J7MTP 1 Defined for C7MTP 2 Defined for J7MTP The size of the variables. Position Block Size 1 C7LS2,J7DP 2 bits 2 - 3 C7LS2,J7DP 16 bits



5.158 C7SPTAB (STD)

DID-name: C7SPTAB DID-number: 158 Function: Translation table between signalling point pointers and network addresses Application: Block C7DR2 & J7DR Position Contents 1 Network Indicator (NI) 2 Signalling Point Code (SPC) 3 Address string (NI-SPC) Description: One record per signalling point (16-4095,a total of 4080 records including record 16). Records 0-15 will not be the used since they are defined for OWNSP. Individuals are identified by signalling network address. Records are identified by signalling point pointer (SPP). NI has the range 0 upto 3. SPC has the range 0 upto 16383 when Type of MTP is C7MTP, and the range 0 upto 65535 when Type of MTP is J7MTP. The output will look as follows: NI-SPC 1-75 DID position 3 will have a value of '1A75FFFFFFFFFFFF' for the above network address. Position Block Size 1 C7DR2,J7DR 4 bit 2 C7DR2,J7DR 16 bits 3 C7DR2,J7DR 16 Chararter BCD string



5.159 C7ADJSLPCNT (STD)

DID-name: C7ADJSLPCNT DID-number: 159 Function: Counters for an adjacent signalling point Application: Block C7DP2 & J7DP Position Contents 1 State (DPLSSTA) 2 Number of times that (ASPINA) adjacent SP becomes inaccessible 3 Duration of adjacent (ASPADUR) SP inaccessible in seconds Description: One record per linkset (1-1022). Records are identified by linkset pointer (LSP). Individuals are identified by signalling network address. DID position 1 is a 1 bit variable. DID positions 2 and 3 are 16 bit variables. DID position 1 indicates whether the individual is active or inactive for C7MTP or J7MTP, values are: 0 Invalid for C7MTP or J7MTP 1 Defined for C7MTP 2 Defined for J7MTP The linkset pointer is used to access the translation table C7SLSETTAB. The size of the variables. Position Block Size 1 C7DP2,J7DP 2 bits 2 - 3 C7DP2,J7DP 16 bits



5.160 C7OPCCNT (STD)

DID-name: C7OPCCNT DID-number: 160 Function: Counters for a given OPC Application: Block C7DR2 & J7DR Position Contents 1 State (C1STAT) 2 Number of SIF and SIO octets received with (ROPC) given OPC Description: To identify these counters DID C7OPCTAB is required. Records are identified by counter record pointer (CPTR1) Individuals are identified by signalling network address. There are 128 records (each counter type can be defined up to 128 times).The record pointer is translated into the counter addresses which are in C7OPCTAB. DID position 1 indicates whether the individual is active or inactive for C7MTP or J7MTP, values are: 0 Invalid for C7MTP or J7MTP 1 Defined for C7MTP 2 Defined for J7MTP The size of the variables. Position Block Size 1 C7DR2,J7DR 2 bits 2 C7DR2,J7DR 32 bits



5.161 C7OPCTAB (STD)

DID-name: C7OPCTAB DID-number: 161 Function: Translation table between record pointers of DID position 2 in DID "C7OPCCNT" and network addresses Application: Block C7DR2 & J7DR Position Contents 1 Network Indicator (NI) 2 Originating Point Code (OPC) 3 Address string (NI-OPC) Description: Records are identified by counter record pointer (CPTR1). Individuals are identified by signalling network address. NI has the range 0 upto 3. OPC has the range 0 upto 16383 when Type of MTP is C7MTP, and a range 0 upto 65535 when Type of MTP is J7MTP. The output will look as follows: NI-OPC 1-75 DID position 3 will have a value of '1A75FFFFFFFFFFFF' for the above network address. The size of the variables. Position Block Size 1 C7DR2,J7DR 4 bit 2 C7DR2,J7DR 16 bits 3 C7DR2,J7DR 16 Chararter BCD string



5.162 C7DPCCNT (STD)

DID-name: C7DPCCNT DID-number: 162 Function: Counters for a given DPC Application: Block C7DR2 & J7DR Position Contents 1 State (C2STAT) 2 Number of SIF and SIO (TDPC) octets transmitted with given DPC Description: To identify these counters DID C7DPCTAB is required. Records are identified by counter record pointer (CPTR2). Individuals are identified by signalling network address. There are 128 records (each counter type can be defined upto 128 times).The record pointer is translated into the counter addresses which are in C7DPCTAB. DID position 1 indicates whether the individual is active or inactive for C7MTP or J7MTP, values are: 0 Invalid for C7MTP or J7MTP 1 Defined for C7MTP 2 Defined for J7MTP The size of the variables. Position Block Size 1 C7DR2,J7DR 2 bits 2 C7DR2,J7DR 32 bits



5.163 C7DPCTAB (STD)

DID-name: C7DPCTAB DID-number: 163 Function: Translation table between record pointers of DID position 2 in DID "C7DPCCNT" and network addresses Application: Block C7DR2 & J7DR Position Contents 1 Network Indicator (NI) 2 Destination Point Code (DPC) 3 Address string (NI-DPC) Description: Records are identified by counter record pointer (CPTR2). Individuals are identified by signalling network address. NI has the range 0 upto 3. DPC has the range 0 upto 16383 when Type of MTP is C7MTP and a range 0 upto 65535 when Type of MTP is J7MTP. The output will look as follows: NI-DPC 1-75 DID position 3 will have a value of '1A75FFFFFFFFFFFF' for the above network address. The size of the variables. Position Block Size 1 C7DR2,J7DR 4 bit 2 C7DR2,J7DR 16 bits 3 C7DR2,J7DR 16 Chararter BCD string



5.164 C7SIOCNT (STD)

DID-name: C7SIOCNT DID-number: 164 Function: Counters for given SI Application: Block C7DR2 Position Contents 1 State (C3STAT) 2 Number of SIF and SIO octets handled (HSIFSIO) (received and transmitted) with given SI. Description: There are 32 records.ITU-T and China use 16 of the records and Japan the remaining 16. Records are identified by counter record pointer (SIOPTR). Individuals are identified by SI and MTP variant. DID position 1 indicates whether the individual is active or inactive for ITU-T, China or Japan MTP. Values are: 0 Invalid for both ITU-T, China and Japan MTP 1 Defined for ITU-T or China MTP 2 Defined for Japan MTP The size of the variables. Position Block Size 1 C7DR2 2 bits 2 C7DR2 32 bits



5.165 C7OPCSIOCNT (STD)

DID-name: C7OPCSIOCNT DID-number: 165 Function: Counters for given OPC+SIO Application: Block C7DR2 & J7DR Position Contents 1 State (C4STAT) 2 Number of SIF and SIO (ROPCSIO) octets received with given OPC+SIO Description: To identify these counters DID C7OPCSIOTAB is required. Records are identified by counter record pointer (CPTR4). Individuals are identified by signalling network address. There are 128 records (each counter type can be defined upto 128 times).The record pointer is translated into the counter addresses which are in C7OPCSIOTAB. DID position 1 indicates whether the individual is active or inactive for C7MTP or J7MTP, values are: 0 Invalid for C7MTP or J7MTP 1 Defined for C7MTP 2 Defined for J7MTP The size of the variables. Position Block Size 1 C7DR2,J7DR 2 bits 2 C7DR2,J7DR 32 bits



5.166 C7OPCSIOTAB (STD)

DID-name: C7OPCSIOTAB DID-number: 166 Function: Translation table between record pointers of DID position 2 in DID "C7OPCSIOCNT" and network addresses Application: Block C7DR2 & J7DR Position Contents 1 Network Indicator 2 Originating Point Code 3 Service Indicator 4 Address string (NI-OPC-SI) Description: Records are identified by counter record pointer (CPTR4). Individuals are identified by signalling network address. NI has the range 0 upto 3. OPC has the range 0 upto 16383 when Type of MTP is C7MTP and range 0 upto 65535 when Type of MTP is J7MTP. SI has the range 0 upto 15. The output will look as follows: NI OPC SI 1-75-5 DID position 4 will have a value of '1A75A5FFFFFFFFFF' for the above network address. The size of the variables. Position Block Size 1 & 3 C7DR2,J7DR 4 bit 2 C7DR2,J7DR 16 bits 4 C7DR2,J7DR 16 Chararter BCD string



5.167 C7DPCSIOCNT (STD)

DID-name: C7DPCSIOCNT DID-number: 167 Function: Counters for given DPC+SIO Application: Block C7DR2 & J7DR Position Contents 1 State (C5STAT) 2 Number of SIF and SIO (TDPCSIO) octets transmitted with given DPC and SIO Description To identify these counters DID C7DPCSIOTAB is required. Records are identified by counter record pointer (CPTR5). Individuals are identified by signalling network address. There are 128 records (each counter type can be defined upto 128 times).The record pointer is translated into the counter addresses which are in C7DPCSIOTAB. DID position 1 indicates whether the individual is active or inactive for C7MTP or J7MTP, values are: 0 Invalid for C7MTP or J7MTP 1 Defined for C7MTP 2 Defined for J7MTP The size of the variables. Position Block Size 1 C7DR2,J7DR 2 bits 2 C7DR2,J7DR 32 bits



5.168 C7DPCSIOTAB (STD)

DID-name: C7DPCSIOTAB DID-number: 168 Function: Translation table between record pointers in DID position 2 in DID "C7DPCSIOCNT" and network addresses Application: Block C7DR2 & J7DR Position Contents 1 Network Indicator (NI) 2 Destination Point Code (DPC) 3 Service Indicator 4 Address string (NI-DPC-SI) Description : Records are identified by counter record pointer (CPTR5). Individuals are identified by signalling network address. NI has the range 0 upto 3. DPC has the range 0 upto 16383 when Type of MTP is C7MTP and range 0 upto 65535 when Type of MTP is J7MTP. SI has the range 0 upto 15. The output will look as follows: NI-DPC-SI 1-75-5 DID position 4 will have a value of '1A75A5FFFFFFFFFF' for the above network address. The size of the variables. Position Block Size 1 & 3 C7DR2,J7DR 4 bit 2 C7DR2,J7DR 16 bits 4 C7DR2,J7DR 16 Chararter BCD string



5.169 C7ODSCNT (STD)

DID-name: C7ODSCNT DID-number: 169 Function: Counters for given OPC+DPC+SIO Application: Block C7DR2 & J7DR Position Contents 1 State (C6STAT) 2 LS/NI (network indicator of linkset) 3 LS/SPC (signalling point code of linkset) 4 Number of SIF and SIO (HOPCDPCSIO) Octets handled with given OPC+DPC+SIO (with the option to specify an incoming LS). Description: To identify these counters DID C7ODSTAB is required. Records are identified bu counter record pointer (CPTR6). Individuals are identified by signalling network address. There are 128 records (each counter type can be defined upto 128 times).The record pointer is translated into the counter addresses which are in C7ODSTAB. LS/NI has the range 0 upto 3. LS/SPC has the range 0 upto 16383. DID position 1 indicates whether the individual is active or inactive for C7MTP or J7MTP, values are: 0 Invalid for C7MTP or J7MTP 1 Defined for C7MTP 2 Defined for J7MTP The size of the variables. Position Block Size 1 C7DR2,J7DR 2 bits 2 C7DR2,J7DR 4 bits 3 C7DR2,J7DR 16 bits 4 C7DR2,J7DR 32 bits



5.170 C7ODSTAB (STD)

DID-name: C7ODSTAB DID-number: 170 Function: Translation table between record pointers in DID position 2 in DID "C7ODSCNT" and network addresses Application: Block C7DR2 & J7DR Position Contents 1 Network Indictor (NI) 2 Originating Point Code (OPC) 3 Destination Point Code (DPC) 4 Service Indicator (SI) 5 Address string (NI-OPC-DPC-SI) Description: Records are identified by counter record pointer (CPTR6). Individuals are identified by signalling network address. NI has the range 0 upto 3. OPC has the range 0 upto 16383 when Type of MTP is C7MTP, and range 0 upto 65535 when Type of MTP is J7MTP. DPC has the range 0 upto 16383 when Type of MTP is C7MTP, and range 0 upto 65535 when Type of MTP is J7MTP. SI has the range 0 upto 15. The output will look as follows: NI-OPC-DPC-SI LS/NI LS/SPC Counter name 0-16383-16383-15 1 16383 123 DID position 5 will have a value of '0A16383A16383A15' for the above network address. The size of the variables. Position Block Size 1 & 4 C7DR2,J7DR 4 bit 2 - 3 C7DR2,J7DR 16 bits 4 C7DR2,J7DR 16 Chararter BCD string



5.171 C7RTTOTALCNT (CCS)

DID-name: C7RTTOTALCNT DID-number: 171 Function: This is a system total counter for counting of routing error. Application: Block C7DR2 & J7DR Position Contents 1 Number of occurances of (C7ROUTECNT) MSU discarded due to a routing error. Description: This is a system total of C7 and J7 where applicable. The size of the variables. Position Block Size 1 C7DR2,J7DR 16 bits



5.172 TRANAXEFORMTAB (STD)

DID-name: TRANAXEFORMTAB DID-number: 172 Function: Translation of Standard AXE format of a device identity to market standard for France. Application: Block TRAN Position Contents 1 Market identifier Description: The interface is used to indicate if the standard device identity or the French market device identity will be used for the Layer 1,2,3 statistics reports. This DID will only be sent once for block(TRAN) after restart. If the value is 0 then the standard format will be used, if the value is 1 then the French market format will be used by STS when outputing the statistics reports. The size of the variable will be: DID position 1 = 1 bit.



5.173 SESSCFCNT (IN)

DID-name: SESSCFCNT DID-number: 173 Function: Counters indicating the performance of the of the TCAP-Interface to/from the Service Control Point (SCP) in the Intelligent Network. Application: Block SCFPAD, SCFCAD, EWSDPAD, INTCUT & INPM, SFLIDH DID-item Contents 1 Number of Dialogues in progress 2 Number of Dialogue Initiation Attempts 3 Number of Dialogue Initiation Attempts with congestion 4 Total number of Dialogues processed 5 Number of unsuccessful Dialogues, Message not accepted by TCAP 6 Number of unsuccessful Dialogues, Aborted by remote TCAP 7 Number of unsuccessful Dialogues, Aborted by SCF 8 Number of unsuccessful Dialogues, Timeout on response 9 Number of unsuccessful Dialogues, Activity Test failed 10 Number of unsuccessful Dialogues, Error or Reject messages sent by SCP 11 Number of unsuccessful Dialogues, Aborted due to processor overload 12 Number of Error or Reject messages received from SSP 13 Number of message sending requests rejected by Protocol Adaption 14 User code (only sent by EWSDPAD) Description: All counters are stored as common data. The counters 1, 2, 3, 4, 5, 6 and 7 are located in block SCFCAD. The counters 1 - 13 are located in block SCFPAD. All 14 counters are found in block EWSDPAD. When counter position 14 is included, the translation table SESSCFTAB is used, otherwise the Object Identifier is hardcoded in STS as "AXESCP-AXESSP". Size of the variables: DID Position Block Size 1 ALL 16 bits 2 - 13 ALL 32 bits 14 ALL 1 bit



5.174 SESSSFCNT (IN)

DID-name: SESSSFCNT DID-number: 174 Function: Counters indicating the performance of the of the TCAP-Interface to/from the Service Switching Point (SSP) in the Intelligent Network. Application: Block SSFPAD, SSFCAD, INTCUT & INPM DID-item Contents 1 Number of Dialogues in progress 2 Number of Dialogue Initiation Attempts 3 Number of Dialogue Initiation Attempts with congestion 4 Total number of Dialogues processed 5 Number of unsuccessful Dialogues, Message not accepted by TCAP 6 Number of unsuccessful Dialogues, Aborted by SCF or remote TCAP 7 Number of unsuccessful Dialogues, Aborted locally by SSF 8 Number of unsuccessful Dialouges, Timeout on response 9 Number of unsuccessful Dialogues, Activity Test failed 10 Number of unsuccessful Dialouges, Error or Reject messages received from SCP 11 Number of Error or Reject messages sent by SSP 12 Number of message sending requests rejected by Protocol Adaption Description: All counters are stored as common data. The counters 1, 2, 3, 4, 5, 6 and 7 are located in block SSFCAD. All other are located in SSFPAD. Size of the variables: DID item positions: 1-12 = 32 bits.



5.175 DIPQCNT1 (STD, US)

DID-name: DIPQCNT1 DID-number: 175 Function: Digital paths quality counters. Application: Blocks of type DIPST Position Contents 1 CNTSTATE 2 Global DIP-number 3 Bitfaults Frequency (BFF) 4 Number of Slips (SF) 5 Number of Disturbances (DF) Description: Item pos 1 CNTSTATE, gives information whether DIPQCNT1 is relevant (1=relevant, DIP is connected and has no CRC-supervision). One record per chosen DIP in STS. All the variables (which are pointed out by the DID item positions) are stored in a record. Record individuals 0-2687 can be used. This DID is associated to the translation DID, DIPTAB. The size of the variables: DID position : 1 = 1 bit. DID positions : 2-5 = 16 bits.



5.176 DIPQCNT2 (STD, US)

DID-name: DIPQCNT2 DID-number: 176 Function: Digital paths quality CRC counters. Application: Blocks of type DIPST Position Contents 1 CNT1STATE 2 Global DIP-number 3 Number of Errored Seconds (ES) 4 Number of Severly Erroed Seconds (SES) 5 Number of Degraded Minutes (DM) 6 Number of Unavailable Seconds (UAS) 7 Number of Errored Seconds Remote end (ESR) 8 Number of Severly Errored Seconds Remote end (SESR) 9 Number of Degraded Minutes Remote end (DMR) 10 Number of Unavailable Seconds Remote end (UASR) 11 Number of Unavailability Events (UAV) 12 Number of Unavailable Seconds bi-directional, Unavailable Time (UASB) 13 Number of suspect-marked 15-minute intervals (SMI) 14 Number of slips 15 Number of unavailable events at local end (DIPNUAV) 16 Number of unavailable events from remote end (DIPFUAV) Description: Item pos 1 CNT1STATE, gives information whether DIPQCNT2 is relevant (1=relevant, DIP is connected and has CRC-supervision). One record per chosen DIP in STS. All the variables (which are pointed out by the DID item positions) are stored in a record. Record individuals 0-2687 can be used. This DID is associated to the translation DID, DIPTAB. DID item position 2 is a pointer to the translation table (DID DIPTAB) NOTE. Counter DID position 5 is not supported by US local mobility PCS application The size of the variables. DID Position Block Size 1 DIPST 1 bit 2 - 16 DIPST 16 bits



5.177 DIPTAB (STD, US)

DID-name: DIPTAB DID-number: 177 Function: Digital paths symbolic DIP-name. Application: Block TRAN1 Position Contents 1 Symbolic DIP-name. Description: Translation from DIP global number to DIP symbolic number. The size of the variables: DID position : 1 = string 7 character. One record per DIP. Pointer equals to global DIP number. All the variables (which are pointed out by the DID item positions) are stored in a record. Record individuals 0-2687 can be used.



5.178 TRAFFSAE2CNT (US)

DID-name: TRAFFSAE2CNT DID-number: 186 Function: Counters for Traffic Sensitive SAE's Application: Any block which requires 32 bit Traffic Sensitive SAE counters Position Contents 1 Block Number 2 SAE Number 3 Number of seizure attempts made by the system, including failed attempts 4 Traffic Level 5 Number of seizure attempts with congestion 6 Number of individuals Description: One record per SAE event. The DID TRAFFSAE2CNT is used by each block which has traffic sensitive SAE(s) with a file size less than 65536 and has implemented 32 bit counters to provide information about each size alterable file. The DID TRAFFSAE2CNT is also used by each block which has traffic sensitive SAE(s) with file size greater than 65535. The Translation Table BNTAB is also required to identify the Objects for TRAFFSAE2CNT. The size of the variables: Position Block Size 1 - 2 All 16 bits 3 - 4 All 32 bits



5.179 CELLTAB (STD)

DID-name: CELLTAB DID-number: 191 Function: Cell translation table Application: Block MTRAN. Position Contents 1 State 2 Symbolic cell name 3 Cell Type Description: Translation from cell pointer to symbolic name. Item position 1 is a state value indicating: - cell not defined (=0) - cell defined, own cell (=1) Item position 2 can be either the identity of the target cell or of the serving cell. Item position 3 indicates whether the cell is an own cell (=0) or an outer cell (=1). A cell has always the same name regardless if it is a serving or a target cell. One record per cell. The size of the variables. DID item position: 1 = 1 bit. DID item position: 2 = string 7 characters. DID item position: 3 = 1 bit.



5.180 CELLCNT (CSS R9.0)

DID-name: CELLCNT (MSC) DID-number: 192 Function: Counters for cell level statistics. Application: Block MHO and MUREL Position Contents 1 State 2 Target cell identity 3 Number of handover attempts to the target cell from unknown serving cells 4 Number of successful handovers to the target cell from unknown serving cells 5 Number of handover attempts to the target cell from unspecified neighbouring serving cells 6 Number of successful handovers to the target cell from unspecified neighbouring serving cells 7 Number of UMTS to GSM handover attempts to the target cell from unknown serving cells 8 Number of successful UMTS to GSM handovers to the target cell from unknown serving cells 9 Number of UMTS to GSM handover attempts to the target cell from unspecified neighbouring serving cells 10 Number of successful UMTS to GSM handovers to the target cell from unspecified neighbouring serving cells Description: Translation from cell pointer to symbolic cell name is defined in the DID CELLTAB. The cell statistics files in blocks MHO and MUREL have a limited size, each has a maximum number of 1000 records. Each cell with statistics defined has one record in the cell statistics file of block MHO and one record in the cell statistics file of block MUREL. Item position 1 is a state value indicating: - Counter has not been stepped, not valid for statistics - Counter has been used, valid for statistics Item position 2 refers to a pointer located in the cell statistics records. This variable is used to indicate the suitable record in the cell conversion file in MTRAN. Item positions 3 and 4 include the number of (GSM to GSM) handovers from a serving cell not known by the MSC/VLR. Item positions 5 and 6 include the number of (GSM to GSM) handovers from a serving cell known by the MSC/VLR, but which could not be included in the neighbouring cell statistics file of MHO.



Item positions 7 and 8 include the number of UMTS to GSM handovers from a serving cell not known by the MSC/VLR. Item positions 9 and 10 include the number of UMTS to GSM handovers from a serving cell known by the MSC/VLR, but which could not be included in the neighbouring cell statistics file of MUREL. The variables specified in DID item positions 1 and 2 are stored in blocks MHO and MUREL. The counters specified in DID positions 3-6 are stored in block MHO and DID positions 7-10 in block MUREL. The blocks MHO and MUREL belong to the subsystem MMS. The size of the variables : position Block Size 1 MHO,MUREL 1 Bit 2 MHO,MUREL 16 Bit 3-6 MHO R-declared 7-10 MUREL 16 Bits



5.181 EIRCNT (CME SS)

DID-name: EIRCNT DID-number: 193 Function: Counters for equipment identity control Application: Block MEC. Position Contents 1 Number of IMEI fetch attempts towards MS's 2 Number of successful IMEI fetches from MS's 3 Number of IMEI check attempts towards EIR 4 Number of IMEI check results from EIR where 'white listed' indicated 5 Number of IMEI check results from EIR where 'black listed' indicated 6 Number of IMEI check results from EIR where 'grey listed' indicated 7 Number of IMEI check results from EIR where 'unknown' indicated Description: All the variables are stored as common data. The size of the variables : position Block Size 1-2 MEC 16 Bits 3-7 MEC R-declared



5.182 HLRTAB (STD)

DID-name: HLRTAB DID-number: 194 Function: HLR translation table Application: Block MHLRAD. Position Contents 1 State (undefined/defined) 2 HLR nature of address indicator 3 HLR address 1 4 HLR address 2 5 HLR address 3 6 HLR address 4 Description: Translation from HLR pointer to HLR address. This translation is used for counters on HLR level (DID: MOBSUBHLRCNT) State indicates whether the HLR is undefined (=0) or defined (=1). One record per HLR. In practice, it is conceivable to have 80 records in the HLR address file. Item position 2 contains the nature of HLR address: 3 = national or 4 = international. Items position 3-6 include a unique address (15 digits). Example: The number 356 will be delivered as Did item position 2 3 3 FF65 4 FFFF 5 FFFF 6 FFFF The number 48769054 will be delivered as Did item position 2 4 3 9678 4 F450 5 FFFF 6 FFFF The size of the variables. DID item position: 1 = 1 bit DID item position: 2 = 4 bits DID item position: 3-6 = 16 bits



5.183 LACNT (CME SS)

DID-name: LACNT DID-number: 195 Function: Counters for location area statistics Application: Block MPAG, MVLRP, MMMCS, MMMLR. Position Contents 1 Number of first page attempts to an LA 2 Number of repeated page attempts to an LA 3 Number of page responses to first page to an LA 4 Number of page responses to repeated page to an LA 5 Number of unsuccessful page responses to an LA 6 Number of location updating rejections due to the CSS restriction 7 Total number of location updating attempts 8 Number of successful location updatings Description: One record per location area in the blocks. The size of the LA file depends on the number of location areas in one MSC. In practice, it is conceivable to have 50 LAs handled by a MSC. The record pointer of the LA file is the same in all blocks (MPAG, MVLRP, MMMCS and MMMLR) and corresponds with the pointer in the MBSSD translation table (DID: LATAB). The counters specified in DID positions 1-4 are stored in block MPAG. The counter specified in DID position 5 is stored in block MMMCS. The counter specified in DID positions 6 is stored in MVLRP. The counters specified in DID positions 7 and 8 are stored in MMMLR. The size of the variables. DID item positions: 1-8 = 16 bits. The size of the variables : position Block Size 1-4 MPAG 16 Bits 5 MMMCS 16 Bits 6 MVLRP 16 Bits 7-8 MMMLR 16 Bits



5.184 LATAB (STD)

DID-name: LATAB DID-number: 196 Function: LA translation table Application: Block MBSSD. Position Contents 1 State (undefined/defined) 2 LAI 1 3 LAI 2 4 LAI 3 5 LAI 4 Description: Translation from LA pointer to LAI. This translation is used for statistics on location area level (DID: LACNT). State indicates whether the LA is undefined (=0) or defined (=1). One record per LA. It is conceivable to have 50 records in the LA file. Items position 2-4 include a unique LAI (max 9 digits). Item position 2 refers to the MCC: Mobile Country Code. Item position 3 refers to the MNC: Mobile Network Code. Item positions 4 and 5 refer to the LAC: Location Area Code. Example: The number 4631956223 will be delivered as follows: DID item position 2 F364 3 91 4 2265 5 FFF3 The size of the variables. DID item position: 1 = 1 bit DID item position: 2 = 16 bits 4 Character BCD string DID item position: 3 = 8 bits 2 Character BCD string DID item position: 4 = 16 bits 4 Character BCD string DID item position: 5 = 16 bits 4 Character BCD string



5.185 MOBSUBHLRCNT (CME SS)

DID-name: MOBSUBHLRCNT DID-number: 197 Function: Counters for registered mobile subscribers on HLR level. Application: Block MTV. Position Contents 1 State 2 Number of registered mobile subscribers per HLR 3 Number of registered attached subscribers per HLR Description: One record per HLR in MTV. The size of the HLR file depends on the number of HLRs, a conceivable number is 80 records for this file. State indicates whether statistics are defined for the HLR (=1) or not. State is set to '1' when one of the counters is stepped the first time. It is never reset except at large restart. The record pointer used for the HLR file is the same as the pointer of the HLR translation table in MHLRAD. The size of the variables. DID item position: 1 = 1 bit. DID item positions: 2-3 = 16 bits.



5.186 MSCTAB (STD)

DID-name: MSCTAB DID-number: 198 Function: MSC translation table Application: Block MTRAN. Position Contents 1 State (undefined/defined) 2 Symbolic MSC name Description: Translation from MSC pointer to symbolic name. This translation is required for statistics on neighbouring MSC level (DID: NBRMSCLCNT, NBRMSCPROCCNT). State indicates whether the MSC is undefined (=0) or defined (=1). One record per MSC. The size of the variables. DID item position: 1 = 1 bit DID item position: 2 = string 7 characters



5.187 NBRCELLCNT (CME SS, CAPC7)

DID-name: NBRCELLCNT (MSC) DID-number: 199 Function: Counters for neighbouring cell level statistics. Application: Block MHO and MUREL Position Contents 1 State 2 Serving cell identity 3 Target cell identity 4 Number of handover attempts to the target cell from this serving cell 5 Number of successful handovers to the target cell from this serving cell 6 Number of UMTS to GSM handover attempts to the target cell from this serving cell 7 Number of successful UMTS to GSM handovers to the target cell from this serving cell Description: The neighbouring cell statistics files in blocks MHO and MUREL have a limited size. Each cell with statistics defined has a max. number of neighbouring cells defined by command. This number is a multiple of 8. The sum of these values for all cells will correspond to the number of records in the neighbouring cell statistics file. The maximum number of records in these files is 8000. Item position 1 is a state value indicating: - counter has not been stepped, not valid for statistics (=0) - counter has been used, valid for statistics (=1) Item positions 2 and 3 are two pointers used to indicate the suitable record in the cell conversion file in MTRAN. (DID: CELLTAB) The variables specified in DID item positions 1, 2 and 3 are stored in blocks MHO and MUREL. The counters specified in DID positions 4-5 are stored in block MHO and DID positions 6-7 in block MUREL. The blocks MHO and MUREL belong to the subsystem MMS. The size of the variables : position Block Size 1 MHO,MUREL 1 Bit 2-3 MHO,MUREL 16 Bits 4-5 MHO R-declared 6-7 MUREL 16 Bits





5.188 NBRMSCLCNT (CSS R9.0)

DID-name: NBRMSCLCNT DID-number: 200 Function: Counters for UMTS to GSM inter-MSC handover on neighbouring MSC level Application: Blocks MHO, MUREL and MHIC. Position Contents 1 Number of basic handover attempts to neighbouring MSC 2 Number of successful basic handovers per MSC to neighbouring MSC 3 Number of subsequent handover attempts from neighbouring MSC back to anchor MSC 4 Number of successful subsequent handovers from neighbouring MSC back to anchor MSC per serving MSC 5 Number of subsequent handover attempts from neighbouring MSC to third MSC The target MSC is the measurement object. 6 Number of successful subsequent handovers from neighbouring MSC to third MSC. The target MSC is the measurement object. 7 Number of incoming handover attempts from neighbouring MSC (incoming handovers include basic handovers and subsequent handovers from neighbouring MSC) 8 Number of successful incoming handovers from neighbouring MSC (incoming handovers include basic handovers and subsequent handovers from neighbouring MSC) 9 Number of subsequent handover attempts to neighbouring MSC (back to anchor or to third MSC) 10 Number of successful subsequent handovers to neighbouring MSC (back to anchor or to third MSC per target MSC) 11 Number of basic handover attempts from SDCCH to TCH 12 Number of successful basic handovers from SDCCH to TCH 13 Number of basic handover attempts on TCH before through connection 14 Number of successful basic handovers on TCH before through connection 15 Number of basic handover attempts on signalling channels to neighbouring MSC 16 Number of successful basic handovers on signalling channels to neighbouring MSC 17 Number of subsequent handover attempts on signalling channels, from neighbouring MSC back to anchor MSC, per serving MSC



18 Number of successful subsequent handovers on signalling channels, from neighbouring MSC back to anchor MSC, per serving MSC 19 Number of subsequent handover attempts on signalling channels, from neighbouring MSC to third MSC. The target MSC is the measurement object. 20 Number of successful subsequent handovers on signalling channels, from neighbouring MSC to third MSC. The target MSC is the measurement object. 21 Number of incoming handover attempts on signalling channels from neighbouring MSC. (incoming handovers include basic handovers and subsequent handovers from neighbouring MSC) 22 Number of successful incoming handovers on signalling channels from neighbouring MSC. (incoming handovers include basic handovers and subsequent handovers from neighbouring MSC) 23 Number of subsequent handover attempts on signalling channels to neighbouring MSC. (back to anchor or to third MSC) 24 Number of successful subsequent handovers on signalling channels to neighbouring MSC. (back to anchor or to third MSC) 25 Number of neighbouring Handovers with Synchronous errors. Description: One record per neighbouring MSC in the blocks. In practice, it is conceivable for one particular MSC to have 5 neighbours. The pointer for MSC is the same in all blocks. It is the same as the pointer in the MSC translation table in block MTRAN. Pointer 0 is used in case of "unknown MSC". The counters specified in DID positions 1-6,11-20 are stored in block MHO and DID positions 7-10, 21-25 in block MHIC. The size of the variables : position Block Size 1-3 MHO & MUREL R-declared 4-5 MHO R-declared 6 MHO & MUREL R-declared 7 MUREL,MHIC R-declared 8-10 MHIC R-declared 11-12 MHO R-declared 15-20 MHO R-declared 21-25 MHIC R-declared



5.189 SMSCNT (CME SS)

DID-name: SMSCNT DID-number: 201 Function: Counters for short message service Application: Blocks MSMT, MSMO, MSMPAP,MSSMS Position Contents 1 Number of requests for short message delivery towards MSs (SMS-GMSC) 2 Number of successful short message deliveries towards MSs (SMS-GMSC) 3 Number of sent short messages towards MSs (MSC/VLR) 4 Number of successful short message transfers towards MSs (MSC/VLR) 5 Number of requests for short message delivery from MSs (MSC/VLR) 6 Number of successful short message deliveries from MSs (MSC/VLR) 7 Number of received short messages from MSs (SMS-IWMSC) 8 Number of successful short message transfers from MSs (SMS-IWMSC) 9 Number of requests for short message memory available from MSs received in MSC/VLR 10 Number of not accepted MAP V2 operation ReadyForSM to HLR with alert reason memory available. 11 Number of Broadcastmessage attempted successfully from Message Centre (NTBRSMS) 12 Number of Unsuccessful Broadcast processed (NTBRSMSFAIL) Description: All the variables are stored as common data. The counters specified in DID positions 1-4 are stored in block MSMT and the remaining counters are in block MSMO. Blocks MSMO, MSMPAP and MSMT belong to the subsystem SHS. The size of the variables. DID Position Block Size 1 MSMT 16 bits 2 MSMT 16 bits 3 MSMT 16 bits 4 MSMT 16 bits 5 MSMO 16 bits 6 MSMO 16 bits 7 MSMO 16 bits 8 MSMO 16 bits 9 MSMO 16 bits 10 MSMPAP 16 bits 11 MSSMS 16 bits 12 MSSMS 16 bits





5.190 NCELLRELCNT (CME BSC)

DID-name: NCELLRELCNT DID-number: 202 Function: Handover registrations between the serving cell and a neighbour. Application: Block RQCD. Position Contents 1 State 2 Global cell pointer to the serving cell (SERVCELLP) 3 Global cell pointer to the neighbouring cell (NEIGCELLP) 4 Number of handover attempts to the neighbouring cell (HOVERCNT) 5 Number of successful handovers to the neighbouring cell (HOVERSUC) 6 Number of handover attempts where the call returns to old channel. (HORTTOCH) Description: One set of counters is defined for each neighbour relation. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 and 3 are pointers, the pointer values can be translated to cell names in the cell translation table (DID CELLTRANTAB). The maximum number of records in the file is 4096. Size alteration event 523 is used to alter the file size. DID item position 1 - 5 are stored in the neighbouring cell relation file in block RHCD. The size of the variables. DID item position: 1 = 1 bit DID item positions: 2-6 = 16 bits.



5.191 LAPDLNKTAB (CME BSC)

DID-name: LAPDLNKTAB DID-number: 203 Function: LAPD translation table. Application: Block RHLAPD Position Contents 1 RBLT Device Individual (CRBLTIND) Description: Translation from LAPD device identity to RBLT device individual. This translation is required for statistics on LAPD Link Measurements (DID: LAPDLNKCNT ). One record per device. The size of the variable. DID item position: 1 = 16 Bits



5.192 SESS12CNT (NO)

DID-name: SESS12CNT DID-number: 204 Function: S12 Alcatel Counters indicating the performance of the of the TCAP-Interface to/from the Service Control Point (SCP) in the Intelligent Network. Application: Block S12PAD, S12CAD DID-item Contents 1 Number of Dialogues in progress 2 Number of Dialogue Initiation Attempts 3 Number of Dialogue Initiation Attempts with congestion 4 Total number of Dialogues processed 5 Number of unsuccessful Dialogues, Message not accepted by TCAP 6 Number of unsuccessful Dialogues, Aborted by Alcatel's S12 SSF counter 7 Number of unsuccessful Dialogues, Aborted by SCF 8 Number of unsuccessful Dialogues, Timeout on response 9 Number of unsuccessful Dialogues, Activity Test failed 10 Number of unsuccessful Dialogues, Error or Reject messages received by Alcatel's S12 SSP counter 11 Number of unsuccessful Dialogues, Aborted due to processor overload 12 Number of Error or Reject messages sent by SCP counter 13 Number of message sending requests rejected by Protocol Adaption Description: All counters are stored as common data. The counters 1, 2, 3, 4, 5, 6, 7 and 11 are located in block S12CAD. All other are located in S12PAD. Size of the variables: DID item positions: 1 = 16 bits. DID item positions: 2-13 = 32 bits.



5.193 COMPTYPETAB (CMS88)

DID-name: COMPTYPETAB DID-number: 205 Function: Component type translation table Application: MCIS41 Position Contents 1 Symbolic Component Type Name Description Translation from component value (see DID EXMCOMPTAB) to symbolic component type name. There is one record per component type value. The number of records is a fixed size of 4. Component type value (see DID EXMCOMPTAB) is the pointer to the records of COMPTYPETAB DID. Component type value is identified by a number from 0 to 3. The Component Type value can also be sent directly by a counter DID as in IS41HLRTCNT. Relation between component type (record number) and symbolic component type name: component type symbolic component name -------------- ----------------------- 0 "INVOKE" 1 "RESULT" 2 "ERROR" 3 "REJECT" The size of the variables: The DID item position 1 is a 7 character string.



5.194 COOPEXMTAB (CMS88)

DID-name: COOPEXMTAB DID-number: 206 Function: Translation table for cooperating exchanges selected for recording for MTUP signalling Application: MCMTUP Position Contents 1 State (not selected/selected) 2 Cooperating Exchange Pointer Description There is one record per EXM that has been selected for recording. The number of records is a fixed number of 32 cooperating exchanges (EXM) that can be selected for recording. The record pointer of COOPEXMTAB DID corresponds to the record pointer of the counter DIDs. Translation from EXM pointer in the COOPEXMTAB DID to the symbolic EXM name in the EXMTAB DID needs to be performed. State indicates whether or not the cooperating exchange record is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: The DID item position 1 is a 1 bit state variable. The DID item position 2 is a 16 bit EXM pointer.



5.195 EXMACTSUBCNT (CMS88)

DID-name: EXMACTSUBCNT DID-number: 207 Function: Level counters for active subscribers in a specified exchange. Application: Block HLS, previously blocks of type HLD Position Contents 1 Status (specified/unspecified) 2 Selected cooperating exchange pointer 3 Cooperating exchange activity counter (CNTACT) Description: The counters are defined per selected (specified) cooperating exchange. Position one, Status, indicates if the record is specified (=1) or unspecified (=0). A value of one indicates that the data in the other DID positions is valid. Position two holds the corresponding cooperating exchange pointer of the CNT file. The sampled cooperating exchange pointers correspond to the sampled values of the translation table from DID EXMTAB. That is to say the translation of the number in this DID position to a cooperating exchange name must be done using the table fetched for EXMTAB. Position three holds the level counter for the corresponding cooperating exchange. The cooperating exchange is identified by the pointer contained in position two. This pointer will identify the correct exchange in the EXM name translation file. The file size of the counter file is fixed at 128. Position three previously held the base address of the level counter within the CNT file. There existed between one and sixteen HLD blocks that the level counters will be sampled from. The values from the HLD block(s) were summed for each selected cooperating exchange before the value is stored in the STS measurement data base. The filesize of the counter file was 128. The size of the variables. DID item position 1 = 2 bits. DID item position 2-3 = 16 bits.



5.196 EXMCOMPTAB (CMS88)

DID-name: EXMCOMPTAB DID-number: 208 Function: Cooperating exchange (selected for recording) and associated component type translation table for IS41 Application: MCIS41 Position Contents 1 State (not selected/selected) 2 Cooperating Exchange Pointer 3 Component Type Pointer Description There is one record per cooperating exchange (selected for recording) and component type value. The number of records is a fixed size of 128. This allows counters to be collected for up to a maximum of 32 cooperating exchanges. The record number corresponds to the record number of the counter DIDs. Translation from EXM pointer to the symbolic EXM name (see DID EXMTAB). The component type pointer value points to the corresponding symbolic component type name (see DID COMPTYPETAB). The component type value is identified by a number from 0 to 3. State indicates whether or not the cooperating exchange record is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: The DID item position 1 is a 1 bit state variable. The DID item position 2 is a 16 bit EXM pointer. The DID item position 3 is a 2 bit component type pointer.



5.197 EXMPAGRESCNT (CMS88)

DID-name: EXMPAGRESCNT DID-number: 209 Function: Counters for paging result per page request originator and per page request type Application: Block MCSH, was MCCT DID item Contents 1 State (not selected/selected) 2 Page request originator (PORIG) 3 Page request type (PRT) 4 Number of pages, first attempt (PATT1) 5 Number of pages, second attempt (PATT2) 6 Number of pages, third attempt (PATT3) 7 Number of pages congested for the first attempt (PCONG1) 8 Number of pages congested for the second attempt (PCONG2) 9 Number of pages congested for the third attempt (PCONG3) 10 Number of pages pre-empted for the first attempt (PPRE1) 11 Number of pages pre-empted for the second attempt (PPRE2) 12 Number of pages pre-empted for the third attempt (PPRE3) 13 Number of pages ordered for the first attempt (PORD1) 14 Number of pages ordered for the second attempt (PORD2) 15 Number of pages ordered for the third attempt (PORD3) 16 Number of pages answered before the second attempt (PANSW1) 17 Number of pages answered after the second and before the third attempt (PANSW2) 18 Number of pages answered after the third attempt (PANSW3) 19 Number of no responses to paging (PNORESP) Description: There are ten records per cooperating exchange, one for each of page request types. The cooperating exchange is identified by the variable PORIG. Records 0 to 9 are dedicated to OWN and they are always selected, even if there is no cooperating exchange selected. In the case that PORIG is own exchange, PORIG will have the value of H'FFFF, otherwise PORIG is the pointer in the EXMTAB-file to get EXM-name. When PORIG is equal to H'FFFF, the string OWN is used. In newer versions the PORIG value of H'FFFF is not used, the string OWN is defined in EXMTAB-file. The Page Request Type is identified by the variable PRT.



State is defined as follows: State = 0 - EXM is not selected = 1 - EXM is selecteed = 2, 3 - not used All variables (which are pointed out by the DID item position) are stored in a record. The number of records is equaled to 320 (PORIG (32) * PRT (10)) The size of the variables. DID position Block Size 1 MCSH or MCCT 2 bits 2 - 19 MCSH or MCCT 16 bits



5.198 EXMTAB (CMS88)

DID-name: EXMTAB DID-number: 210 Function: Cooperating exchange (EXM) translation table Application: Block MNTRAN DID item Contents 1 State (undefined/defined) 2 Symbolic EXM name Description: Translation from EXM pointer to symbolic name. State is defined as follows: State = 0 - EXM is undefined = 1 - EXM is defined = 2, 3 - not used One record per EXM. The file is sized alterable with a maximum limit of 1024 The size of the variables. DID item position 1 = 2 bits. DID item position 2 = string 7 characters.



5.199 FHCCNT (STD)

DID-name: FHCCNT DID-number: 211 Function: Counters for FH concentrator function (FHC) Application: Block FHCT Position Contents 1 State (defined or undefined) 2 FH utilization in %, based on number of buffers used in FHC 3 Accumulated FH utilization in %, based on buffers used in FHC 4 Number of accumulation 5 Number of frames transmitted to the network. 6 Number of frames received from the network. 7 Number of discarded frames 8 Number of logical link activation failures 9 FHC twin identity 10 FHCT twin connection identifying if an FHCT redundant twin is connected (defined or undefined) 11 FH processor load in % Description: One set of counters per FHC. The FHC is identified by the record number in the file, that is the pointer. All the variables (which are pointed out by the DID item positions) are stored in a record. The number of records = max number of FHCs. The file is size alterable. Position 1 indicates if the FHC is defined (=1) or not (=0). Position 5 and 6 only counts information frames for an FHC performing frame switching. Position 8 is only valid for an FHC performing frame switching. Position 9 indicates the identity of the twin FHC. The size of the variables. Position Block Size 1,10 FHCT 1 bit 2,4,11 FHCT 8 bits 3,8,9 FHCT 16 bits 5,6,7 FHCT 32 bits



5.200 FHCHANNELCNT (STD)

DID-name: FHCHANNELCNT DID-number: 212 Function: Counters for B-channels (IBD and Bd) Application: Block FHCT Position Contents 1 State (undefined or defined) 2 Type of channel ( Bd or IBD) 3 Number of frames transmitted 4 Number of frames received 5 Accumulated number of active logical links 6 Number of accumulations 7 Number of retransmitted frames Description: One set of counters per B-channel. The B-channel is identified by the record number in the file, that is the pointer. All the variables (which are pointed out by the DID item positions) are stored in a record. The number of records = max number of B-channels. The file is size alterable. Position 1 indicates if the B-channel is undefined (=0), or defined (=1). Position 2 indicates if the B-channel is a Bd-channel (=0) or an IBD channel (=1). Position 3 and 4 only counts information frames for an FHC performing frame switching. Position 7 is only valid for an FH performing frame switching. The size of the variables: DID positions: 1 = 1 bit DID positions: 2 = 1 bit DID positions: 6 = 8 bits DID positions: 5 = 16 bits DID positions: 3,4,7 = 32 bits



5.201 FHLCNT (STD)

DID-name: FHLCNT DID-number: 213 Function: Counters for the local FH function (FHL) Application: Block FHLU Position Contents 1 State (defined or undefined) 2 Number of discarded frames 3 FHC identity which FHL is connected to 4 FHC twin identity, if FHL is connected to two FHCs 5 Indication that the FHL is connected to two FHCTs in twin connection (defined undefined) Description: One set of counters per FHL. The FHL is identified by the record number in the file, that is the pointer. All the variables (which are pointed out by the DID item positions) are stored in a record. The number of records = max number of FHLs. The file is size alterable. Position 1 indicates if the FHL is defined (=1) or not (=0). Position 3 indicates the FHC number to wich the FHL is connected. Position 4 indicates the second FHCT number, if FHL is connected to two FHCTs, i.e. if the position 5 is defined. The size of the variables. Position Block Size 1, 5 FHLU 1 bit 2 FHLU 32 bits 3 - 4 FHLU 16 bits



5.202 GLPAGERESCNT (CMS88)

DID-name: GLPAGERESCNT DID-number: 214 Function: Counters for paging result globally for the exchange Application: Block MCSH, was MCCT DID item Contents 1 Global number of first pages attempted, (PATT1G) 2 Global number of pages congested,(PCONGG) 3 Global number of pages pre-empted, (PPREG) 4 Global number of pages ordered, (PORDG) 5 Global number of pages answered, (PANSWG) 6 Global number of no response to paging, PNORESG) Description: One record per Page Request Type (PRT). The PRT is identified by the record number (pointer) in the file. All variables (which are pointed out by the DID item position) are stored in a record. The records are addressed by the PRT (0-9). The size of the variables. DID position Block Size 1 - 6 MCSH or MCCT 16 bit



5.203 IS41GMSCCNT (CMS88, CAPC7)

DID-name: IS41GMSCCNT DID-number: 215 Function: Automatic roaming counters per cooperating exchange in MCIS41 for an interrogation exchange Application: MCIS41 Position Contents 1 State (not selected/selected) 2 Location Request Outgoing (LOCREQO) 3 Redirection Request Incoming (REDREQGI) 4 Call Data Request Outgoing (DATAREQO) 5 Orig. Call Access Notif. Outgoing (ORIGNOTGO) 6 Peripheral Equipment Information Notification Outgoing (PEINFO) 7 Origination Request Outgoing (ORREQO) 8 Remote User Interaction Directive Incoming(RUIDII) 9 Number of outgoing Number Portability Request global messages (NPREQO) 10 Number of incoming Connect Resource global messages (CONREI) 11 Number of incoming Disconnect Resource global messages (DISCOI) 12 Number of incoming Reset Timer global messages (RESTII) 13 Number of outgoing Connection Failure Report global messages (CONFAO) 14 Number of outgoing AnalyseInformation (ANLYZD) messages (ANLYZDO) 15 Number of outgoing OAnswer (OANSWO) messages (OANSWO) 16 Number of outgoing ODisconnect (ODISCONNECT) messages (ODISCO) 17 Number of outgoing OSuspend (OSUSPEND) messages (OSUSPDO) 18 Number of incoming CallControlDirective (CCDIR) message (CCDIRI) 19 Number of outgoing BulkDisconnect (BULKDISCONN) messages (BULKDISCO) 20 Number of incoming UnreliableCallData (UNRELCALLDATA) messages (UNRELDATI) 21 Number of outgoing CallRecoveryReport (CRREPO) messages (CRREPORT) Description There is one record per cooperating exchange (selected for recording) and component type value. The number of records is a fixed size of 128. This allows counters to be collected for up to a maximum of 32 cooperating exchanges (see DID EXMCOMPTAB). The record number of the counter DIDs corresponds to the record number of the EXMCOMPTAB. State indicates whether or not the cooperating



exchange record in the EXMCOMPTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: Position Block Size 1 MCIS41 1 bit 2 - 21 MCIS41 16 bits



5.204 IS41GMSCTCNT (CMS88, CAPC7)

DID-name: IS41GMSCTCNT DID-number: 216 Function: Automatic roaming global counters in MCIS41 for an interrogation exchange. Counter describing the number of Position Request Invoke (POSREQ) message the MSC has received from the MPC/SCP Application: MCIS41 Position Contents 1 Component Type pointer 2 Location Request Outgoing (LOCREQOT) 3 Redirection Request Incoming (REDREQGIT) 4 Call Data Request Outgoing (DATAREQOT) 5 Originating Call Access (ORIGNOTGOT) Notification Outgoing 6 Peripheral Equipment Information (PEINFOT) Notification Outgoing 7 Origination Request Outgoing(ORREQOT) 8 Remote User Interaction Directive Incoming(RUIDIIT) 9 Originating Call Access (NPREQOT) Notification Outgoing 10 Originating Call Access (CONREIT) Notification Outgoing 11 Originating Call Access (DISCOIT) Notification Outgoing 12 Originating Call Access (RESTIIT) Notification Outgoing 13 Originating Call Access (CONFAOT) Notification Outgoing 14 Number of outgoing AnalyzeInformation (ANLYZDOT) (ANLYZD) messages 15 Number of outgoing OAnswer (OANSWOT) (OANSWER) messages 16 Number of outgoing ODisconnect (ODISCOT) (ODISCONNECT) messages 17 Number of outgoing OSuspend (OSUSPDOT) (OSUSPEND) messages 18 Number of incoming CallControlDirective (CCDIRIT) (CCDIR) message 19 Number of outgoing BulkDisconnect (BULKDISCOT) (BULKDISCONN) messages 20 Number of incoming UnreliableCallData (UNRELDATIT) (UNRELCALLDATA) messages 21 Number of outgoing CallRecoveryReport (CRREPOT) (CRREPOT) messages 22 Number of Call Termination Report (CTRPTINV) Invoke the MSC has sent to the MPC. 23 Number of Inter-System position Request (POSFWDINV) Forward Invoke sent out by the anchor MSC to the serving MSC. 24 Number of Position Request (POSREQIT) Invoke message the anchor MSC has received.



25 Number of Position Request Forward (PREQFWDIT) Invoke message the Serving MSC has received. Description There is one record per component type value. The number of records is a fixed size of 4. The component type pointer value points to the corresponding symbolic component type name (see DID COMPTYPETAB). The component type value is identified by a number from 0 to 3. The size of the variables: DID item position Block Size 1 MCIS41 2 bit component type pointer 2 - 25 MCIS41 32 bits



5.205 IS41HLRCNT (CMS88)

DID-name: IS41HLRCNT DID-number: 217 Function: Automatic roaming counters per cooperating exchange in MCIS41 for an HLR Application: MCIS41 Position Contents 1 State (not selected/selected) 2 Registration Notification Incoming (REGNOTI) 3 Registration Cancellation Outgoing (REGCANO) 4 CCS Inactive Incoming (CSSINACTI) 5 Qualification Directive Outgoing (QUALDIRO) 6 Qualification Request Incoming (QUALREQI) 7 Service Profile Directive Outgoing (PROFDIRO) 8 Service Profile Request Incoming (PROFREQI) 9 Remote Feature Cntrl. Req. Incoming(FEATREQI) 10 Location Request Incoming (LOCREQI) 11 Routing Request Outgoing (ROUTREQO) 12 Transfer to Number Req. Incoming (TRANUMREQI) 13 Redirection Request Incoming (REDREQHI) 14 Call Data Request Incoming (DATAREQI) 15 Unrel. Roamer Data Dir. Outgoing (UNRELDIRO) 16 Orig. Call Access Notif. Incoming (ORIGNOTI) 17 Authentication Request Incoming (AUTHRI) 18 Authentication Directive Outgoing (AUTHDO) 19 Security Status Report Incoming (SSREPI) 20 Base Station Chall. Order Incoming (BSCHAI) 21 Service Reply Incoming (SERVRI) 22 Peripheral Equipment Information Notification Incoming (PEINFI) 23 SMS Request Incoming (SMSREI) 24 Restrict Service Incoming (RESTSI) 25 System Restart Information Incoming (SRINFI) Description There is one record per cooperating exchange (selected for recording) and component type value. The number of records is a fixed size of 128. This allows counters to be collected for up to a maximum of 32 cooperating exchanges (see DID EXMCOMPTAB). The record number of the counter DIDs corresponds to the record number of the EXMCOMPTAB. State indicates whether or not the cooperating exchange record in the EXMCOMPTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: Position Block Size 1 MCIS41 1 bit 2 - 25 MCIS41 16 bits





5.206 IS41HLRTCNT (CMS88)

DID-name: IS41HLRTCNT DID-number: 218 Function: Automatic roaming global counters in MCIS41 for an HLR Application: MCIS41 Position Contents 1 Component Type pointer 2 Registration Notification Incoming (REGNOTIT) 3 Registration Cancellation Outgoing (REGCANOT) 4 CCS Inactive Incoming (CSSINACTIT) 5 Qualification Directive Outgoing (QUALDIROT) 6 Qualification Request Incoming (QUALREQIT) 7 Service Profile Directive Outgoing(PROFDIROT) 8 Service Profile Request Incoming (PROFREQIT) 9 Remote Feature Cntrl. Req. Incoming (FEATREQIT) 10 Location Request Incoming (LOCREQIT) 11 Routing Request Outgoing (ROUTREQOT) 12 Transfer to Number Req. Incoming(TRANUMREQIT) 13 Redirection Request Incoming (REDREQHIT) 14 Call Data Request Incoming (DATAREQIT) 15 Unrel. Roamer Data Dir. Outgoing (UNRELDIROT) 16 Orig. Call Access Notif. Incoming (ORIGNOTIT) 17 Authentication Request Incoming (AUTHRIT) 18 Authentication Directive Outgoing (AUTHDOT) 19 Security Status Report Incoming (SSREPIT) 20 Base Station Chall. Order Incoming (BSCHAIT) 21 Service Reply Incoming (SERVRIT) 22 Peripheral Equipment Information (PEINFIT) Notification Incoming 23 SMS Request Incoming (SMSREIT) 24 Restrict Service Incoming (RESTSIT) 25 System Restart Information Incoming (SRINFIT) Description There is one record per component type value. The number of records is a fixed size of 4. The component type pointer value points to the corresponding symbolic component type name (see DID COMPTYPETAB). The component type value is identified by a number from 0 to 3. The size of the variables: Position Block Size 1 MCIS41 2 bit component type pointer 2 - 25 MCIS41 32 bits



5.207 IS41HOFF1CNT (CMS88)

DID-name: IS41HOFF1CNT DID-number: 219 Function: Locating and handoff counters per cooperating exchange in MCIS41 for exchange that participates in locating and handoff Application: MCIS41 Position Contents 1 State (not selected/selected) 2 Handoff Meas. Req. Outgoing (HOMSRO) 3 Facilities Directive Outgoing (FACLDO) 4 Mobile on Channel Incoming (MOBCHI) 5 Handoff Back Outgoing (HOBACO) 6 Facilities Release Outgoing (FACLRO) 7 Flash Request Outgoing (FLASRO) 8 Handoff to Third Outgoing (HOTRDO) 9 Handoff Meas. Req. Incoming (HOSMRI) 10 Facilities Directive Incoming (FACLDI) 11 Mobile on Channel Outgoing (MOBCHO) 12 Handoff Back Incoming (HOBACI) 13 Facilities Release Incoming (FACLRI) 14 Flash Request Incoming (FLASRI) 15 Handoff to Third Incoming (HOTRDI) 16 Flash With Information Outgoing (FLAWIO) 17 Flash With Information Incoming (FLAWII) 18 Mobile Station Information Outgoing (MSINFO) 19 Mobile Station Information Incoming (MSINFI) 20 Handoff Synchronization Incoming (HSYNCI) 21 Handoff Synchronization Outgoing (HSYNCO) 22 Change Traffic Direction Incoming (CTDIRI) 23 Change Traffic Direction Outgoing (CTDIRO) 24 Recording Information Incoming (RINFOI) 25 Recording Information Outgoing (RINFOO) Description There is one record per cooperating exchange (selected for recording) and component type value. The number of records is a fixed size of 128. This allows counters to be collected for up to a maximum of 32 cooperating exchanges (see DID EXMCOMPTAB). The record number of the counter DIDs corresponds to the record number of the EXMCOMPTAB. State indicates whether or not the cooperating exchange record in the EXMCOMPTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: Position Block Size



1 MCIS41 1 bit 2 - 25 MCIS41 16 bits



5.208 IS41HOF1TCNT (CMS88)

DID-name: IS41HOF1TCNT DID-number: 220 Function: Locating and handoff global counters in MCIS41 for an exchange that participates in locating and handoff Application: MCIS41 Position Contents 1 Component Type pointer 2 Handoff Meas. Req. Outgoing (HOMSROT) 3 Facilities Directive Outgoing (FACLDOT) 4 Mobile on Channel Incoming (MOBCHIT) 5 Handoff Back Outgoing (HOBACOT) 6 Facilities Release Outgoing (FACLROT) 7 Flash Request Outgoing (FLASROT) 8 Handoff to Third Outgoing (HOTRDOT) 9 Handoff Meas. Req. Incoming (HOMSRIT) 10 Facilities Directive Incoming (FACLDIT) 11 Mobile on Channel Outgoing (MOBCHOT) 12 Handoff Back Incoming (HOBACIT) 13 Facilities Release Incoming (FACLRIT) 14 Flash Request Incoming (FLASRIT) 15 Handoff to Third Incoming (HOTRDIT) 16 Flash With Information Outgoing (FLAWIOT) 17 Flash With Information Incoming (FLAWIIT) 18 Mobile Station Information Outgoing (MSINFOT) 19 Mobile Station Information Incoming (MSINFIT) 20 Handoff Synchronization Incoming (HSYNCIT) 21 Handoff Synchronization Outgoing (HSYNCOT) 22 Change Traffic Direction Incoming (CTDIRIT) 23 Change Traffic Direction Outgoing (CTDIROT) 24 Recording Information Incoming (RINFOIT) 25 Recording Information Outgoing (RINFOOT) Description There is one record per component type value. The number of records is a fixed size of 4. The component type pointer value points to the corresponding symbolic component type name (see DID COMPTYPETAB). The component type value is identified by a number from 0 to 3. The size of the variables: Position Block Size 1 MCIS41 2 bit component type pointer 2 - 25 MCIS41 32 bits



5.209 IS41HOFF2CNT (CMS88)

DID-name: IS41HOFF2CNT DID-number: 221 Function: Operation, administration, and maintenance counters per cooperating exchange in MCIS41 for exchange that participates in locating and handoff Application: MCIS41 Position Contents 1 State (not selected/selected) 2 Blocking Outgoing (BLOCKO) 3 Unblocking Outgoing (UNBLKO) 4 Reset Circuit Outgoing (RESETO) 5 Trunk Test Outgoing (TTESTO) 6 Trunk Test Disconnect Outgoing (TTSTDO) 7 Blocking Incoming (BLOCKI) 8 Unblocking Incoming (UNBLKI) 9 Reset Circuit Incoming (RESETI) 10 Trunk Test Incoming (TTESTI) 11 Trunk Test Disconnect Incoming (TTSTDI) Description There is one record per cooperating exchange (selected for recording) and component type value. The number of records is a fixed size of 128. This allows counters to be collected for up to a maximum of 32 cooperating exchanges (see DID EXMCOMPTAB). The record number of the counter DIDs corresponds to the record number of the EXMCOMPTAB. State indicates whether or not the cooperating exchange record in the EXMCOMPTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: The DID item position 1 is a 1 bit state variable. The DID item positions 2 to 11 are 16 bit variables.



5.210 IS41HOF2TCNT (CMS88)

DID-name: IS41HOF2TCNT DID-number: 222 Function: Operation, administration, and maintenance global counters in MCIS41 for an exchange that participates in locating and handoff Application: MCIS41 Position Contents 1 Component Type pointer 2 Blocking Outgoing (BLOCKOT) 3 Unblocking Outgoing (UNBLKOT) 4 Reset Circuit Outgoing (RESETOT) 5 Trunk Test Outgoing (TTESTOT) 6 Trunk Test Disconnect Outgoing (TTSTDOT) 7 Blocking Incoming (BLOCKIT) 8 Unblocking Incoming (UNBLKIT) 9 Reset Circuit Incoming (RESETIT) 10 Trunk Test Incoming (TTESTIT) 11 Trunk Test Disconnect Incoming (TTSTDIT) Description There is one record per component type value. The number of records is a fixed size of 4. The component type pointer value points to the corresponding symbolic component type name (see DID COMPTYPETAB). The component type value is identified by a number from 0 to 3. The size of the variables: The DID item position 1 is a 2 bit component type pointer. The DID item positions 2 to 11 are 32 bit variables.



5.211 IS41VMSCCNT (CMS88)

DID-name: IS41VMSCCNT DID-number: 223 Function: Automatic roaming counters per cooperating exchange in MCIS41 for a visited exchange Application: MCIS41 Position Contents 1 State (not selected/selected) 2 Registration Notification Outgoing (REGNOTO) 3 Registration Cancellation Incoming (REGCANI) 4 CCS Inactive Outgoing (CSSINACTO) 5 Qualification Directive Incoming (QUALDIRI) 6 Qualification Request Outgoing (QUALREQO) 7 Service Profile Directive Incoming(PROFDIRI) 8 Service Profile Request Outgoing (PROFREQO) 9 Remote Feature Cntrl. Req. Outgoing (FEATREQO) 10 Routing Request Incoming (ROUTREQI) 11 Transfer to Number Req. Outgoing(TRANUMREQO) 12 Redirection Request Outgoing (REDREQO) 13 Unrel. Roamer Data Dir. Incoming (UNRELDIRI) 14 Orig. Call access Notif. Outgoing(ORIGNOTVO) 15 Authentication Request Outgoing (AUTHRO) 16 Authentication Directive Incoming (AUTHDI) 17 Security Status Report Outgoing (SSREPO) 18 Base Station Chall. Order Outgoing (BSCHAO) 19 Inter System Page Outgoing (ISPAGO) 20 Inter System Page Incoming (ISPAGI) 21 Unsolicited Response Outgoing (UNSOLO) 22 Unsolicited Response Incoming (UNSOLI) 23 Service Reply Outgoing (SERVRO) 24 SMS Point to Point Incoming (SMSPPI) 25 Restrict Service Outgoing (RESTSO) Description There is one record per cooperating exchange (selected for recording) and component type value. The number of records is a fixed size of 128. This allows counters to be collected for up to a maximum of 32 cooperating exchanges (see DID EXMCOMPTAB). The record number of the counter DIDs corresponds to the record number of the EXMCOMPTAB. State indicates whether or not the cooperating exchange record in the EXMCOMPTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: Position Block Size 1 MCIS41 1 bit 2 - 25 MCIS41 16 bits





5.212 IS41VMSCTCNT (CMS88)

DID-name: IS41VMSCTCNT DID-number: 224 Function: Automatic roaming global counters in MCIS41 for a visited exchange Application: MCIS41 Position Contents 1 Component Type pointer 2 Registration Notification Outgoing(REGNOTOT) 3 Registration Cancellation Incoming(REGCANIT) 4 CCS Inactive Outgoing (CSSINACTOT) 5 Qualification Directive Incoming (QUALDIRIT) 6 Qualification Request Outgoing (QUALREQOT) 7 Service Profile Directive Incoming (PROFDIRIT) 8 Service Profile Request Outgoing (PROFREQOT) 9 Remote Feature Control (FEATREQOT) Request Outgoing 10 Routing Request Incoming (ROUTREQIT) 11 Transfer to Number Request Outgoing (TRANUMREQOT) 12 Redirection Request Outgoing (REDREQOT) 13 Unrel. Roamer Data Dir. Incoming(UNRELDIRIT) 14 Originating Call Access (ORIGNOTVOT) Notification Outgoing 15 Authentication Request Outgoing (AUTHROT) 16 Authentication Directive Incoming (AUTHDIT) 17 Security Status Report Outgoing (SSREPOT) 18 Base Station Chall. Order Outgoing (BSCHAOT) 19 Inter System Page Outgoing (ISPAGOT) 20 Inter System Page Incoming (ISPAGIT) 21 Unsolicited Response Outgoing (UNSOLOT) 22 Unsolicited Response Incoming (UNSOLIT) 23 Service Reply Outgoing (SERVROT) 24 Service Reply INCOMING (SMSPPIT) 25 Restrict Service Outgoing (RESTSOT) Description There is one record per component type value. The number of records is a fixed size of 4. The component type pointer value points to the corresponding symbolic component type name (see DID COMPTYPETAB). The component type value is identified by a number from 0 to 3. The size of the variables: Position Block Size 1 MCIS41 2 bit component type pointer 2 - 24 MCIS41 32 bits



5.213 LACMSTAB (CMS88)

DID-name: LACMSTAB DID-number: 225 Function: Location Area (LA) translation table Application: Block MTRAN Position Contents 1 State (undefined/defined) 2 Symbolic LA name Description: Translation from LA pointer to symbolic name, given in a location area name table. This translation file is a fixed size file of 32 records. State is defined as follows: State = 0 - LA is undefined = 1 - LA is defined = 2, 3 - not used One record per LA. The size of the variables: DID item position 1 = 2 bit. DID item position 2 = string 7 characters



5.214 LAPAGECNT (CMS88)

DID-name: LAPAGECNT DID-number: 226 Function: Counters for Location Area (LA) Paging Application: Block MCSH, previously MCCT Position Contents 1 Number of location area paging page attempts (LAPPATT) Description: One record per location area. The location area data file is a fixed size file of 32 records. The pointer used to reference the data record is also used to reference the corresponding LA symbolic name in the location area name file in MTRAN ( see DID entitled LACMSTAB ). The size of the variables: DID item position 1 = 16 bits.



5.215 LAPAGERESCNT (CMS88)

DID-name: LAPAGERESCNT DID-number: 227 Function: Counters for Location Area (LA) Paging Results Application: Block MCSH, previously MCCT Position Contents 1 Number of location area paging page (LAPPR) responses ( 32 ) Description: One record per location area. The location area data file is a fixed size file of 32 records. The pointer used to reference the data record is also used to reference the corresponding LA symbolic name in the location area name file in MTRAN ( see DID entitled LACMSTAB ). DID position 1 contains an indexed variable of 32 counters per location area data record. The index used to reference the appropriate page response counter also points to the corresponding LA symbolic name in the location area data file in block MTRAN ( see DID entitled LACMSTAB ). These counters are stored in the location area data file in block MCCT. The size of the variables: DID item position 1 = 16 bits.



5.216 MTUPGLOBLCNT (CMS88)

DID-name: MTUPGLOBLCNT DID-number: 228 Function: Total counter for MTUP messages. Application: MCMTUP Position Contents 1 State (invalid/valid) 2 Total MTUP messages (MTUPTOT) Description All the variables (which are pointed out by the DID item position) are stored in a record and the number of records is a fixed size of 256. The record pointers of the MTUPGLOBLCNT DID correspond to the record pointers of the MTUPMSGIDTAB DID. State indicates whether or not the total counter in the record is valid for recording and is defined as follows: State = 0 - invalid = 1 - valid MTUPTOT is a total counter representing a single MTUP message for all defined cooperating exchanges, including the cooperating exchanges not selected to participate in network signalling statistics for MTUP. The size of the variable: Position Block Size 1 MCMTUP 1 bit 2 MCMTUP 32 bits Possible MTUP message identities (MTUPMSGIDTAB DID) that can be represented by the total counter are among the following: Description MTUP Message ID ----------- --------------- Location Updating Outgoing (MLUMOT) Location Updating Accepted Incoming (MLUAIT) Location Updating Rejected Incoming (MLURIT) Location Cancellation Incoming (MLCMIT) Location Cancellation Acc. Outgoing (MLCAOT) Location Cancellation Rej. Outgoing (MLCROT) Activity Outgoing (MACMOT) Activity Accepted Incoming (MACAIT) Inactivity Outgoing (MINMOT) Inactivity Accepted Incoming (MINAIT) Cat/Sup Services Updating Incoming (MCSUIT) Cat/Sup Services Accepted Outgoing (MCSAOT) Code Cntrl'd Sub. Serv. Outgoing (MCCMOT) Code Cntrl'd Sub. Serv. Acc. Incoming (MCCAIT)



Code Cntrl'd Sub. Serv. Rej. Incoming (MCCRIT) Routing Number Interrogation Incoming (MRIMIT) Routing Number Outgoing (MRNMOT) Routing Number Rejected Outgoing (MRNROT) C-Number Interrogation Outgoing (MCIMOT) C-Number Incoming (MCNMIT) C-Number Rejected Incoming (MCNRIT) Redirection Request Outgoing (MRDMOT) Redirection Accepted Incoming (MRDAIT) Redirection Rejected Incoming (MRDRIT) Unrel. Loc. Data Detected Incoming (MULMIT) Unrel. Loc. Data Detected Ack. Outgoing(MULAOT) System Restart Info. Outgoing (MSRMOT) System Restart Info. Ack. Incoming (MSRAIT) Inter-Exchange Paging Request Incoming (MIEPIT) Inter-Exchange Paging Request Outgoing (MIEPOT) Page Response Outgoing (MPRMOT) Page Response Acknowledgement Incoming (MPRAIT) Release Seized Resources Incoming (MRRMIT) Location Updating Incoming (MLUMIT) Location Updating Accepted Outgoing (MLUAOT) Location Updating Rejected Outgoing (MLUROT) Location Cancellation Outgoing (MLCMOT) Location Cancellation Acc. Incoming (MLCAIT) Location Cancellation Rej. Incoming (MLCRIT) Activity Incoming (MACMIT) Activity Accepted Outgoing (MACAOT) Inactivity Incoming (MINMIT) Inactivity Accepted Outgoing (MINAOT) Cat/Sup Services Updating Outgoing (MCSUOT) Cat/Sup Services Accepted Incoming (MCSAIT) Code Cntrl'd Sub. Serv. Incoming (MCCMIT) Code Cntrl'd Sub. Serv. Acc. Outgoing (MCCAOT) Code Cntrl'd Sub. Serv. Rej. Outgoing (MCCROT) Routing Enquiry Incoming (MREMIT) Routing Number Interrogation Outgoing (MRIMOT) Routing Number Incoming (MRNMIT) Routing Number Rejected Incoming (MRNRIT) Routing Outgoing (MROMOT) Routing Rejected Outgoing (MROROT) C-Number Interrogation Incoming (MCIMIT) C-Number Outgoing (MCNMOT) C-Number Rejected Outgoing (MCNROT) Redirection Request Incoming (MRDMHIT) Redirection Accepted Outgoing (MRDAHOT) Redirection Rejected Outgoing (MRDRHOT) Unrel. Loc. Data Detected Outgoing (MULMOT) Unrel. Loc. Data Detected Ack. Incoming(MULAIT) System Restart Info. Incoming (MSRMIT) System Restart Info. Ack. Outgoing (MSRAOT) Page Response Incoming (MPRMIT) Page Response Acknowledgement Outgoing (MPRAOT) Release Seized Resources Outgoing (MRRMOT) Routing Enquiry Outgoing (MREMOT) Routing Incoming (MROMIT) Routing Rejected Incoming (MRORIT) Redirection Request Incoming (MRDMGIT) Redirection Accepted Outgoing (MRDAGOT) Redirection Rejected Outgoing (MRDRGOT) Locating Measurement Request Outgoing (MLMROT)



Locating Measurement Provision Incoming(MLMPIT) Locating Measurement Failure Incoming (MLMFIT) Locating Measurement Request Incoming (MLMRIT) Locating Measurement Provision Outgoing(MLMPOT) Locating Measurement Failure Outgoing (MLMFOT) MS Pres. Ver. Meas. Request Outgoing (MPVROT) MS Pres. Ver. Meas. Provision Incoming (MPVPIT) MS Pres. Ver. Meas. Failure Incoming (MPVFIT) MS Pres. Ver. Meas. Request Incoming (MPVRIT) MS Pres. Ver. Meas. Provision Outgoing (MPVPOT) MS Pres. Ver. Meas. Failure Outgoing (MPVFOT) Voice Channel Request Outgoing (MVCROT) Voice Channel Request Failure Incoming (MVCFIT) Voice Channel Started Incoming (MVCSIT) Handoff Confirmation Incoming (MHFCIT) Charge Rate Order Outgoing (MCHOOT) Charge Rate Order Confirmation Incoming(MCHCIT) Call Failure Incoming (MCFLIT) Voice Channel Request Incoming (MVCRIT) Voice Channel Request Failure Outgoing (MVCFOT) Voice Channel Started Outgoing (MVCSOT) Handoff Confirmation Outgoing (MHFCOT) Charge Rate Order Incoming (MCHOIT) Charge Rate Order Confirmation Outgoing(MCHCOT) Call Failure Outgoing (MCFLOT) Flash With Information Outgoing (MFLIOT) Flash With Information Ack. Incoming (MFWAIT) Flash With Information Incoming (MFLIIT) Flash With Information Ack. Outgoing (MFWAOT) Handoff Back to Anchor Req. Incoming (MHARIT) Handoff to Third Exchange Req. Incoming(MHTRIT) Handoff Request Failure Outgoing (MHRFOT) Handoff Order Outgoing (MHOOOT) Handoff Synchronization Incoming (MHFSIT) Handoff Back to Anchor Req. Outgoing (MHAROT) Handoff to Third Exchange Req. Outgoing(MHTROT) Handoff Request Failure Incoming (MHRFIT) Handoff Order Incoming (MHOOIT) Handoff Synchronization Outgoing (MHFSOT) Flash Incoming (MFLAIT) Mobile Subscriber Termination Incoming (MSTEIT) Clear Forward Outgoing (MCLFOT) Change Traffic Direction Outgoing (MCTDOT) Recording Information Incoming (MRDIIT) Flash Outgoing (MFLAOT) Mobile Subscriber Termination Outgoing (MSTEOT) Clear Forward Incoming (MCLFIT) Change Traffic Direction Incoming (MCTDIT) Recording Information Outgoing (MRDIOT) Blocking Outgoing (MBLOOT) Blocking Acknowledgement Incoming (MBLAIT) Unblocking Outgoing (MUBLOT) Unblocking Acknowledgement Incoming (MUBAIT) Release Guard Incoming (MRLGIT) Reset Circuit Outgoing (MRSCOT) Blocking Incoming (MBLOIT) Blocking Acknowledgement Outgoing (MBLAOT) Unblocking Incoming (MUBLIT) Unblocking Acknowledgement Outgoing (MUBAOT) Release Guard Outgoing (MRLGOT)



Reset Circuit Incoming (MRSCIT) Transparent Channel Message Incoming (MINFIT) Transparent Channel Message Outgoing (MINFOT) Authentication Request Outgoing (MARMOT) Authentication Request Ack. Incoming (MARAIT) Authentication Request Rej. Incoming (MARRIT) Authentication Directive Incoming (MADMIT) Auth. Directive Ack. Outgoing (MADAOT) Auth. Directive Rej. Outgoing (MADROT) Auth. Security Status Report Outgoing (MSSMOT) Auth. Sec. Status Report Ack. Incoming (MSSAIT) Auth. Sec. Status Report Rej. Incoming (MSSRIT) Authentication Request Incoming (MARMIT) Authentication Request Ack. Outgoing (MARAOT) Authentication Request Rej. Outgoing (MARROT) Authentication Directive Outgoing (MADMOT) Auth. Directive Ack. Incoming (MADAIT) Auth. Directive Rej. Incoming (MADRIT) Auth. Security Status Report Incoming (MSSMIT) Auth. Sec. Status Report Ack. Outgoing (MSSAOT) Auth. Sec. Status Report Rej. Outgoing (MSSROT) Base Station Challenge Order Incoming (MBCOIT) Base Station Chall. Order Ack. Outgoing(MBCAOT) Base Station Chall. Order Rej. Outgoing(MBCROT) Originating Call Access Incoming (MOAMIT) Originating Call Access Accep.Outgoing (MOAAOT) Originating Call Access Rej. Outgoing (MOAROT) Originating Call Access Outgoing (MOAMVOT) Originating Call Access Accep.Incoming(MOAAVIT) Originating Call Access Rej. Incoming (MOARVIT) Originating Call Access Outgoing (MOAMGOT) Originating Call Access Accep.Incoming(MOAAGIT) Originating Call Access Rej. Incoming (MOARGIT) Inter-Exchange Paging Ack. Incoming (MIEAIT) Inter-Exchange Paging Ack. Outgoing (MIEAOT) Mobile Restrict Service Request Incoming (MRSMIT) Mobile Restrict Service Request Outgoing (MRSMOT) Mobile Restrict Service Ack. Incoming (MRSAIT) Mobile Restrict Service Ack. Outgoing (MRSAOT) Mobile Restrict Service Rejected Incoming (MRSRIT) Mobile Restrict Service Rejected Outgoing (MRSROT)



5.217 MTUPGMSCCNT (CMS88)

DID-name: MTUPGMSCCNT DID-number: 229 Function: Routing data counters per cooperating exchange in MCMTUP for an interrogation exchange Application: MCMTUP Position Contents 1 State (not selected/selected) 2 Routing Enquiry Outgoing (MREMO) 3 Routing Incoming (MROMI) 4 Routing Rejected Incoming (MRORI) 5 Redirection Request Incoming (MRDMGI) 6 Redirection Accepted Outgoing (MRDAGO) 7 Redirection Rejected Outgoing (MRDRGO) 8 Originating Call Access Outgoing (MOAMGO) 9 Originating Call Access Accep.Incoming (MOAAGI) 10 Originating Call Access Rej. Incoming(MOARGI) Description In the CNTRFILE there is one record per cooperating exchange that is selected for recording. All the variables (which are pointed out by the DID item position) are stored in a record and the number of records is a fixed number of 32 cooperating exchanges. The record pointers of the counter DIDs correspond to the record pointers of the COOPEXMTAB. State indicates whether or not the cooperating exchange record in the COOPEXMTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: The DID item position 1 is a 1 bit state variable. The DID item positions 2 to 10 are 16 bit variables.



5.218 MTUPHLR1CNT (CMS88)

DID-name: MTUPHLR1CNT DID-number: 230 Function: Location Data and Category/Supplementary Services counters per cooperating exchange in MCMTUP for an HLR Application: MCMTUP Position Contents 1 State (not selected/selected) 2 Location Updating Incoming (MLUMI) 3 Location Updating Accepted Outgoing (MLUAO) 4 Location Updating Rejected Outgoing (MLURO) 5 Location Cancellation Outgoing (MLCMO) 6 Location Cancellation Acc. Incoming (MLCAI) 7 Location Cancellation Rej. Incoming (MLCRI) 8 Activity Incoming (MACMI) 9 Activity Accepted Outgoing (MACAO) 10 Inactivity Incoming (MINMI) 11 Inactivity Accepted Outgoing (MINAO) 12 Cat/Sup Services Updating Outgoing (MCSUO) 13 Cat/Sup Services Accepted Incoming (MCSAI) 14 Code Cntrl'd Sub. Serv. Incoming (MCCMI) 15 Code Cntrl'd Sub. Serv. Acc. Outgoing(MCCAO) 16 Code Cntrl'd Sub. Serv. Rej. Outgoing(MCCRO) 17 Service Directive Incoming (MSDMI) 18 Service Directive Ack. Outgoing (MSDAO) 19 Originating Call Access Incoming (MOAMI) 20 Originating Call Access Accepted (MOAAO) Outgoing 21 Originating Call Access (MOARO) Rejected Outgoing 22 Mobile Restrict Service Request (MRSMI) Incoming 23 Mobile Restrict Service (MRSAO) Ackcnowledgement Outgoing 24 Mobile Restrict Service (MRSRO) Rejected Outgoing Description In the CNTRFILE there is one record per cooperating exchange that is selected for recording. All the variables (which are pointed out by the DID item position) are stored in a record and the number of records is a fixed number of 32 cooperating exchanges. The record pointers of the counter DIDs correspond to the record pointers of the COOPEXMTAB. State indicates whether or not the cooperating exchange record in the COOPEXMTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables:



Position Block Size 1 MCMTUP 1 bit 2 - 24 MCMTUP 16 bits




DID-name: MTUPHLR2CNT DID-number: 231 Function: Routing Data, Data Maintenance, and Paging Data counters per cooperating exchange in MCMTUP for an HLR Application: MCMTUP Position Contents 1 State (not selected/selected) 2 Routing Enquiry Incoming (MREMI) 3 Routing Number Interrogation Outgoing(MRIMO) 4 Routing Number Incoming (MRNMI) 5 Routing Number Rejected Incoming (MRNRI) 6 Routing Outgoing (MROMO) 7 Routing Rejected Outgoing (MRORO) 8 C-Number Interrogation Incoming (MCIMI) 9 C-Number Outgoing (MCNMO) 10 C-Number Rejected Outgoing (MCNRO) 11 Redirection Request Incoming (MRDMHI) 12 Redirection Accepted Outgoing (MRDAHO) 13 Redirection Rejected Outgoing (MRDRHO) 14 Unrel. Loc. Data Detected Outgoing (MULMO) 15 Unrel. Loc. Data Detected Ack. Incoming (MULAI) 16 System Restart Info. Incoming (MSRMI) 17 System Restart Info. Ack. Outgoing (MSRAO) 18 Page Response Incoming (MPRMI) 19 Page Response Acknowledgement Outgoing (MPRAO) 20 Release Seized Resources Outgoing (MRRMO) Description In the CNTRFILE there is one record per cooperating exchange that is selected for recording. All the variables (which are pointed out by the DID item position) are stored in a record and the number of records is a fixed number of 32 cooperating exchanges. The record pointers of the counter DIDs correspond to the record pointers of the COOPEXMTAB. State indicates whether or not the cooperating exchange record in the COOPEXMTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: The DID item position 1 is a 1 bit state variable. The DID item positions 2 to 20 are 16 bit variables.



5.220 MTUPHOFF1CNT (CMS88)

DID-name: MTUPHOFF1CNT DID-number: 232 Function: Handoff counters (anchor/serving to target) per cooperating exchange in MCMTUP for an exchange that participates in handoff Application: MCMTUP Position Contents 1 State (not selected/selected) 2 Voice Channel Request Outgoing (MVCRO) 3 Voice Channel Request Failure Incoming(MVCFI) 4 Voice Channel Started Incoming (MVCSI) 5 Handoff Confirmation Incoming (MHFCI) 6 Charge Rate Order Outgoing (MCHOO) 7 Charge Rate Order Confirmation Incoming (MCHCI) 8 Call Failure Incoming (MCFLI) 9 Voice Channel Request Incoming (MVCRI) 10 Voice Channel Request Failure Outgoing(MVCFO) 11 Voice Channel Started Outgoing (MVCSO) 12 Handoff Confirmation Outgoing (MHFCO) 13 Charge Rate Order Incoming (MCHOI) 14 Charge Rate Order Confirmation Outgoing (MCHCO) 15 Call Failure Outgoing (MCFLO) 16 Flash With Information Outgoing (MFLIO) 17 Flash With Information Ack. Incoming (MFWAI) 18 Flash With Information Incoming (MFLII) 19 Flash With Information Ack. Outgoing (MFWAO) 20 Transparent Channel Message Incoming (MINFI) 21 Transparent Channel Message Outgoing (MINFO) Description In the CNTRFILE there is one record per cooperating exchange that is selected for recording. All the variables (which are pointed out by the DID item position) are stored in a record and the number of records is a fixed number of 32 cooperating exchanges. The record pointers of the counter DIDs correspond to the record pointers of the COOPEXMTAB. State indicates whether or not the cooperating exchange record in the COOPEXMTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: The DID item position 1 is a 1 bit state variable. The DID item positions 2 to 19 are 16 bit variables.




DID-name: MTUPHOFF2CNT DID-number: 233 Function: Handoff Back (Serving to Anchor/Target) and Handoff to Third (Serving to Target) counters per cooperating exchange in MCMTUP for an exchange that participates in handoff Application: MCMTUP Position Contents 1 State (not selected/selected) 2 Handoff Back to Anchor Req. Incoming (MHARI) 3 Handoff to Third Exchange Req. Incoming (MHTRI) 4 Handoff Request Failure Outgoing (MHRFO) 5 Handoff Order Outgoing (MHOOO) 6 Handoff Synchronization Incoming (MHFSI) 7 Handoff Back to Anchor Req. Outgoing (MHARO) 8 Handoff to Third Exchange Req. Outgoing (MHTRO) 9 Handoff Request Failure Incoming (MHRFI) 10 Handoff Order Incoming (MHOOI) 11 Handoff Synchronization Outgoing (MHFSO) Description In the CNTRFILE there is one record per cooperating exchange that is selected for recording. All the variables (which are pointed out by the DID item position) are stored in a record and the number of records is a fixed number of 32 cooperating exchanges. The record pointers of the counter DIDs correspond to the record pointers of the COOPEXMTAB. State indicates whether or not the cooperating exchange record in the COOPEXMTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: The DID item position 1 is a 1 bit state variable. The DID item positions 2 to 11 are 16 bit variables.




DID-name: MTUPHOFF3CNT DID-number: 234 Function: Call Supervision and Circuit Supervision counters per cooperating exchange in MCMTUP for an exchange that participates in handoff Application: MCMTUP Position Contents 1 State (not selected/selected) 2 Flash Incoming (MFLAI) 3 Mobile Subscriber Termination Incoming(MSTEI) 4 Clear Forward Outgoing (MCLFO) 5 Change Traffic Direction Outgoing (MCTDO) 6 Recording Information Incoming (MRDII) 7 Flash Outgoing (MFLAO) 8 Mobile Subscriber Termination Outgoing(MSTEO) 9 Clear Forward Incoming (MCLFI) 10 Change Traffic Direction Incoming (MCTDI) 11 Recording Information Outgoing (MRDIO) 12 Blocking Outgoing (MBLOO) 13 Blocking Acknowledgement Incoming (MBLAI) 14 Unblocking Outgoing (MUBLO) 15 Unblocking Acknowledgement Incoming (MUBAI) 16 Release Guard Incoming (MRLGI) 17 Reset Circuit Outgoing (MRSCO) 18 Blocking Incoming (MBLOI) 19 Blocking Acknowledgement Outgoing (MBLAO) 20 Unblocking Incoming (MUBLI) 21 Unblocking Acknowledgement Outgoing (MUBAO) 22 Release Guard Outgoing (MRLGO) 23 Reset Circuit Incoming (MRSCI) Description In the CNTRFILE there is one record per cooperating exchange that is selected for recording. All the variables (which are pointed out by the DID item position) are stored in a record and the number of records is a fixed number of 32 cooperating exchanges. The record pointers of the counter DIDs correspond to the record pointers of the COOPEXMTAB. State indicates whether or not the cooperating exchange record in the COOPEXMTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: The DID item position 1 is a 1 bit state variable. The DID item positions 2 to 23 are 16 bit variables.



5.223 MTUPLOCCNT (CMS88)

DID-name: MTUPLOCCNT DID-number: 235 Function: Locating and MS Presence Verification counters per cooperating exchange in MCMTUP for an exchange that participates in locating Application: MCMTUP Position Contents 1 State (not selected/selected) 2 Locating Measurement Request Outgoing (MLMRO) 3 Locating Measurement Provision Incoming (MLMPI) 4 Locating Measurement Failure Incoming (MLMFI) 5 Locating Measurement Request Incoming (MLMRI) 6 Locating Measurement Provision Outgoing (MLMPO) 7 Locating Measurement Failure Outgoing (MLMFO) 8 MS Pres. Ver. Meas. Request Outgoing (MPVRO) 9 MS Pres. Ver. Meas. Provision Incoming(MPVPI) 10 MS Pres. Ver. Meas. Failure Incoming (MPVFI) 11 MS Pres. Ver. Meas. Request Incoming (MPVRI) 12 MS Pres. Ver. Meas. Provision Outgoing(MPVPO) 13 MS Pres. Ver. Meas. Failure Outgoing (MPVFO) Description In the CNTRFILE there is one record per cooperating exchange that is selected for recording. All the variables (which are pointed out by the DID item position) are stored in a record and the number of records is a fixed number of 32 cooperating exchanges. The record pointers of the counter DIDs correspond to the record pointers of the COOPEXMTAB. State indicates whether or not the cooperating exchange record in the COOPEXMTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: The DID item position 1 is a 1 bit state variable. The DID item positions 2 to 13 are 16 bit variables.



5.224 MTUPMSGIDTAB (CMS88)

DID-name: MTUPMSGIDTAB DID-number: 236 Function: MTUP message identities translation table for MTUP global statistics. Application: MCMTUP Position Contents 1 Symbolic MTUP total message ID Description There is one record per MTUP total message. The number of records is a fixed number of 256. The record pointer of the MTUPMSGIDTAB DID corresponds to the record pointer of the MTUPGLOBLCNT DID. The size of the variables: The DID item position 1 is a 7 character string.



5.225 MTUPVMSC1CNT (CMS88)

DID-name: MTUPVMSC1CNT DID-number: 237 Function: Location Data and Category/Supplementary Services counters per cooperating exchange in MCMTUP for a visited exchange Application: MCMTUP Position Contents 1 State (not selected/selected) 2 Location Updating Outgoing (MLUMO) 3 Location Updating Accepted Incoming (MLUAI) 4 Location Updating Rejected Incoming (MLURI) 5 Location Cancellation Incoming (MLCMI) 6 Location Cancellation Acc. Outgoing (MLCAO) 7 Location Cancellation Rej. Outgoing (MLCRO) 8 Activity Outgoing (MACMO) 9 Activity Accepted Incoming (MACAI) 10 Inactivity Outgoing (MINMO) 11 Inactivity Accepted Incoming (MINAI) 12 Cat/Sup Services Updating Incoming (MCSUI) 13 Cat/Sup Services Accepted Outgoing (MCSAO) 14 Code Cntrl'd Sub. Serv. Outgoing (MCCMO) 15 Code Cntrl'd Sub. Serv. Acc. Incoming (MCCAI) 16 Code Cntrl'd Sub. Serv. Rej. Incoming (MCCRI) 17 Service Directive Outgoing (MSDMO) 18 Service Directive Ack. Incoming (MSDAI) 19 Originating Call Access Outgoing (MOAMVO) 20 Originating Call Access Accep.Incoming (MOAAVI) 21 Originating Call Access Rej. Incoming (MOARVI) 22 Mobile Restrict Service Request Outgoing (MRSMO) 23 Mobile Restrict Service Ackcnowledgement Incoming (MRSAI) 24 Mobile Restrict Service Rejected Incoming (MRSRI) Description In the CNTRFILE there is one record per cooperating exchange that is selected for recording. All the variables (which are pointed out by the DID item position) are stored in a record and the number of records is a fixed number of 32 cooperating exchanges. The record pointers of the counter DIDs correspond to the record pointers of the COOPEXMTAB. State indicates whether or not the cooperating exchange record in the COOPEXMTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: The size of the variables: Position Block Size



1 MCMTUP 1 bit 2 - 24 MCMTUP 16 bits




DID-name: MTUPVMSC2CNT DID-number: 238 Function: Routing Data, Data Maintenance, and Paging Data counters per cooperating exchange in MCMTUP for a visited exchange Application: MCMTUP Position Contents 1 State (not selected/selected) 2 Routing Number Interrogation Incoming (MRIMI) 3 Routing Number Outgoing (MRNMO) 4 Routing Number Rejected Outgoing (MRNRO) 5 C-Number Interrogation Outgoing (MCIMO) 6 C-Number Incoming (MCNMI) 7 C-Number Rejected Incoming (MCNRI) 8 Redirection Request Outgoing (MRDMO) 9 Redirection Accepted Incoming (MRDAI) 10 Redirection Rejected Incoming (MRDRI) 11 Unrel. Loc. Data Detected Incoming (MULMI) 12 Unrel. Loc. Data Detected Ack. Outgoing (MULAO) 13 System Restart Info. Outgoing (MSRMO) 14 System Restart Info. Ack. Incoming (MSRAI) 15 Inter-Exchange Paging Request Incoming(MIEPI) 16 Inter-Exchange Paging Request Outgoing(MIEPO) 17 Page Response Outgoing (MPRMO) 18 Page Response Acknowledgement Incoming(MPRAI) 19 Release Seized Resources Incoming (MRRMI) 20 Page response Incoming (MPRMI) 21 Page response Acknowledgement Outgoing(MPRAO) 22 Inter-Exchange Paging Ack. Incoming (MIEAI) 23 Inter-Exchange Paging Ack. Outgoing (MIEAO) Description In the CNTRFILE there is one record per cooperating exchange that is selected for recording. All the variables (which are pointed out by the DID item position) are stored in a record and the number of records is a fixed number of 32 cooperating exchanges. The record pointers of the counter DIDs correspond to the record pointers of the COOPEXMTAB. State indicates whether or not the cooperating exchange record in the COOPEXMTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: The DID item position 1 is a 1 bit state variable. The DID item positions 2 to 23 are 16 bit variables.



5.227 PAPAGECNT (CMS88)

DID-name: PAPAGECNT DID-number: 239 Function: Counters for Paging Area (PA) Paging Application: Blocks MSCH, MPAP, previously MCCT and MPAP. Position Contents 1 Paging Area pointer associated to a location area 2 Number of paging area paging page (PAPPATT) attempts Description: One record per location area. The location area data file is a fixed size file of 32 records. The pointer used to reference the data record is also used to reference the corresponding LA symbolic name in the location area name file in MTRAN ( see DID entitled LACMSTAB ). DID position 1 contains the paging area pointer associated to a given paging area. This pointer is used to reference the corresponding PA symbolic name in the paging area name file in block MTRAN1 ( see DID entitled PATAB ). DID position 1 is stored in the location area data file in block MPAP. DID position 2 was stored in the location area data file in block MCCT. DID position 2 is stored in the location area data file in block MCSH. The size of the variables: DID item position 1 = 16 bits. DID item position 2 = 16 bits.



5.228 PAPAGERESCNT (CMS88)

DID-name: PAPAGERESCNT DID-number: 240 Function: Counters for Paging Area (PA) Paging Results Application: Block MCSH, previously MCCT Position Contents 1 Number of paging area paging page (PAPPR) responses ( 32 ) Description: One record per location area. The location area data file is a fixed size file of 32 records. The pointer used to reference the data record is also used to reference the corresponding LA symbolic name in the location area name file in MTRAN ( see DID entitled LACMSTAB ). DID position 1 contains an indexed variable of 32 counters per location area. The index used to reference the appropriate page response counter also points to the corresponding LA symbolic name in the location area name file in block MTRAN ( see DID entitled LACMSTAB ). The size of the variables: DID item position 1 = 16 bits.



5.229 PATAB (CMS88)

DID-name: PATAB DID-number: 241 Function: Paging Area (PA) translation table Application: Block MTRAN1 Position Contents 1 State (undefined/defined) 2 Symbolic PA name Description: Translation from PA pointer to symbolic name, given in a paging area name table. This translation file is size alterable up a maximum of 256 records. State is defined as follows: State = 0 - PA is undefined = 1 - PA is defined = 2, 3 - not used One record per PA. The size of the variables: DID item position 1 = 2 bit. DID item position 2 = string 7 characters



5.230 SPAPAGECNT (CMS88)

DID-name: SPAPAGECNT DID-number: 242 Function: Counters for Satellite Paging Area (SPA) Paging Application: Block MCSH, previously MCCT Position Contents 1 State ( not selected/selected ) 2 SPA pointer 3 Number of satellite paging area (SPAPPATT) paging page attempts Description: One record per selected satellite paging area. The counter file is a fixed size file of 32 records. Each record contains a pointer ( given in DID position 2 ) used to reference the corresponding SPA symbolic name in the satellite paging area name file in block MTRAN1 ( see DID entitled SPATAB ). State is defined as follows: State = 0 - SPA is not selected for recording = 1 - SPA is selected for recording The satellite paging area counter file is stored in block MCSH. The satellite paging area counter file was stored in block MCCT. The size of the variables: DID item position 1 = 1 bit. DID item position 2 = 16 bits. DID item position 3 = 16 bits.



5.231 SPAPAGRESCNT (CMS88)

DID-name: SPAPAGRESCNT DID-number: 243 Function: Counters for Satellite Paging Area (SPA) Paging Results Application: Blocks MCCT and MCSH. Position Contents 1 State ( not selected/selected ) 2 SPA pointer 3 Number of satellite paging area (SPAPPR) paging page responses (32) Description: One record per selected satellite paging area. The counter file is a fixed size file of 32 records. Each record contains a pointer ( given in DID position 2 ) used to reference the corresponding SPA symbolic name in the satellite paging area name file in block MTRAN1 ( see DID entitled SPATAB ). DID position 3 contains an indexed variable of 32 counters per selected satellite paging area. The index used to reference the appropriate page response counter also points to the corresponding LA symbolic name in the location area name file in block MTRAN ( see DID entitled LACMSTAB ). State is defined as follows: State = 0 - SPA is not selected for recording = 1 - SPA is selected for recording The satellite paging area counter file is stored in block MCCT. The size of the variables: DID item position 1 = 1 bit. DID item position 2 = 16 bits. DID item position 3 = 16 bits.



5.232 SPATAB (CMS88)

DID-name: SPATAB DID-number: 244 Function: Satellite Paging Area (SPA) translation table Application: Block MTRAN1 Position Contents 1 State (undefined/defined) 2 Symbolic SPA name Description: Translation from SPA pointer to symbolic name, given in a satellite paging area name file. This translation file is size alterable up a maximum of 256 records. State is defined as follows: State = 0 - SPA is undefined = 1 - SPA is defined = 2, 3 - not used One record per SPA. The size of the variables: DID item position 1 = 2 bit. DID item position 2 = string 7 characters



5.233 SYSTSUBCNT (CMS88)

DID-name: SYSTSUBCNT DID-number: 245 Function: Counters for System Total of Connected and Active Subscribers Application: Blocks of types HSD and HLD Position Contents 1 Number of Connected Subscribers in block HSDn (CSUBCNT) 2 Number of active subscribers HLS (CTOTACT) Description: Position one indicates the base address of the indicated HSD block's counter for connected subscribers. The values of all the HSD block counters for connected HLR subscribers will be summed before the value is stored in the STS measurement data base. Position two indicates the HLR total of active subscribers, located in block HLS. This is a single counter and does not need to be summed with other counters as for position 1. The size of the variables. Position Block Size 1 type HSD 32 bit 2 HLS 32 bits



5.234 ECELLTRANTAB (CME BSC)

DID-name: ECELLTRANTAB DID-number: 246 Function: Cell translation table. Application: Block ROTRAN Position Contents 1 Symbolic cell name Description: Translation from cell-number to symbolic external cell-name. The cell-number is identical with the record number in the file that is the pointer. One record per cell. The size of the variable. DID item position: 1 = string 7 characters



5.235 NECELLRELCNT (CME BSC)

DID-name: NECELLRELCNT DID-number: 247 Function: Handover registrations between the serving cell and a external neighbour. Application: Block RQCD. Position Contents 1 State 2 Global cell pointer to the serving cell (SERVCELLP) 3 Global cell pointer to the external neighbouring cell (NEIGCELLP) 4 Number of handover attempts to the neighbouring cell (HOVERCNT) 5 Number of successful handovers to the neighbouring cell (HOVERSUC) 6 Number of handover attempts where the call returns to old channel. (HORTTOCH) Description: One set of counters is defined for each neighbour relation. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 and 3 are pointers. The pointer in position 2 can be translated to a cell name by using the cell translation table (DID CELLTRANTAB). The pointer in position 3 can be translated to a cell name by using the cell translation table (DID ECELLTRANTAB). The maximum number of records in the file is 4096. Size alteration event 523 is used to alter the file size. DID item position 1 - 6 are stored in the neighbouring cell relation file in block RQCD. The size of the variables. DID item position: 1 = 1 bit DID item positions: 2-6 = 16 bits.



5.236 CELLCCHDRCNT (CME BSC)

DID-name: CELLCCHDRCNT DID-number: 248 Function: Dropped connections per cell for SDCCH Application: Block RQRCQS DID item Contents position 1 State 2 Dropped connections at low (CDISQA) quality down or up link per cell. 3 Dropped connections for (CDISSS1) power class 1 MSs, at low signal strength down or up link. 4 Dropped connections for (CDISSS2) power class 2 MSs, at low signal strength down or up link. 5 Dropped connections for (CDISSS3) power class 3 MSs, at low signal strength down or up link. 6 Dropped connections for (CDISSS4) power class 4 MSs, at low signal strength down or up link. 7 Dropped connections for (CDISSS5) power class 5 MSs, at low signal strength down or up link. 8 Dropped connections at (CDISTA) excessive TA. 9 Dropped connections at low (CDISQASUB) quality down or up link per overlaid subcell. 10 Dropped connections at low (CDISSS) signal strength down or up link per cell. 11 Dropped connections at low (CDISSSSUB) signal strength down or up link per overlaid subcell. Description: The counters are defined per cell for SDCCHs. The internal cell number is identical with the record number (i.e record-pointer). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position: 1-11 are stored in block RQRCQS.



The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RQRCQS 16 Bits 2 RQRCQS 16 Bits 3 RQRCQS 16 Bits 4 RQRCQS 16 Bits 5 RQRCQS 16 Bits 6 RQRCQS 16 Bits 7 RQRCQS 16 Bits 8 RQRCQS 16 Bits 9 RQRCQS 16 Bits 10 RQRCQS 16 Bits 11 RQRCQS 16 Bits



5.237 CELLEVENTCNT (CME BSC)

DID-name: CELLEVENTCNT DID-number: 249 Function: Channel Change registrations per cell. Application: Block RQCD, RCLC, RCLS. Position Contents 1 State 2 Global cell pointer to the serving cell (SERVCELLP) 3 Handover attempts to overlaid cell. (HOAATOL) 4 Number of Successful handover (HOSUCOL) attempts to overlaid cell. 5 Handover attempts to underlaid cell.(HOAATUL) 6 Number of Successful handover attempts to underlaid cell. (HOSUCUL) 7 Number of intra cell handover (HOINUQA) attempts at bad uplink quality. 8 Number of intra cell handover attempts at bad downlink quality. (HOINDQA) 9 Number of successful intra cell (HOINSUC) handovers. 10 Normal disconnection (DISNORM) 11 Disconnection at bad radio link (DISBQA) quality 12 Disconnection at bad signal (DISBSS) strength 13 Disconnection at excessive TA (DISETA) 14 Number of intra cell handover (HOINBQA) attempts at bad quality in both links. 15 Number of unsuccessful intra (HOINBOCH) cell handover attempts, MS back on old channel. 16 Accumulated time for load (LSTIME) sharing in seconds. 17 Total Time in seconds. (TIME) 18 Handover attempts due to (HOATTLS) load sharing. 19 Successful handovers due to (HOSUCLS) load sharing. 20 Handover attempts due to (HOATTBL) blocking. 21 Successful handovers due to (HOSUCBL) blocking. Description: One set of counters is defined for each cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB).



DID item position 16 is the number of seconds that loadsharing has been active. DID item position 17 supplies total time in seconds for averaging of DID item position 16. The maximum number of records in the file is 512. The size of the variables. Position Block Size 1 RQCD 1 bit 1 RCLC 1 bit 1 RCLS 1 bit 2 - 9 RQCD 16 bits 10 -13 RCLC 16 bits 14 -15 RQCD 16 bits 16 -19 RCLS 16 bits 20 -21 RQCD 16 bits



5.238 CELLTCHDRCNT (CME BSC)

DID-name: CELLTCHDRCNT DID-number: 250 Function: Cell-counters in block RCLC for TCH Application: Block RCLC Position Contents 1 State 2 Dropped connections at low (TDISQA) quality down or up link 3 Dropped connections for (TDISSS1) classmark 1 MSs, at low signal strength down or up link. 4 Dropped connections for (TDISSS2) classmark 2 MSs, at low signal strength down or up link. 5 Dropped connections for (TDISSS3) classmark 3 MSs, at low signal strength down or up link. 6 Dropped connections for (TDISSS4) classmark 4 MSs, at low signal strength down or up link. 7 Dropped connections for (TDISSS5) classmark 5 MSs, at low signal strength down or up link. 8 Dropped connections at (TDISTA) excessive TA Description: The counters are defined per cell for TCHs (Traffic CHannels). The internal cell number is identical with the record number (i.e record-pointer). The record number can be translated to a cell name in the cell translation table (DID CELLTRANTAB) DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item positions 1 - 8 are stored in records, the number of records is 512. The size of the variables. DID item position: 1 - 8 = 16 bits. NOTE. DID item 1 - 8 are valid for block RCLC.



5.239 MOTGCNT (CME BSC)

DID-name: MOTGCNT DID-number: 251 Function: Intermittent counters per TG. Application: Block RXETG (Note that the block may exist in more than one instance within an exchange), RXCMSD Position Contents 1 State 2 Block number 3 Intermittent faults (INTERCNT) 4 Transcoder synchronisation faults (TRASYNCCNT) Description: The MO should be translated using COMMOTSTRANTAB, previously MOTRANTAB. DID item 2 together with pointer is used to find the correct string to translate to. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used) DID items position 1 to 4 are stored in records, one per TG. There are 512 records in one SOP. In CME20 BSC R6 only position 1 and 3 are provided, one per TG. The number of records has a maximum value of 512 records and is changed using SAE 550. The size of the variables. Position Block Size 1 RXETG, RXCMSD 1 bit 2 RXETG 16 bits 3 RXETG, RXCMSD 16 bits 4 RXCMSD 16 bits



5.240 MOTRANTAB (CME BSC)

DID-name: MOTRANTAB DID-number: 252 Function: Provides block number and a number of strings to be concatenated and used for translation of an MO. Stored in the MO record. Application: Block RXETG and RXETS (Note that these blocks may exist in more than one instance within an exchange) Position Contents 1 Block Number 2 String 1 3 String 2 4 String 3 5 String 4 6 String 5 Description: DID item position 1 is the block number for the reporting block. Block name, a dash ("-") and string 1 to 5 should be concatenated and the resulting string is used in a translation table for printouts. Note that this DID can be reported from more than one block and the data read from these blocks may use the same pointer values. Both the pointer and the block number must be used to find the corect set of strings. DID items position 1 to 6 are stored in records, one per MO. A maximum of 4608 MOs will report any data to STS in CME-R4/BSC The size of the variables. DID item position: 1 = 16 bits DID item position: 2,4 = String 0-3 char DID item position: 3,5,6 = String 0-1 char



5.241 MOTSCNT (CME BSC)

DID-name: MOTSCNT DID-number: 253 Function: Call set up and call failure counters per TS. Application: Block RXETS (Note that the block may exist in more than one instance within an exchange), RXCMSD Position Contents 1 State 2 Block number 3 Time out or radio link failure (CONERCNT) 4 Connection set up attempt (CONCNT) Description: The MO should be translated using COMMOTSTRANTAB, previously MOTRANTAB. DID item 2 together with pointer is used to find the correct string to translate to. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID items position 1 to 4 are stored in records. There are 4096 records in one SOP. In CME20 BSC R6 only position 1, 3 and 4 are provided, one per TS. The number of records has a maximum value of 8192 records and is changed using SAE 553. The size of the variables. Position Block Size 1 RXETS, RXCMSD 1 bit 2 RXETS 16 bits 3 - 4 RXETS, RXCMSD 16 bits



5.242 NCELLRXTCNT (CME BSC)

DID-name: NCELLRXTCNT DID-number: 254 Function: Handover registrations between the serving cell and an internal neighbour. Application: Block RHCD Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell 3 Global cell pointer to the (NEIGCELLP) neighbouring cell 4 Number of handovers to better L-cell.(HOTOLCL) 5 Number of handovers to better K-cell (HOTOKCL) 6 Number of handovers at bad (HOUPLQA) uplink quality. 7 Number of handovers at bad (HODWNQA) downlink quality. 8 Number of handovers due to (HOEXCTA) exceeded time alignment. 9 Number of assignment handovers (HOASBCL) to better cell. 10 Number of assignment handovers (HOASWCL) to worse cell. 11 Number of successful assignment (HOSUCBCL) handovers to better cell. 12 Number of successful assignment (HOSUCWCL) handovers to worse cell. 13 Number of handover attempts (HODUPFT) during a predefined time. Description: One set of counters is defined for each neighbour relation. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item positions 2 and 3 are pointers, the pointer values can be translated to cell names in the cell translation table (DID CELLTRANTAB). The sum of, the number of records in, the file with internal neighbouring cells and, the number of records in, the file with external neighbouring cell is maximal 4096. Size alteration event 522 is used to alter the filesize. DID item positions 1 - 13 are stored in the internal neighbouring cell relation file in block RHCD. The size of the variables. DID item position: 1 = 1 bit. DID item positions: 2 - 13 = 16 bits.



5.243 NECELLRXTCNT (CME BSC)

DID-name: NECELLRXTCNT DID-number: 255 Function: Handover registrations between the serving cell and an internal neighbour. Application: Block RQCD Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell 3 Global cell pointer to the (NEIGCELLP) neighbouring cell 4 Number of handovers to better (HOTOLCL) L-cell. 5 Number of handovers to better (HOTOKCL) K-cell. 6 Number of handovers at bad (HOUPLQA) uplink quality. 7 Number of handovers at bad (HODWNQA) downlink quality. 8 Number of handovers due to (HOEXCTA) exceeded time alignment. 9 Number of assignment handovers (HOASBCL) to better cell. 10 Number of assignment handovers (HOASWCL) to worse cell. 11 Number of successful assignment (HOSUCBCL) handovers to better cell. 12 Number of successful assignment (HOSUCWCL) handovers to worse cell. 13 Number of handover attempts (HODUPFT) during a predefined time. Description: One set of counters is defined for each neighbour relation. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item positions 2 and 3 are pointers, the pointer values can be translated to cell names in the cell translation tables (DID CELLTRANTAB and ECELLTRANTAB). SERVCELLP is translated in DID CELLTRANTAB and NEIGCELLP is translated in DID ECELLTRANTAB. The sum of, the number of records in, the file with internal neighbouring cells and, the number of records in, the file with external neighbouring cell is maximal 4096. Size alteration event 523 is used to alter the filesize. DID item positions 1 - 13 are stored in the external neighbouring cell relation file in block RQCD.



The size of the variables. DID item position: 1 = 1 bit. DID item positions: 2 - 13 = 16 bits.



5.244 BSCBSCCNT (CME BSC & BSC R9)

DID-name: BSCBSCCNT DID-number: 256 Function: MS session counters for BSC Application: Block RMCC, RMPAG DID item Contents position 1 Cumulative number of MS sessions (BSCCUMMS) in the BSC 2 Number of ongoing MS sessions (BSCMAXMS) in the BSC 3 Cumulative number of MS sessions (GSM1800CUMMS) in the BSC in GSM1800 system 4 Number of ongoing MS sessions (GSM1800MAXMS) in the BSC in GSM1800 system 5 Cumulative number of MS sessions (GSM900CUMMS) in the BSC in GSM system 6 Number of ongoing MS sessions (GSM900MAXMS) in the BSC in GSM system 7 Number of Paging messages (TOTPAG) received from the MSC 8 Number of Paging messages (TOTCONGPAG) discarded due to congestion 9 Cumulative number of MS sessions (GSM400CUMMS) in the BSC in GSM 400 system 10 Number of ongoing MS sessions (GSM400MAXMS) in the BSC in GSM 400 system 11 Cumulative number of MS sessions (GSM800CUMMS) in the BSC in GSM 800 system 12 Number of ongoing MS sessions (GSM800MAXMS) in the BSC in GSM 800 system Description: The counters are defined per BSC (system total). DID item positions 1,3,5 and 7-9 and 11 are peg counters. DID item positions 2,4,6,10 and 12 are status counters. DID item positions 7-8 are stored the in block RMPAG. The size of the variables. DID item position: 1 - 12 = 16 bits. DID position Block Size 1 - 6 RMCC 16 Bits 7 RMPAG 32 bits 8 RMPAG 16 Bits 9 - 12 RMCC 16 Bits



5.245 C7TCDIACNT (STD)

DID-name: C7TCDIACNT DID-number: 257 Function: Counters for Dialogue Portions Application: Block C7TCP Position Contents 1 Number of Dialogue Portions sent 2 Number of Dialogue Portions received Description: One record per Dialogue Portion type. All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of Dialogue Portion types The Dialogue Portion types are identified by the pointer. The size of the variables: DID item positions 1-2 = 16 bits This counter DID is associated to the translation table C7TCDIATAB.



5.246 C7TCDIATAB (STD)

DID-name: C7TCDIATAB DID-number: 258 Function: Translation table for Dialogue Portion types. Application: Block C7TCP Position Contents 1 Symbolic name of the Dialogue Portion type (slogan) The size of the variables. DID item position: 1 = string 7 characters This translation table is associated to the DID, C7TCDIACNT. Relation between slogans and Dialogue Portion types: Slogan Dialogue Portion type 1 AARQ AARQ APDU 2 AARE AARE APDU 3 ABRT ABRT APDU 4 AUDT AUDT APDU 5 USRINF User Information



5.247 GIWUCNT (CME SS)

DID-name: GIWUCNT DID-number: 259 Function: Counters for GIWU functionality on GSM IWU level Application: Block MIWUC Position Contents 1 Number of congestions per GIWU functionality 2 Total number of IWU requests sent to GSM IWU per GIWU functionality 3 Number of unsuccessful IWU requests sent to GSM IWU per GIWU functionality 4 Total number of IWU connection attempts sent to GSM IWU per GIWU functionality 5 Number of unsuccessful IWU connection attempts sent to GSM IWU per GIWU functionality 6 Total number of Channel Mode Modify requests received from the GSM IWU per GIWU functionality 7 Number of Channel Mode Modify requests received from the GSM IWU per GIWU functionality leading to unsuccessful channel mode modification 8 Number of forced releases received from the GSM IWU per GIWU functionality for Ongoing calls 9 Total number of in-call modification requests sent to GSM IWU per GIWU functionality 10 Number of unsuccessful in-call modification requests sent to GSM IWU per GIWU functionality 11 Total number of ICM COMPLETE requests sent to GSM IWU per GIWU functionality 12 Number of unsuccessful ICM COMPLETE requests sent to GSM IWU per GIWU functionality 13 Total number of ICM CANCEL requests sent to GSM IWU per GIWU functionality Description: All the variables are stored in a record. One record per GIWU functionality. The maximum number of records in this file is 15. These counters are stored in block MIWUC. The size of the variables. DID item positions: 1-13 = 16 bits.



5.248 GIWUTAB (CME SS)

DID-name: GIWUTAB DID-number: 260 Function: GIWU functionality translation table Application: Block MIWUSA Position Contents 1 State 2 Symbolic name of GIWU functionality (Slogan) Description: One record per GIWU functionality. Translation from GIWU functionality pointer to symbolic name. Item position 1 is a state value indicating: - GIWU functionality not defined (=0) - GIWU functionality defined (=1) The GIWU functionality slogans are stored in a size alterable file. The maximum number of records in this file is 15. The size of the variables. DID item position: 1 = 1 bit. DID item position: 2 = string 7 characters.



5.249 GSMSCCNT (CME SS)

DID-name: GSMSCCNT DID-number: 261 Function: Counters for short messages in SMS-GMSC. Application: Block GSMS. Position Contents 1 Total number of mobile terminated short messages in SMS-GMSC 2 Number of successful mobile terminated short messages in SMS-GMSC 3 Unsuccessful use of MAP version 2 for SM transfer pipeline Description: All the variables are stored as common data in block GSMS. The size of the variables. DID position Block Size 1 - 3 GSMS 16 bits



5.250 HLRSUBSCNT (CME SS)

DID-name: HLRSUBSCNT DID-number: 262 Function: Counter for number of registered subscribers in HLR. Application: Block HSD, HRSC. Position Contents 1 Number of subscribers in HLR (CNTSUBS) 2 Number of Redundant subscribers in HLR (CNTRSUBS) 3 Number of LMU subscribers (CNTLMUSUBS) 4 Number of mobile subscribers (CNTMOBSUBS) Description: Defines total number of subscribers, number of redundant subscribers, number of LMU subscribers and number of mobile subscribers registered in HLR. The counter will be stored in common data. Size of the variable: Position Block Size 1 HSD 32 Bits 2 HRSC 32 Bits 3-4 HSD 32 Bits



5.251 IWSMSCCNT (CME SS)

DID-name: IWSMSCCNT DID-number: 263 Function: Counters for short messages in SMS-IWMSC. Application: Block IWSMS. Position Contents 1 Total number of mobile originated short messages in SMS-IWMSC 2 Number of successful mobile originated short messages in SMS-IWMSC Description: All the variables are stored as common data in block IWSMS. The size of the variables. DID item positions: 1-2 = 16 bits.



5.252 MTSFBCNT (CME SS)

DID-name: MTSFBCNT DID-number: 264 Function: Counters for MTS MAP V2 operation Fall Back statistics for Application Contexts (AC). Application: Blocks MAPVC, MHOAP, MECAP, MSECAP3, GMAPVS and MSMOAP Position Contents 1 AC Identity (code) 2 Number of fall backs for an Application Context Description: One record per Application Context (the number of records = number of Application Contexts in the block). The variables are stored as common data if the block contains only one Application Context. The Application Contexts are identified by a code. (DID: MTSFBTAB). The size of the variables : position Block Size 1 - 8 Bits 2 MECAP, R-declared MSECAP3, GMAPVS



5.253 MTSFBTAB (CME SS)

DID-name: MTSFBTAB DID-number: 265 Function: MTS Fall Backs per AC translation table Application: Block MTRAN Position Contents 1 AC identity (code) 2 Symbolic name of Application Context (slogan) Description: Translation from Application Context identity/code to AC symbolic name (slogan). This translation is used for: 'MTS Fall Back from MAP version 2 back to MAP version 1' statistics on AC level and MO SMS application context 'shortMsgMO-RelayContext-v3' with slogan 'FBSMMO3' (DID: MTSFBCNT). The size of the variables. DID item position: 1 = 8 bits. DID item position: 2 = string 7 characters The relations between codes,slogans and Application Contexts is defined in document 87/155 16-ANT 219 07, Rev B.



5.254 ODBCNT (CME SS)

DID-name: ODBCNT DID-number: 266 Function: Counters for Operator Determined Barring statistics. Application: Block MSMO, MSS, MTACC and MTBCC Position Contents 1 Number of outgoing calls barred due to ODB in MSC/VLR 2 Number of outgoing short messages barred due to ODB in MSC/VLR 3 Number of call independent supplementary services subscriber procedures barred due to ODB in MSC/VLR 4 Number of call related supplementary services subscriber procedures barred due to ODB in MSC/VLR (first block) 5 Number of call related supplementary services subscriber procedures barred due to ODB in MSC/VLR (second block) Description: All the variables are stored as common data. The counter specified in DID position 1 is stored in block MTACC. The counter specified in DID position 2 is stored in block MSMO. The counter specified in DID position 3 is stored in block MSS. The counters specified in DID position 4 and 5 have the same definition, but are stored in two different blocks (MTACC and MTBCC, respectively). The size of the variables. DID item positions: 1-5 = 16 bits.



5.255 ODBINVCNT (CME SS)

DID-name: ODBINVCNT DID-number: 267 Function: Counters for the number of operations that are barred and Forwarded-to number registration or activation rejections, due to an ODB. Application: Operation Handling blocks (HLUAP/2/3,HSSBEAP, HSBEAP2, HRRGAP/2/3, HRSMAP, HGLUAP) and blocks that initiate procedures for registration or activation of forwarded-to numbers (HSSDA, HSSREAP, HSREAP2, HSSACAP, HSACAP2) Position Contents 1 Number of Barring Invocations (CNTODBINV) (HLUAP/2/3, HSSBEAP, HSBEAP2, HRRGAP/2/3, HRSMAP, HRSMAP3) 2 Number of Forwarded-to number registration (CNTODBREG) or activation rejections. (HSSDA, HSSREAP, HSREAP2, HSSACAP, HSACAP2) 3 Number of GPRS Barring Invocations (CNTGPODBINV) Description: All variables are stored as common data. All counters are of type PEG. The counter is total for HLR. The existing counter ODBINVCNT (ObjectType ODBINV) will be used to count the number of the barred calls due to ODB for incoming calls when roaming outside the zone of the Home PLMN country. It is required that it should be possible to measure the number of call forwarding registration or activation rejections due to contravention with an active ODB. Item position 1 defines the number of operations that are barred due to an ODB. Item position 2 defines the number of Forwarded-to number registration or activation rejections due to an active OBRF. All the variables are stored as common data. Item position 3 defines the number of GPRS operations that are barred due to an ODB. The size of the variables: DID Position Block Size 1 HLUAP/2/3,HSSBEAP,HRSMAP3 16 bits 1 HSBEAP2,HRRGAP/2/3,HRSMAP 16 bits 2 HSSDA,HSSREAP,HSREAP2 32 bits 2 HSSACAP,HSACAP2 32 bits 3 HGLUAP 16 bits



5.256 PLMNSUBCNT (CME SS)

DID-name: PLMNSUBCNT DID-number: 268 Function: Counter for Subscribers located per PLMN. Application: Block HVLRAD Position Contents 1 State (undefined/defined) 2 Number of Subscribers per PLMN. (CNTPERPLMN) 3 Number of GPRS Subscribers per PLMN. (CNTGPPERPLMN) Description: Item position 1 is a state value to indicate if the record information is valid (=1) or not (=0). The variable is stored in a record. There is one record per PLMN in HVLRAD block. The internal PLMN address is identical to the record pointer. The size of the variables. DID position: 1 = 1 bit. DID position: 2 = 32 bits DID position: 3 = 32 bits See DID PLMNSUBTAB for translation table relating state and PLMN addresses



5.257 PLMNSUBTAB (CME SS)

DID-name: PLMNSUBTAB DID-number: 269 Function: Translation table for PLMNs. Application: Block HVLRAD Position Contents 1 State (undefined/defined) 2 PLMN address part 1. (CC) 3 PLMN address part 2. (NDC part 1) 4 PLMN address part 3. (NDC part 2) 5 PLMN address part 4. (NDC part 3) 6 PLMN address part 5. (NDC part 4) Description: DID item positions 1-5 are stored in a record, one record per PLMN in HVLRAD. The number of records is the number of PLMNs defined. Item position 1 is a state value to indicate if the record information is defined (=1) or undefined (=0), that means if the PLMN is defined or not. Item positions 2-6 together build a unique PLMN address. The PLMN address is part of the VLR address. (E.164 numbering plan) The PLMN address is made up by: CC + NDC. - CC: Country Code (E.163) - NDC: National Destination Code The size of the variables: DID item positions: 1 = 1 bit. DID item positions: 2-6 = 16 bits



5.258 SSACTCNT (CME SS)

DID-name: SSACTCNT DID-number: 270 Function: Counter for number of subscribers having an SS active on a per BSG basis. Application: Block HSSD, HBSPD, HSMD, HBSGD1, HBSGD2, HBSGD3, HBSGD4 and HRRLAP3. Position Contents 1 SS record State (undefined/defined) 2 Subscribers having an SS Active for 'All subscribed BSGs'. 3 Subscribers having an SS Active for BSG 'Speech'. 4 Subscribers having an SS Active for BSG 'Short Message Service'. 5 Subscribers having an SS Active for BSG 'Facsimile'. 6 Subscribers having an SS Active for BSG 'All Data Circuit Asyncronous'. 7 Subscribers having an SS Active for BSG 'All Data Circuit Syncronous'. 8 Subscribers having an SS Active for BSG 'Auxiliary Speech'. Description: One record per SS in every block. Each block will have a record per SS to store the counters for this specific BSG (or ALL). Number of records in block = number of supplementary services. All supplementary services are not valid for all of the Basic Service Groups. The Supplementary services are identified by means of translation table SSIDTAB. The size of the variables: DID position Block Size 1 HSSD 1 bit 2-8 HSSD 32 bits Item 1 is a state value to indicate if the record information is defined (=1) or undefined (=0). NOTE. Items 1,2 is valid for block HSSD Items 1,3 is valid for block HBSPD Items 1,4 is valid for block HSMD Items 1,5 is valid for block HBSGD1 Items 1,6 is valid for block HBSGD3 Items 1,7 is valid for block HBSGD4 Items 1,8 is valid for block HBSGD2



5.259 SSIDTAB (CME SS)

DID-name: SSIDTAB DID-number: 271 Function: Translation table for SS Application: Block HSSD Position Contents 1 Supplementary Service Slogan. The relation between slogan and supplementary service is defined in FS 10/15517-ANT 238 01 Uen These slogans have to appear in the FS 'Counters in the Measurement Data Base for Traffic and Events Measurement in HLR' Description: Item position 1 contains the SS slogans. Stored in a record. Number of records = number of SS (=31) Size of the variables: DID position 1: 7 character string.



5.260 SSSPROCNT (CME SS)

DID-name: SSSPROCNT DID-number: 272 Function: Counters for the number of successful subscriber procedure operations per SS. Application: HSSACAP, HSSINAP, HSSREAP, HRRGAP/2 and HRSMAP, HSACAP2, HSINAP2, HSREAP2, HRSMAP3 Position Contents 1 SS record state (undefined/defined) 2 Number of successful Registrations (CNTSUCCREG) 3 Number of successful Erasures (CNTSUCCERA) 4 Number of successful Activations (CNTSUCCACT) 5 Number of successful Deactivations (CNTSUCDEACT) 6 Number of successful Interrogations (CNTSUCCINT) 7 Number of successful Invocations (CNTSUCCINV) 8 Number of successful Registrations originated from external node (CNTSUCREGEX) 9 Number of successful Erasures originated from external node (CNTSUCERAEX) 10 Number of successful Activations originated from external node (CNTSUCACTEX) 11 Number of successful Deactivations originated from external node (CNTSUCDEACTEX) 12 Number of successful Interrogations originated from external node (CNTSUCINTEX) Description: One record per SS or group of SS in each block. Each block will have records to store successful subscriber activity counters per SS or SS group. Number of records in block = number of supplementary services + number of SS groups. All supplementary services are not valid for all of the subscriber procedures. Item 1 is a state value to indicate if the record information is defined (=1) or undefined (=0). The size of the variables: DID position Block Size 1 ALL 1 bits 2 - 3 HSSREAP,HSREAP2 16 bits 4 - 5 HSSACAP,HSACAP2 16 bits



6 HSSINAP,HSINAP2 16 bits 7 HRRGAP/2,HRSMAP, 16 bits HRSMAP3 8 - 9 HSREAP2 16 bits 10 - 11 HSACAP2 16 bits 12 HSINAP2 16 bits



5.261 HMAPERRCNT (CMS30 SS)

DID-name: HMAPERRCNT DID-number: 273 Function: HRS Counters for Intra-Network Roaming MAP operation error codes Application: HGDAP, HLEAP, HLRAP, HRSSAP, HRTGMAP, HSDAP, HSDPAP, HSSAP, HUSDAP,HTSSOP HCLOP and HANOP. Old block: Replaced by the block: HGDAP HGDOP HLEAP HLETOP HSDAP HLETOP HLRAP HLRPOP HSDPAP HLRPOP HRSSAP HRSSOP HRTGMAP HRDOP HSSAP HSSOP HUSDAP HUSDOP Position Contents 1 MAP Operation identity (code) 2 Number of TC U ERROR primitives sent error code AbsentSubscriber 3 Number of TC U ERROR primitives sent error code CallBarred 4 Number of TC U ERROR primitives sent error code DisplayError 5 Number of TC U ERROR primitives sent error code ForwardingViolation 6 Number of TC U ERROR primitives sent error code PasswordFailure 7 Number of TC U ERROR primitives sent error code SS-NotSubscribed 8 Number of TC U ERROR primitives sent error code SS-StatusError 9 Number of TC U ERROR primitives sent error code UnexpectedDataValue 10 Number of TC U ERROR primitives sent error code UnknownSubscriber 11 Number of TC U ERROR primitives received for error code DataMissing 12 Number of TC U ERROR primitives received for error code UnexpectedDataValue 13 Number of TC U ERROR primitives received for error code UnidentifiedSubscriber 14 Number of TC U ERROR primitives received for error code DataMissing 15 Number of TC U ERROR primitives received for error code FacilityNotSupported 16 Number of TC U ERROR primitives sent for error code OTAMissingNumber 17 Number of TC U ERROR primitives sent for error code NoVMRNavailable 18 Number of TC U ERROR primitives sent



for error code MSnotSMScapable 19 Number of TC U ERROR primitives received for error code PermanentError 20 Number of TC U ERROR primitives received for error code TemporaryError Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one MAP operation) in a function block, all the variables are stored in a record. There is one record per MAP operation. DID position 1 is stored in all the blocks mentioned above. The counters specified in DID positions 2-3 and 5 are stored in block HRTGMAP. The counter specified in DID position 4 is stored in block HSSAP. The counters specified in DID positions 7-10 are stored in block HTSSOP. The counters specified in DID positions 6-8 were previously stored in block HRSSAP. The counters specified in DID positions 9-10 were previously stored in blocks HLRAP, HRSSAP, HRTGMAP and HSDPAP. The counters specified in DID positions 9-10 & 14-15 are stored in block HUSDAP The counter specified in DID position 11 is stored in block HSDAP. The counters specified in DID positions 12-13 are stored in blocks HGDAP, HLEAP and HSDAP. The counters specified in DID positions 19-20 are stored in blocks HANOP. The Intra-Network Roaming MAP operations are identified by an operation code. The translation table (DID 275: HMAPTAB) is used to translate the Intra-Network Roaming MAP operation code to Intra-Network Roaming MAP operation slogan. The size of the variables. Position Block Size 1 all blocks 8 bits 2 - 15 Any Previous block 16 bits 9 HCLOP 16 bits 16 HRTGMAP 16 bits 17 HRSSAP 16 bits 18 HRDOP 16 bits 19 - 20 HANOP 16 bits



5.262 HMAPPRICNT (CMS30 SS)

DID-name: HMAPPRICNT DID-number: 274 Function: HRS Counters for MAP operation primitives Application: HGDAP, HINAP, HLEAP, HLRAP, HRSSAP, HRTGMAP, HSDAP, HSDPAP and HSSAP, HTSSOP HCLOP,HANOP and HAROP. Old block: Replaced by the block: HGDAP HGDOP HINAP HINOP HLEAP HLETOP HSDAP HLETOP HLRAP HLRPOP HSDPAP HLRPOP HRSSAP HRSSOP HRTGMAP HRDOP HSSAP HSSOP HUSDAP HUSDOP Position Contents 1 MAP Operation identity (code) 2 Number of received TC INVOKE primitives 3 Number of sent TC RESULT L primitives 4 Number of sent TC U REJECT primitives 5 Number of sent TC U ABORT primitives 6 Number of sent TC U ERROR primitives 7 Number of sent TC INVOKE primitives 8 Number of received TC RESULT L primitives 9 Number of received TC U REJECT primitives 10 Number of received TC U ABORT primitives 11 Number of received TC L CANCEL primitives due to timer expiry in local TCAP 12 Number of received TC U ERROR primitives Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one MAP operation) in a function block, all the variables are stored in a record. There is one record per MAP operation. DID position 1 is stored in all the blocks mentioned above. The counters specified in DID positions 2-5 are stored in block HAROP. The counters specified in DID positions 7-11 are stored in blocks HGDAP, HINAP, HLEAP, HSDAP and HANOP(Initating MAP blocks). The counter specified in DID position 12 is stored in blocks HGDAP, HLEAP, HSDAP and HANOP(Initating MAP blocks). The MAP operations are identified by an operation code. The translation table (DID 275: HMAPTAB) is used to translate the MAP operation code to MAP operation slogan.



The size of the variables. Position Block Size 1 all blocks 8 bits 2 - 12 Any Previous block 16 bits 2 - 6 HCLOP 16 bits



5.263 HMAPTAB (CMS30 SS)

DID-name: HMAPTAB DID-number: 275 Function: HRS Home Intra-Network MAP translation table Application: HGDAP, HINAP, HLEAP, HLRAP, HRSSAP, HRTGMAP, HSDAP, HSDPAP, HSSAP, HTSSOP, HUSDAP, HCLOP, HANOP and HAROP. Position Contents 1 MAP Operation identity (code) 2 Symbolic MAP operation (slogan) Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one MAP operation) in a function block, all the variables are stored in a record. There is one record per MAP operation. Relation between codes and operations is defined in 12230/FF-2/APT 210 25/1 and 13202/FF-2/APT 210 25/2 Uen. The translation table is used to translate the MAP operation identity to MAP operation slogan in the following DIDs (DID 274: HMAPPRICNT and DID 273: HMAPERRCNT). The size of the variables. Position Block Size 1 All Blocks 8 bits 2 All Blocks ASCII string 7 characters



5.264 MAUTHCNT (CMS30 SS)

DID-name: MAUTHCNT DID-number: 276 Function: MSS Counters for Authentication in MSC/GLR Application: Block MAUTH Position Contents 1 Total number of authentications 2 Number of successful authentications 3 Number of failed authentications caused by call release 4 Number of failed authentications caused by SRES comparison failure Description: All the variables (which are pointed out by the DID item positions) are stored as common data. The size of the variables. Position Block Size 1 - 4 MAUTH 16 bits



5.265 MLORCNT (CMS30 SS)

DID-name: MLORCNT DID-number: 277 Function: MSS Counters for Location Registrations in MSC/GLR Application: Block MMMLR Position Contents 1 The total number of location registration attempts from non-registered subscribers 2 The total number of location registration attempts from already registered subscribers 3 The number of successful location registrations from non-registered subscribers 4 The number of successful location registrations from already registered subscribers 5 The number of failed location registrations due to unknown IMSI number series 6 The number of failed location registrations due to failed authentication Description: All the variables (which are pointed out by the DID item positions) are stored as common data. The size of the variables. DID item positions: 1-6 = 16 bits



5.266 MMAPERRCNT (CMS30 SS)

DID-name: MMAPERRCNT DID-number: 278 Function: MSS Counters for Home Intra-Network MAP operation error codes Application: Blocks GAP, GRSSAP. MGDAP, MLEAP MLRAP, MSDAP, MSDRAP, MSSAP, IWTSSOP, MTCOP, GRICOP and GANOP. Old block: Replaced by the block: GAP GOP GRSSAP GRSSOP MGDAP MGDOP MLEAP MLETOP MSDAP MLETOP MLRAP MLRROP MSDRAP MLRROP MSSAP MSSOP MUSDAP MUSDOP Position Contents 1 MAP Operation identity (code) 2 Number of TC U ERROR primitives sent for error code DataMissing 3 Number of TC U ERROR primitives sent for error code UnexpectedDataValue 4 Number of TC U ERROR primitives sent for error code UnidentifiedSubscriber 5 Number of TC U ERROR primitives received for error code AbsentSubscriber 6 Number of TC U ERROR primitives received for error code CallBarred 7 Number of TC U ERROR primitives received for error code DisplayError 8 Number of TC U ERROR primitives received for error code ForwardingViolation 9 Number of TC U ERROR primitives received for error code PasswordFailure 10 Number of TC U ERROR primitives received for error code SS-NotSubscribed 11 Number of TC U ERROR primitives received for error code SS-StatusError 12 Number of TC U ERROR primitives received for error code UnexpectedDataValue 13 Number of TC U ERROR primitives received for error code UnknownSubscriber 14 Number of TC U ERROR primatives received for error code DataMissing 15 Number of TC U ERROR primatives received for error code FacilityNotSupported 16 Number of TC U ERROR primitives sent for error code AbsentSubscriber 17 Number of TC U ERROR primitives received for error code OTAMissingNumber 18 Number of TC U ERROR primitives received for error code NoVMRNavailable



19 Number of TC U ERROR primitives received for error code MSnotSMScapable 20 Number of TC U ERROR primitives sent for error code PermanentError 21 Number of TC U ERROR primitives sent for error code TemporaryError Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one MAP operation) in a function block, all the variables are stored in a record. There is one record per MAP operation. DID position 1 is stored in all the blocks mentioned above. The counter specified in DID position 3 is stored in block MTCOP. The counters specified in DID positions 10-13 are stored in block IWTSSOP. The counter specified in DID position 16 is stored in block MTCOP. The counter specified in DID position 2 was stored in block MSDAP. The counters specified in DID positions 3-4 were stored in blocks MGDAP, MLEAP and MSDAP. The counters specified in DID positions 5-6 and 8 were stored in block GAP. The counter specified in DID position 7 is stored in block MSSAP. The counters specified in DID positions 9-11 were stored in block GRSSAP. The counters specified in DID positions 12-13 were stored in blocks GAP, GRSSAP, MLRAP and MSDRAP. The counters specified in DID positions 12-15 were stored in block HUSDAP The counters specified in DID positions 20-21 is stored in block GANOP The Intra-Network Roaming MAP operations are identified by an operation code. The translation table (DID 280: MMAPTAB) is used to translate the Intra-Network Roaming MAP operation code to Intra-Network Roaming MAP operation slogan. The size of the variables. Position Block Size 1 all blocks 8 bits 2 - 16 Any Previous block 16 bits 12 GRICOP 16 bits 17 GAP 16 bits 18 GRSSAP 16 bits 19 GOP 16 bits 20 - 21 GANOP 16 bits



5.267 MMAPPRICNT (CMS30 SS)

DID-name: MMAPPRICNT DID-number: 279 Function: MSS Counters for Home Intra-Network MAP operation primitives Application: Blocks GAP, GRSSAP, MCODAP, MGDAP, MINAP, MLEAP, MLRAP, MSDAP, MSDRAP, MSSAP, IWTSSOP, MTCOP, MUSDAP, GRICOP, MCODOP, GAROP and GANOP. Old block: Replaced by the block: GAP GOP GRSSAP GRSSOP MGDAP MGDOP MINAP MINOP MLEAP MLETOP MSDAP MLETOP MUSDAP MUSDOP Position Contents MLRAP MLRROP MSDRAP MLRROP MSSAP MSSOP 1 MAP Operation identity (code) 2 Number of received TC INVOKE primitives 3 Number of sent TC RESULT L primitives 4 Number of sent TC U REJECT primitives 5 Number of sent TC U ABORT primitives 6 Number of sent TC U ERROR primitives 7 Number of sent TC INVOKE primitives 8 Number of received TC RESULT L primitives 9 Number of received TC U REJECT primitives 10 Number of received TC U ABORT primitives 11 Number of received TC L CANCEL primitives due to timer expiry in local TCAP 12 Number of received TC U ERROR primitives Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one MAP operation) in a function block, all the variables are stored in a record. There is one record per MAP operation. DID position 1 is stored in all the blocks mentioned above. The counters specified in DID positions 2-6 are stored in block MTCOP. The counters specified in DID positions 7-12 are stored in block IWTSSOP. The counter specified in DID position 2 was previously stored in blocks MCODAP, MGDAP, MINAP, MLEAP and MSDAP (Not initating MAP blocks).



The counter specified in DID positions 3 was previously stored in blocks MGDAP, MINAP, MLEAP and MSDAP (Not initating MAP blocks). The counters specified in DID positions 4-5 were previously stored in blocks GRSSAP (Initating MAP block), MGDAP, MINAP, MLEAP and MSDAP (Not initating MAP blocks). The counter specified in DID position 6 was previously stored in blocks MGDAP, MLEAP and MSDAP (Not initating MAP blocks). The counters specified in DID position 7 and 11 were stored in blocks GAP, GRSSAP, MCODAP, MLRAP, MSDRAP and MSSAP (Initating MAP blocks). The counters specified in DID positions 8-10 and 12 were stored in blocks GAP, GRSSAP, MLRAP, MSDRAP and MSSAP (Initating MAP blocks). The positions 7-11 are reported from block GAROP. The positions 2-6 are reported from block GANOP. The Intra-Network Roaming MAP operations are identified by an operation code. The translation table (DID 280: MMAPTAB) is used to translate the Intra-Network Roaming MAP operation code to Intra-Network Roaming MAP operation slogan. The size of the variables. Position Block Size 1 all blocks 8 bits 2 - 12 Any Previous block, GRICOP 16 bits



5.268 MMAPTAB (CMS30 SS)

DID-name: MMAPTAB DID-number: 280 Function: MSS MAP translation table Application: GAP, GRSSAP, MCODAP, MGDAP, MINAP, MLEAP, MLRAP, MSDAP, MSDRAP, MSSAP, MTCOP, MCODOP, GAROP and GANOP. Old block: Replaced by the block: GAP GOP GRSSAP GRSSOP MGDAP MGDOP MINAP MINOP MLEAP MLETOP MSDAP MLETOP MLRAP MLRROP MSDRAP MLRROP MSSAP MSSOP MUSDAP MUSDOP Position Contents 1 MAP Operation identity (code) 2 Symbolic name of the MAP operation (slogan) Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one MAP operation) in a function block, all the variables are stored in a record. There is one record per MAP operation. Relation between codes and operations is defined in 12230/FF-2/APT 210 25/1 and 13202/FF-2/APT 210 25/2 Uen. The translation table is used to translate the MAP operation identity to MAP operation slogan in the following DIDs (DID 279: MMAPPRICNT and DID 278: MMAPERRCNT). The size of the variables. Position Block Size 1 All Blocks 8 bits 2 All Blocks ASCII string 7 characters



5.269 MRSCELCCHCNT (CMS30 Phase 10)

DID-name: MRSCELCCHCNT DID-number: 281 Function: Control channel measurements Application: Block MRCELL Position Contents 1 Cell state 2 MS originating connection (NSCSOATT) setup attempt 3 MS terminating connection (NSCSTATT) setup attempt 4 Total signalling connection (NSCSATT) setup attempt 5 Page channel congestions in (NPAGCONG) the cell. 6 Counter for correct uplink (NSLOTCORRECT) SAACH slots. The counter indicates slots with accesses that are received with a correct CRC in the cell. Mean values for 100 consecutive superframes are accumulated. 7 Counter for slots with error. (NSLOTERR) The counter indicates slots with signal strength above a specified threshold and that contains CRC-error in the cell. Mean values for 100 consecutive superframes are accumulated. 8 Counter for number of (NSUPFRMADD) accumulations of mean values for correct and erroneous slots. Description: The counters are defined per cell for control channels. DID item position 1 is a state value indicating if the cell is defined or not, (0 = undefined / 1 = defined). DID items are stored in records. The file including the records is size alterable with maximum size of 4096 records. The record number can be translated to a cell name in the cell translation table (DID MRSCELLTTAB). Counter owning blocks and Size. Position Block Size 1 MRCELL 1 bit 2 - 5 MRCELL 16 bits 6 - 8 MRCELL 32 bits



5.270 MRSCELCHSCNT (CMS30 MRS)

DID-name: MRSCELCHSCNT DID-number: 282 Function: Channel status measurements Application: Blocks MRCH, MRALLOC Position Contents 1 Cell state 2 Number of defined traffic (NDEFTCH) channels 3 Deblocked traffic channel (TCHDEBLACC) accumulator 4 Disturbed traffic channel (TCHDISACC) accumulator 5 Number of accumulations (TCHSCAN) 6 Traffic level accumulator (TRALACC) 7 Number of accumulations (TRALSCAN) of traffic level 8 Number of defined traffic (NTCHINSERV) channels which are in general service. 9 Traffic level accumulator. (TRALACCFRDREQM) The traffic level is calculate on allocated full rate channels in service configured on an EQM with dual-rate capability. 10 Traffic level accumulator. (TRALACCHR) The traffic level is calculated on allocated half-rate channels in service 11 Traffic level accumulator (TRALACCACELP) The traffic level is calculated on allocated ACELP channels in service Description: The counters are defined per cell for traffic channels. DID item position 1 is a state value indicating if the cell is defined or not, (0 = undefined / 1 = defined). DID items are stored in records. The file including the records is size alterable with maximum size of 512 records. The record number can be translated to a cell name in th cell translation table (DID MRSCELLTTAB). Counter owning blocks and Size. Position Block Size 1 MRCH 1 bit 1 MRALLOC 1 bit 2 - 5 MRCH 16 bits 6 - 7 MRALLOC 16 bits 8 MRCH 16 bits 9 - 11 MRALLOC 16 bits



5.271 MRSCELTCHCNT (CMS30 Phase 10)

DID-name: MRSCELTCHCNT DID-number: 283 Function: Traffic channel measurements Application: Blocks MRCELL, MRALLOC Position Contents 1 Cell state 2 TCH assignment attempt (NASSATT) 3 Successful TCH assignment (NASSSUC) 4 Total TCH disconnection (NDSCTOT) 5 TCH disconnections due (NDSCLST) to MS lost 6 Incoming handover request (NIHANREQ) in target cell 7 Traffic level accumulator (TRALACC) 8 Number of accumulations of (TRALSCAN) traffic level 9 Traffic channel allocation (TRAALLREQ) request 10 Successful traffic channel (TRAALLSUC) allocation 11 Total allocation request counter.(NTOTALLOCREQ) The counter is incremented when a traffic channel allocation is requested in the cell. The traffic channel can be in service or out of service. 12 Counter for TCH assignment (NCELLASSATT) attempt to neighbouring cells. 13 Counter for successful TCH (NCELLASSSUC) assignment to neighbouring cells. 14 The number of intra cell handover attempts in the cell (NTCHHANATT) 15 The number of lost connections at intra cell handover in the cell (NTCHHANLOST) 16 The number of successful intra cell handovers.(NTCHHANSUC) 17 Counter for incoming assignment attempts from any neighbouring cell (NINASSATT) 18 Counter for successful incoming assignment attempts from any neighbouring cell (NINASSSUC) 19 Originating SMS call assignment (NOSMSASSATT) attempts 20 Successful originating SMS call (NOSMSASSATTSUC) assignment attempts 21 Terminating SMS call assignment (NTSMSASSATT) attempts to MS in standby mode 22 Successful terminating SMS call (NTSMSASSATTSUC) assignment attempts to MS in standby mode 23 Non-speech call assignment (NNSASSATT) attempt to MS in standby mode 24 Successful Non-speech call (NNSASSATTSUC) assignment attempt to MS in standby mode Description: The counters are defined per cell.



DID item position 1 is a state value indicating if the cell is defined or not, (0 = undefined / 1 = defined). DID items are stored in records. The file including the records is size alterable with maximum size of 4096 records. The record number can be translated to a cell name in the cell translation table (DID MRSCELLTTAB). Counter owning blocks and Size. Position Block Size 1 MRCELL 1 bit 1 MRALLOC 1 bit 2 - 6 MRCELL 16 bits 7 - 11 MRALLOC 16 bits 12 - 18 MRCELL 16 bits 19 - 24 MRCELL 16 bits



5.272 MRSCELVCHCNT (CMS30 MRS)

DID-name: MRSCELVCHCNT DID-number: 284 Function: Verification channel measurements Application: Block MRCELL Position Contents 1 Cell state 2 MS presence verification request (NVERREQ) 3 MS presence verification attempt (NVERATT) 4 Unsuccessful MS presence verification (NVERFAILED) 5 Verification channel Congestion counter (NVERCONG) Description: The counters are defined per cell for verification channels. DID item position 1 is a state value indicating if the cell is defined or not, (0 = undefined / 1 = defined). DID items are stored in records. The file including the records is size alterable with maximum size of 512 records. The record number can be translated to a cell name in the cell translation table (DID MRSCELLTTAB). Counter owning blocks and Sizes. Position Block Size 1 MRCELL 1 bit 2 - 5 MRCELL 16 bits



5.273 MRSMSCCNT (CMS30 Phase 10)

DID-name: MRSMSCCNT DID-number: 285 Function: Radio Network Measurements per MSC Application. Blocks MRPAGC, MRCELL, MSUV Position Contents 1 Page request (NPAGREQ) 2 Page response received on the (NPAGASUCF) first page attempt with successfully performed authentication 3 Page response received on the (NPAGASUCS) second page attempt with successfully performed authentication 4 Total number of page response (NPAGREQSUC) received with signalling connection established in the MSC/GLR 5 Number of global page request. (NGLPAGREQ) 6 Number of global page requests (NGLPAGASUCF) which are responded after the first page attempt. Authentication successfully performed. 7 Number of global page requests (NGLPAGASUCS) which are responded after the second page attempt. Authentication successfully performed. 8 Number of global page requests (NGLPAGREQSUC) which are responded with a correct IMSI number and a correct paging identity. 9 Number of Basic Call Attempts (NDUALMSATT) from Dual Rate MSs 10 Number of Basic Call Attempts (NALLMSATT) from all MSs 11 The number of call connection (NACELPMSATT) attempts from ACELP capable MSs. 12 Number of calls or services torn down by the MSC when handoff occurs and SAV has failed. Incremented every time a call or service is torn down by the MSC when handoff occurs and SAV has failed. (NHNDSAV) 13 Number of calls or services that have been blocked by the MSC due to unsuccessful SAV. Incremented every time a call or service is blocked due to SAV failure. (NSAVSERV) 14 Number of page requests of priority 1. (NPAGREQ1) 15 Number of page requests of priority 2. (NPAGREQ2) 16 Number of page requests of priority 3. (NPAGREQ3)



17 Number of page requests of priority 4. (NPAGREQ4) 18 Number of successful pages of priority 1. (NPAGSUC1) 19 Number of successful pages of priority 2. (NPAGSUC2) 20 Number of successful pages of priority 3. (NPAGSUC3) 21 Number of successful pages of priority 4. (NPAGSUC4) Description: The counters are defined for MSC. DID items are stored as common variables. Counter owning blocks and variable sizes: DID Position Block Size 1 - 5 MRPAGC 32 bits 6 - 8 MRPAGC 16 bits 9 - 11 MRCELL 32 bits 12 - 13 MSUV 32 bits 14 - 21 MRPAGC 32 bits



5.274 MRSNCELLCNT (CMS30 MRS)

DID-name: MRSNCELLCNT DID-number: 286 Function: Cell-neighboring cell measurements Application: Blocks MRCELL Position Contents 1 State of the cell neighbouring cell relationship 2 Pointer to the serving cell 3 Pointer to the neighboring cell 4 Handover attempt to target (NHANATT) cell, that is neighbouring cell 5 Successful handover (NHANSUC) 6 Unsuccessful handover due (NHANLOST) to MS lost Description: The counters are defined per cell-neighboring cell relationship. DID item position 1 is a state value indicating if the individual is defined or not, (0 = undefined, 1 = defined). DID items are stored in records. The file including the records is size alterable with maximum size of 4096 records. The cell pointer values can be translated to a cell designation in the cell translation table (DID MRSCELLTTAB). Counter owning blocks and Sizes. Position Block Size 1 MRCELL 1 bit 2 - 6 MRCELL 16 bits



5.275 SAECNT (STD, CAPC7)

DID-name: SAECNT DID-number: 287 Function: Counters for Size Alterable files in which individuals are seized dynamically during traffic handling. Application: Blocks in subsystem FNS, which own traffic size alterable files: BEACC, FMAPTC, FRRGAP, FLNAN, FRDOP, HGDAP, HGLRAD, HLEAP, HLRAP, FANSITC, HMAPTC, HRSSAP, HRTGMAP, HSDAP, HSDH, HSDPAP, HSSAP, HSSPH, MRCC, MRHOS, FARRAP, MRASS, MRSCH,HCLOP, HGLRADI, HICOP, HLOP, HRON, HSDHI, HSOP, HTSSOP, IWTSS, MADAP, MCI, MICOP, MISJAP, MLOP, MMMMH, HUSDAP, MOSJAP, MSDHI, MSOP, MTCOP,GMWI, MIWUC MUSDAP, IUCID, GRICOP, MCITOP, MCODOP, MGENL, MGSDHV, MGVIOP, MGVOOP, MSECAP3, MUJAP, MVIOP, MVOOP, SSFDJI, SSFDJO, SHCM, SHMM, SHCC, SHEC,SHPM, SHTCU1, SHTCU2, SHTCU3, SHOPSRF, SHINSRF, SHTD1, SHTD2, SHTD3, SHTD4, SHTD5, SHTD6, SHTD7, SHTD8, HASCAP, HDSDAP2, HINAPTC, HISDAP HISDAP2, HLCAP, HLUAP, HLUAP2, HMAPTC HMSPAP2, HNMSPAP, HQUERAP, HREDAP2, HRETAP, HRRGAP, HRRGAP2, HRRVAP, HRRVAP2 HRSMAP,HSACAP2,HSBEAP2,HSD,HSDH,HSAIAP3,HSDH2, HSDPAP, HSMWDAP, HSPWAP2, HSREAP2, HSSACAP, HSSBEAP, HSSD, HSSINAP, HSSPWAP, HSSREAP, HSSUDAP, HSUDAP2, HUDEXAP, HUEXAP2. HRMAPTC, HRUIDAP, HRUODAP, HGDOP, HLETOP, HLRPOP, HRSSOP, HRDOP, HSSOP, HUSDOP, MGDOP, MINOP, MLETOP, MLRROP, MSSOP, MUSDOP, MAPTCI, MISIAP, MOSIAP, MIDJAP, MIDIAP, MODJAP, MODIAP, MUIAP,SHRDO, SHMCS, SHSF, SHCG and SHCL, SHTRI,SHTDM UPMHR, UPMHS, UPPC,DTMFSC,HCI, HCITOP, HMAPMC, MAUTHPD,MMWIS,CHOPA, CATA, DJAMI, CHVIEW HGLUAP, HGSDH, HRFSAP3, HCAD, HANOP, HAROP, MPSLAP, MLSC, MPELAP, MSSNOAP, HSTRAP2, HSTRAP3, MTRAP, SH2LEG, SH2DM, SH2TD2, SH2TD4, SH2TD5, SH2TD6, SH2TD7, SH2TD8, SH2CPM, SH2PM, SH2TCU1, SH2SRF, SH2LEGO, SH2CSAO, SH2CSO, SH2MCS, SH2SF, SH2CG, SH2CL, MSLRAP, MLSPCH, HRRLAP3, MHO, MEC, MECAP, MHONAP, MHOAAP, MAUTH, MFDAP, MHPNAP, MLCAP, MRESTAP, MSDAP, MSECAP, MSECAP3, MSPUAP, MSSPAP, MVIPH, MZONE, MUATAI, MTB, MRR, MUSSH, DQMNT, MAMH, MCAL, MDAVI, MOSMS, MPPP, MREDGV, MRI, MRNB, MRR, MSCHC, MSREG, MSSH, MSSMS, MTA, MTB, MTCINT, MTSUP, MVRP, MVU, MWSH, MCMMM, MHBSMAP, MMMCS, MMMLR, MPAG, MRRM, MSCCL, MSCCO, HRSMAP3 and HSMRAP3 DID item Counter Contents position



1 - Block (number) 2 SAE Number SAE 500 3 NCALLS Number of seizure attempts 4 NTRAL Number of occupied individuals 5 NOVERFLOW Number of seizure attempts with congestion 6 NIND Number of individuals received during successful size alteration. Description: For SH2LEG, SH2DM, SH2CPM, SH2PM, SH2OSRF, SH2SF, SH2CG and SH2CL. File SAECNTFILE is introduced to hold the traffic sensitive counters per SAE (IE, per file). The file will therefore have a fixed size of records, depending on number SAE files the block has and each record will hold the counters described above. The Block Name and Block Number will be stored in common stored variables in each of the other blocks SH2MCS, SH2TD2, SH2TD4, SH2TD5, SH2TD6, SH2TD7, SH2TD8, SH2TCU1, SH2TCU2, SH2TCU3, SH2ISRF, SH2PM. All variables are common stored data. Both types of DIDs (16 bit and 32 bit depending on the actual possible size of the SAE file) can be reported via a 32 bit DID interface. The size of the variables. position Block Size 1 - 16 Bits 2 - 16 Bits 3 MHO,MEC,MECAP, R-declared MHONAP, MHOAAP, MAUTH, MFDAP, MHPNAP, MLCAP, MRESTAP, MSDAP, MSECAP, MSECAP3, MSPUAP, MSSPAP, MVIPH, MZONE, MUATAI, MTB, MRR, MUSSH, MAMH, MCAL, MDAVI, MOSMS, MPPP, MREDGV, MRI, MRNB, MRR, MSCHC, MSREG, MSSH, MSSMS, MTA, MTB, MTCINT, MTSUP, MVRP, MVU, MWSH, MCMMM, MHBSMAP, MMMCS, MMMLR, MPAG, MRRM, MSCCL, MSCCO. 3 - 6 DQMNT 32 Bits 4 - 16 Bits 5 MHO,MEC,MECAP, R-declared MHONAP, MHOAAP, MAUTH, MFDAP, MHPNAP, MLCAP, MRESTAP, MSDAP, MSECAP, MSECAP3, MSPUAP, MSSPAP, MVIPH, MZONE, MUATAI, MTB, MRR,



MUSSH, MAMH, MCAL, MDAVI, MOSMS, MPPP, MREDGV, MRI, MRNB, MRR, MSCHC, MSREG, MSSH, MSSMS, MTA, MTB, MTCINT, MTSUP, MVRP, MVU, MWSH, MCMMM, MHBSMAP, MMMCS, MMMLR, MPAG, MRRM, MSCCL, MSCCO. 6 - 16 Bits



5.276 MRSCELLTTAB (CMS30 MRS)

DID-name: MRSCELLTTAB DID-number: 288 Function: Cell translation table. Application: Block MRCELL Position Contents 1 State 2 Exchange number 3 Cell identity Description: The identifiers are defined per cell. DID item position 1 is a state value indicating if the individual is defined or not, (0 = undefined / 1 = defined). DID items are stored in records. The file including the records is size alterable with maximum size of 512 records. Id owning block and the Sizes. Position Block Size 1 MRCELL 1 bit 2 MRCELL 16 bits 3 MRCELL 16 bits

5.277 TPLATMES (CDB)

DID-name: TPLATMES DID-number: 289 Function: Counters in TCAP platform in SSP or SCP Application: TPLAT Position Contents 1 State 2 Subsystem number 3 Number of messages successfully delivered to specific application 4 Number of messages originated from a specific application Description: Counters are defined per application (Subsystem). The subsystem number, the object identifier, can have the value of 0-255. This will give 256 objects. No translation table is needed since the object name is the same as the subsystem number. Item position 1 is a state value to indicate if the record information is valid (=1) or not (0). The size of the variables: Position Block Size 1 TPLAT 1 bit



2 TPLAT 8 bits 3 - 4 TPLAT 4 bit



5.278 TCAPO1MES (CCS)

DID-name: TCAP01MES DID-number: 290 Function: Counters in TCAP for AIN 0.1 Application: SCP, Block TCAIN01 Position Contents 1 Number of messages with protocol errors of Incorrect Parameter 2 Number of messages with protocol errors of Missing Mandatory Parameter 3 Number of messages weith protocol errors of Unrecognized Operation Code 4 Number of SSP protocol errors reported to SCP 5 Number of messages with Erroneous Data Value received 6 Number of messages received with Missing Condition Parameter error 7 Number of messages received with Unexpected Communication error 8 Number of messages received with Unexpected Message error 9 Number of messages whose Response Timer Expired at SSP 10 Number of SSP Application Errors reported to SCP 11 Number of Query messages successfully received by Application 12 Number of Send Notification messages sent 13 Number of Termination Notification messages received 14 Number of Termination requests rejected because of overload (TI Shortage) 15 Number of Analyze Route messages sent 16 Number of Authorize Termination messages sent 17 Number of Continue messages sent 18 Number of Disconnect messages sent 19 Number of Forward Call messages sent 20 Number of messages exceeding the segmentation limit 21 Number of incoming messages dropped due to overload condition. (Resource shortage/Not sent within SCP TA Timer) 22 Number of default Announcement responses sent because of feature logic error 23 Number of SSP messages not received within expected time period 24 Number of Termination Notification messages not received within expected time period 25 Number of Termination Notification messages received with errors indicated Description: Variables are related to TCAP for AIN 0.1 function in SCP. The variables are common stored and are System Totals.



Variables for DID positions 1-25 are stored in block TCAIN01. The size of the variables: Position Block Size 1 - 25 TCAIN01 32 bits



5.279 SCP800MES (CCS)

DID-name: SCP800MES DID-number: 292 Function: Counters related to the TCAP platform function in an SCP which has 800 Service Application: SCP, Block SCTFCAP Position Contents 1 Number of Query messages successfully received by Application that result in an attempted SSI seizure 2 Number of Query messages received with Application Error in data 3 Number of Response messages sent with routing instructions or play announcement instructions 4 Number of request for Termination Information messages sent 5 Number of Termination Information messages received 6 Number of Termination Information messages not received within expected time period 7 Number of Termination Information messages received with errors indicating caller abandon 8 Number of Termination Information messages received with errors indicated 9 Number of Termination Information messages received with errors indicating SSP failure 10 Number of error messages received (not within Termination Information message) 11 Number of error messages received because of unexpected data 12 Number of error messages received because of a protocol error 13 Number of incoming messages dropped due to an overload condition 14 Number of vacant code announcement responses sent because of feature logic error Description: Variables for DID positions are related to TCAP for 800 service function in SCP. Counters are defined as a system total. Variables for DID positions 1-14 are stored in block SCTFCAP. The size of the variables: Position Block Size 1 - 14 SCTFCAP 32 bits



5.280 STPTIMERS2 (CCS)

DID-name: STPTIMERS2 DID-number: 299 Function: STP timers Application: S7SL, S7DP Position Contents 1 T1.111.4 T27 Timer in seconds 2 T1.111.4 T28 Timer in seconds 3 T1.111.4 T29 Timer in seconds 4 T1.111.4 T30 Timer in seconds Description MTP traffic measurement total counters. These counters are common stored and are system totals. The size of the variables. Position Block Size 1 S7SL 16 bits 2 - 4 S7DP 16 bits

5.281 C7ODCNT (STD)

DID-name: C7ODCNT DID-number: 301 Function: Counters for given OPC + DPC Application: Block C7DR2 Position Contents 1 State (SYS7IND) 2 Number of SIF & SI Octets handled with given OPC + DPC (HOPCDPC) Description: To identify these counters DID C7ODTAB is required. Records are identified by counter record pointer (C8PTR). The signalling network address is used as an identifier. There are upto 1024 records. DID position 1 indicates whether the individual is active or inactive for ITU-T or Japan MTP. Values are: 0 Invalid for both ITU-T and Japan MTP 1 Defined for ITU-T MTP 2 Defined for Japan MTP Position Block Size 1 C7DR2 2 bits 2 C7DR2 32 bits

5.282 C7ODTAB (STD)



DID-name: C7ODTAB DID-number: 302 Function: Translation table for translating record pointer (C8PTR) to a network address Application: Block C7DR2 Position Contents 1 Network Indicator (NI) 2 Originating Point Code (OPC) 3 Destination Point Code (DPC) 4 Address string (NI-OPC-DPC) Description: Records are identified by counter record pointer (C8PTR). The signalling network address is used as an identifier. The Address string contains upto 16 BCD characters. The output object identifier will look like :- NI-OPC-DPC 0-16383-16383 DID position 4 will have a value of '0A16383A16383FFF' for the above network address. Position Block Size 1 C7DR2 4 bit 2 - 3 C7DR2 16 bits 4 C7DR2 16 BCD Character string



5.283 C7LSSICNT (STD)

DID-name: C7LSSICNT DID-number: 303 Function: Counters for given LS + SIO Application: Block C7DR2 Position Contents 1 State (SYS7IND) 2 Number of SIF & SI Octets handled with given LS + SIO Description: To identify these counters DID C7LSSITAB is required. Records are identified by counter record pointer (C9PTR). The signalling network address is used as an identifier. There are upto 128 records. The record pointer is translated into signaling network address using C7LSSITAB. DID position 1 indicates whether the individual is active or inactive for ITU-T, China or Japan MTP. Values are: 0 Invalid for both ITU-T, China and Japan MTP 1 Defined for ITU-T or China MTP 2 Defined for Japan MTP Position Block Size 1 C7DR2 2 bits 2 C7DR2 32 bits

5.284 C7LSSITAB (STD)

DID-name: C7LSSITAB DID-number: 304 Function: Translation table for translating record pointer (C9PTR) to a network address Application: Block C7DR2 Position Contents 1 Link Set Network Indicator (LSNI) 2 Link Set Signaling Point Code (LSSPC) 3 Service Indicator 4 Address string (LSNI-LSSPC-SI) or (LSNI-LSMSA-LSSA-LSCSP-SI) Description: Records are identified by counter record pointer (C9PTR). The signalling network address is used as an identifier. The Address string contains upto 16 BCD characters. The output object identifier will look like :-



LSNI-LSSPC-SI 2-1500-15 DID position 4 will have a value of '2A1500A15FFFFF' for the above network address. Position Block Size 1, & 3 C7DR2 4 bit 2 C7DR2 16 bits 4 C7DR2 16 BCD Character string



5.285 C7OPCDSCNT (STD)

DID-name: C7OPCDSCNT DID-number: 305 Function: Counters for given OPC+DPC+SIO Application: Block C7DR2 Position Contents 1 State (SYS7IND) 2 Link Set Network Indicator (LSNI) 3 Link Set Signaling Point Code (LSSPC) 4 Number of MSU's handled with given OPC+DPC+SIO Description: To identify these counters DID C7OPCDSTAB is required. Records are identified by counter record pointer (C7PTR). The signalling network address is used as an identifier. There are upto 128 records. The record pointer is translated into signaling network address using C7OPCDSTAB. DID position 1 indicates whether the individual is active or inactive for ITU-T, China or Japan MTP. Values are: 0 Invalid for both ITU-T, China and Japan MTP 1 Defined for ITU-T or China MTP 2 Defined for Japan MTP Position Block Size 1 C7DR2 2 bitS 2 C7DR2 4 bits 3 C7DR2 16 bits 4 C7DR2 32 bits

5.286 C7OPCDSTAB (STD)

DID-name: C7OPCDSTAB DID-number: 306 Function: Translation table for translating record pointer (C7PTR) to a network address Application: Block C7DR2 Position Contents 1 Network Indicator (NI) 2 Originating Point Code (OPC) 3 Destination Point Code (DPC) 4 service indicator (SI) 5 Address string (NI-OPC-DPC-SI) Description: Records are identified by counter record pointer (C7PTR). The signalling network address is used as an identifier. The Address string contains upto 16 BCD characters.



The output object identifier will look like :- NI-OPC-DPC-SI LSNI LSSPC 0-16383-15383-15 1 14383 DID position 5 will have a value of '0A2A1500A15FFFFF' for the above network address. Position Block Size 1 & 4 C7DR2 4 bit 2 - 3 C7DR2 16 bits 5 C7DR2 16 BCD Character string



5.287 AUTHCNT (CMS88)

DID-name: AUTHCNT DID-number: 307 Function: Global authentication call processing counters for an authentication-capable visited exchange Application: MAUTH, MTV, MAUTHD, Position Contents 1 Total number of SSD updates attempts 2 Number of times MS indicates SSD update 3 Number of unique challenges attempted for call origination 4 Number of unique challenges attempted for call termination 5 Number of unique challenges attempted for enquiry calls 6 Number of AUTHU mismatches for originating calls 7 Number of AUTHU mismatches for terminating calls 8 Number of AUTHU mismatches for enquiry calls 9 Number of times CAVE congestion prevents calculation of an AUTHBS 10 Number of times an expected Base Station challenge order is not received from an MS 11 Number of times an expected SSD update confirmation is not received from an MS 12 Number of times MS does not respond to a unique challenge 13 Number of times CAVE congestion prevents calculation of RANDU/AUTHU pair 14 Number of times an SSD update is incomplete due to call disconnection 15 Number of times a unique challenge is incomplete due to call disconnection 16 Number of times terminal type mismatch is detected Description: All counters are stored as common stored variables in AXE Position Block Size 1 - 2 MAUTH 16 bits 3 - 4 MAUTH R-declared 15 MAUTH 16 bits 9,13 MAUTHD R-declared 16 MTV 16 bits


DID-name: MTUPHLR3CNT DID-number: 308 Function: Category Supplementary Services, Authentication counters per



cooperating exchange in MCMTUP for an HLR Application: MCMTUP Position Contents 1 State 2 Authentication Request Incoming (MARMI) 3 Authentication Request Ack. Outgoing (MARAO) 4 Authentication Request Rej. Outgoing (MARRO) 5 Authentication Directive Outgoing (MADMO) 6 Auth. Directive Ack. Incoming (MADAI) 7 Auth. Directive Rej. Incoming (MADRI) 8 Auth. Security Status Report Incoming (MSSMI) 9 Auth. Sec. Status Report Ack. Outgoing (MSSAO) 10 Auth. Sec. Status Report Rej. Outgoing (MSSRO) 11 Base Station Challenge Order Incoming (MBCOI) 12 Base Station Chall. Order Ack. Outgoing (MBCAO) 13 Base Station Chall. Order Rej. Outgoing (MBCRO) 14 Retrieve Message Outgoing (MRTMO) 15 Retrieve Acknowledgement Incoming (MRTAI) 16 Subscriber Locating Outgoing (MSLMO) 17 Subscriber Locating Acknowledgement Incoming (MSLAI) 18 Locating Response Incoming (MLRMI) 19 Locating Response Acknowledgement Outgoing (MLRAO) 20 Call Disconnection Accepted Incoming (MCDAI) 21 Call Disconnection Request Outgoing (MCDMO) 22 Call Disconnection Rejected Incoming (MCDRI) Description In the CNTRFILE there is one record per cooperating exchange that is selected for recording. All the variables (wich are pointed out by the DID item position) are stored in a record and the number of records is a fixed number of 32 cooperating exchanges. The record pointers of the counter DIDs correspond to the record pointers of the COOPEXMTAB DID. State indicates whether or not the cooperating exchange record in the COOPEXMTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: Position Block Size 1 MCMTUP 1 bit 2 - 22 MCMTUP 16 bits


DID-name: MTUPVMSC3CNT DID-number: 309 Function: Category Supplementary Services, Authentication counters per



cooperating exchange in MCMTUP for a visited exchange Application: MCMTUP Position Contents 1 State 2 Authentication Request Outgoing (MARMO) 3 Authentication Request Ack. Incoming (MARAI) 4 Authentication Request Rej. Incoming (MARRI) 5 Authentication Directive Incoming (MADMI) 6 Auth. Directive Ack. Outgoing (MADAO) 7 Auth. Directive Rej. Outgoing (MADRO) 8 Auth. Security Status Report Outgoing(MSSMO) 9 Auth. Sec. Status Report Ack. Incoming (MSSAI) 10 Auth. Sec. Status Report Rej. Incoming (MSSRI) 11 Base Station Challenge Order Outgoing(MBCOO) 12 Base Station Chall. Order Ack. Incoming (MBCAI) 13 Base Station Chall. Order Rej. Incoming (MBCRI) 14 Retrieve Message Incoming (MRTMI) 15 Retrieve Acknowledgement Outgoing (MRTAO) 16 Subscriber Locating Incoming (MSLMI) 17 Subscriber Locating Acknowledgement Outgoing (MSLAO) 18 Locating Response Outgoing (MLRMO) 19 Locating Response Acknowledgement Incoming (MLRAI) 20 Call Disconnection Request Incoming (MCDMI) 21 Call Disconnection Accepted Outgoing (MCDAO) 22 Call Disconnection Rejected Outgoing (MCDRO) Description In the CNTRFILE there is one record per cooperating exchange that is selected for recording. All the variables (wich are pointed out by the DID item position) are stored in a record and the number of records is a fixed number of 32 cooperating exchanges. The record pointers of the counter DIDs correspond to the record pointers of the COOPEXMTAB DID. State indicates whether or not the cooperating exchange record in the COOPEXMTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables: Position Block Size 1 MCMTUP 1 bit 2 - 22 MCMTUP 16 bits

5.290 MTPFORMTAB (STD)

DID-name: MTPFORMTAB



DID-number: 311 Function: Used to indicate whether BCD strings or old format of MTP translation DID's are to be used. Application: Block C7DR2 Position Contents 1 MTP format to be used Description: DID position 1 is an indicator whether the old translation table format for MTP DID's or the new BCD string should be used (value = 1). Position Block Size 1 C7DR2 1 bit

5.291 C7MRVTOTCNT (STD)

DID-name: C7MRVTOTCNT DID-number: 312 Function: MRV System totals, no failure messages included Application: Block C7MVPM & C7MVM Position Contents 1 Total number of MRVT messages sent by the node 2 Total number of MRVA messages sent by the node 3 Total number of MRVR messages sent by the node 4 Total number of MRVA partial success messages sent by the node 5 Total number of MRVT messages received by the node 6 Total number of MRVA success messages received by the node 7 Total number of MRVR success messages received by the node 8 Total number of MRVA partial success messages received by the node 9 Total number of unexpected MRVR messages received by the node 10 Total number of MRV tests initiated by the node 11 Total number of MRV tests simultaneously active in the node Description: All counters are common stored data. Position Block Size 1 - 11 16 bits



5.292 C7MRVFAILCNT (STD)

DID-name: C7MRVFAILCNT DID-number: 313 Function: MRV failure message counters Application: Block C7MVPM Position Contents 1 Total number of MRVA failure types sent by the node 2 Total number of MRVA failure types received by the node 3 Total number of MRVR failure messages sent by the node 4 Total number of MRVR failure messages received by the node Description: There is one record per failure type. All DID positions are stored in records, the number of records is equal to the number of failure types. The failure types are indentified by translating the record pointer, using C7MRVFAILTAB translation table, into a failure slogan. Position Block Size 1 - 4 C7MVPM 16 bits

5.293 C7MRVFAILTAB (STD)

DID-name: C7MRVFAILTAB DID-number: 314 Function: Translation table for MRV failure types Application: Block C7MVPM Position Contents 1 Symbolic name of failure type Description: The translation table is used to translate record pointers from C7MRVPM into failure slogans, for the various failure types. This translation table is associated with C7MRVFAILCNT DID. Position Block Size 1 C7MRVPM 7 character string Relationship between slogans and failure types. Record ptr Slogan Failure Type 0 LOOP Detected Loop 1 EROUTEL Excessive route length 2 UNOBJIN Unknown object instance



3 ROUTEIN Route inaccessible 4 PROFAIL Processing failure 5 UNINSP Unknown initiating SP 6 TIMEXP timer expired 7 SPNOSTP SP not an STP

5.294 C7ODS24CNT (STD)

DID-name: C7ODS24CNT DID-number: 315 Function: Counters for 24-bit OPC+DPC+SIO Application: Block C7DR2 Position Contents 1 State (C6Stat24) 2 DPC/MSA (DMSA) 3 DPC/SSA (DSSA) 4 DPC/CSP (DCSP) 5 SI (SI) 6 Number of SIF and SIO Octets handled with given 24 bit OPC+DPC+SIO Description: 'State' indicates whether individual is active (=1) or inactive (=0). The DID C7ODSTAB is used as a translation table for this DID. Records are identified by the counter record pointer(C6PTR). Individuals are identified by signalling network address. There are 128 records (each counter type can be defined upto 128 times).The record pointer is translated into the counter addresses which are in C7ODSTAB. DPC/MSA has the range 0-255. DPC/SSA has the range 0-255. DPC/CSP has the range 0-255. SI has the range 0-15. Position Block Size 1 C7DR2 1 bit 2 - 4 C7DR2 16 bits 5 C7DR2 4 bits 6 C7DR2 32 bits

5.295 PTNTCFCCNT (STD)

DID-name: PTNTCFCCNT DID-number: 316 Function: Traffic counters for PTN Terminating call flow control. Application: Block BPTNT Position Contents 1 Global route number. (GLROUTE) 2 Terminating PTN Call Limit. (PTNLIMIT) 3 Terminating BRKO (to another PTN)



Call limit. (BRKOLIMIT) 4 Traffic level for PTN calls. (PTNTRALCNT) 5 Traffic level for BRKO (to another PTN) calls. (BRKOTRALCNT) 6 Number of PTN call attempts. (PTNCALLCNT) 7 Number of BRKO (to another PTN) call attempts.(BRKOCALLCNT) 8 Number of congested call attempts due to max traffic level for PTN calls is exceeded. (PTNCONGCNT) 9 Number of congested call attempts due to max traffic level for BRKO (to another PTN) calls is exceeded. (BRKOCONGCNT) 10 Number of B-answers for PTN calls. (PTNBANSCNT) 11 Number of B-answers for BRKO calls. (BRKOBANSCNT) Description: One set of counters (one record) per private software route which is owned by a particular BG in block BPTNT. All the variables (which are pointed out by the DID item positions) are stored in a record. The number of records = number of PTN member business groups. Record individual number 0 is not used. The size of the route file is determined by SAE 504, and the maximum number of the records is 65536. The limit on the maximum number of routes (records), set by the PNP function, is 1024 according to the PNP Function Specification regarding the number of PNP member Business Groups. The global route number is used the same way as in the existing CNT (ie. the same translation method is used to translate the global route number, in DID position 1, to global route name with the DID ROUTETRANTAB). Global route number 0 means that the route is not connected. The size of the variables: DID positions : 1-11 = 16 bits.

5.296 SUBLINECNT (STD)

DID-name: SUBLINECNT DID-number: 317 Function: Counters for subscriber line devices Application: PSTN (LI/LIRA in SSS-D/LI in SSS-A/BL/IL/OL) or ISDN (LIPAX/LIBAX) line device blocks, BJ, PX and TRMSL DID item Contents 1 Subscriber line group measurement (SLGACT) activity indicator 2 Traffic level counter for originating calls (ORIGCALLSTAT)



3 Traffic level counter for terminating calls (TERMCALLSTAT) 4 Number of originating seizures (ORIGSEIZECNT) 5 Number of terminating seizures (TERMSEIZECNT) 6 Number of terminating call attempts (TERMCALLBIDCNT) 7 Number of terminating seizures obtaining B-answer (TERMBANSCNT) 8 Number of terminating seizures reaching (TERMRINGCNT) ringing/alerting but not obtaining B-answer 9 Number of terminating seizures failed due to busy (TERMBUSYCNT) 10 Traffic level counter for terminating conversation traffic intensity (TERMCONVSTAT) 11 Accumulated Number of blocked members in the subscriber line group (BLOCKINGSTAT) 12 Number of measuring members in the subscriber line group (NSLGDEV) Description: DID-position: 1 - 11 are stored in line blocks LI and LIRA in SSS-D, BL, LIPAX and LIBAX and sent by these blocks. DID-position: 1, 7, 8, 10 are stored in BJ block and sent by this block. DID-position: 1, 2 - 6, 9, 11 are stored in LI block in SSS-A and sent by this block. DID-position: 1, 2, 4, 11 are stored in IL block and sent by this block. DID-position: 1, 3, 5 - 11 are stored in OL block and sent by this block. DID-position: 1, 6, 9 are stored in PX block and sent by this block. DID-position: 1, 12 are stored in TRMSL and sent by this block. The number of records = number of subscriber line groups The record pointer is used in the SP to identify that the counters for record one and the subscriber line group name for record one are both related to the same subscriber line group. The maximum file size of the counter file SLGCOUNTER is 512. The sorting program will store all the counters for a block in the Data Base and then, for the next block, will read the counters back from the Data Base before adding them. The subscriber line group measurement activity indicator will have a value of 0 or 1. The counters are not valid if the measurement activity indicator is 0 and they are valid if the measurement activity indicator is 1. All the line blocks, BJ and PX must send the measurement activity indicator that will be passed to STS. STS will use it to decide if the counter values will be used to calculate the overall subscriber line group counter values. The size of the variables :- DID-position: 1 = 1 bit DID-position: 2 - 12 = 16 bits.



5.297 SLGNAMETAB (STD)

DID-name: SLGNAMETAB DID-number: 318 Function: Subscriber line group name translation Application: TRMSL Position Contents 1 Subscriber line group name (SLGNAME) Description: All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of subscriber line groups. The subscriber line group name is a string variable with 1-7 characters. DID-position: 1 is stored in TRMSL. The size of the variable :- DID-position: 1 = string of 7 characters.



5.298 ISDNTSICNT

DID-name: ISDNTSICNT DID-number: 319 Function: ISDN Bearer Service counters Application: PH blocks (PHOBA,PHOPA,PHABA,PHAPA,PHTBA, PHTPA) LICH and LIBAX/LIPAX. Position Contents 1 Traffic level counter (TRALORGCNT) for originating calls. 2 Traffic level counter for (TRALTECNT) terminating calls. 3 Number of originating call attempts. (CALLORGCNT) 4 Number of terminating call attempts. (CALLTECNT) 5 Number of originating messages with cause "No user responding" (CAU18ORGCNT) 6 Number of originating messages with cause "Call rejected" (CAU21ORGCNT) 7 Number of originating messages with cause "Access information discarded" (CAU43ORGCNT) 8 Number of terminating messages with cause "Access information discarded" (CAU43TECNT) 9 Number of originating messages with cause "Bearer capability not authorised" (CAU57ORGCNT) 10 Number of originating messages with cause "Bearer capability not implemented" (CAU65ORGCNT) 11 Number of originating messages with cause "Only restricted digital information bearer capability is available" (CAU70ORGCNT) 12 Number of originating messages with cause "Service or option not implemented" (CAU79ORGCNT) Description: One record per TSI code. The TSI codes are identified by a number. The number is identical with the record number in the file, that is the pointer. All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = max number of TSI codes. The following blocks send the following DID positions: BLOCKS DID positions PHOBA/PHOPA 3,5,6,7,9,10,11 and 12. PHABA/PHAPA 7 and 8. PHTBA/PHTPA 8. LIBAX/LIPAX 2 and 4. LICH 1. The size of the variables. DID positions: 1-12 = 16 bits

5.299 AJROUTECNT (STD)



DID-name: AJROUTECNT DID-number: 320 Function: Route-counters for AJ routes Application: AJ and SS Position Contents 1 Number of individuals (NUDEVCNT) 2 Number of blocked (BLOCCNT) 3 Number of manually blocked (MBLOCCNT) 4 Number of other blocked (OBLOCCNT) 5 Number of automatically A-blocked (ABLOCCNT) 6 Route code (RCOD) 7 Number of occupied (8) (TRALCNT) 8 Number of call (8) (CALLCNT) 9 Number of call in queue (8) (QTRALCNT) 10 Number of occupied aft queue (8) (SAFTQCNT) One record per route in the block DID positions: 1-6 are in AJ DID positions: 7-10 are in SS The Route code is the route number in SS and is used as an index for positions 7 to 10 The indicated route code is valid only for the specified global route number The size of the variables. DID positions: 6 = 4 bits (value range 0-7) DID position: 1-5 and 7-10 = 16 bits

5.300 AJROUTETAB (STD)

DID-name: AJROUTETAB DID-number: 321 Function: Route translation table. Application: Block AJ Position Contents 1 Symbolic route name Description: The size of the variables. DID position: 1 = String 7 characters

5.301 BJROUTECNT (STD)

DID-name: BJROUTECNT DID-number: 322 Function: Route-counters for BJ routes Application: BJ and SS Position Contents 1 Number of individuals (NUDEVCNT) 2 Number of blocked (BLOCCNT)



3 Number of manually blocked (MBLOCCNT) 4 Number of other blocked (OBLOCCNT) 5 Number of automatically A-blocked (ABLOCCNT) 6 Route code (RCOD) 7 Number of occupied (8) (TRALCNT) 8 Number of call (8) (CALLCNT) 9 Number of call with cong (8) (CONGCNT) Description: One record per route in the block DID positions: 1-6 are in BJ DID positions: 7-9 are in SS The Route code is the route number in SS and is used as an index for positions 7 to 9 The indicated route code is valid only for the specified global route number The size of the variables. DID positions: 6 = 4 bits (value range 0-7) DID position: 1-5 and 7-9 = 16 bits

5.302 BJROUTETAB (STD)

DID-name: BJROUTETAB DID-number: 323 Function: Route translation table. Application: Block BJ Position Contents 1 Symbolic route name Description: The size of the variables. DID position: 1 = String 7 characters

5.303 DASADCNT (STD)

DID-name: DASADCNT DID-number: 324 Function: Counters specific for the service "Distinctive Alerting Service, Additional Digit Method". Application: Block DIAS. Position Contents 1 Number of subscribers to whom the service DAA has been provided. 2 Number of calls to subscribers with DAA. 3 Number of calls waiting for additional digit (traffic level). 4 Number of traffic individuals in the exchange. 5 Number of Timeouts waiting for additional digit.



6 Number of Disconnections waiting for additional digit. 7 Accumulated holding time, measured in number of TIMBASE. 8 Time base for the accumulated holding time in centiseconds. 9 Number of accumulations (number of calls where an additional digit was received). Description: One set of counters per exchange. All the variables (which are pointed out by the DID item positions) are COMMON variables. See also the DID ALLSERVIDTAB. The size of the variables: DID positions: 1 = R DID position: 2-6, 8, 9 = 16 bits DID positions: 7 = 32 bits

5.304 DIPQCNT3 (STD)

DID-name: DIPQCNT3 DID-number: 325 Function: Digital paths quality sectionalized maintenance counters. Application: Blocks DIPSEC (new) Position Contents 1 CNT2STATE 2 Global DIP-number 3 Number of Errored Seconds, section 1 (ES1) 4 Number of Severely Errored Seconds, section 1 (SES1) 5 Number of Degraded Minutes, section 1 (DM1) 6 Number of Errored Seconds Remote end, section 1 (ES1R) 7 Number of Severely Errored Seconds Remote end, section 1 (SES1R) 8 Number of Degraded Minutes Remote end, section 1 (DMR) 9 Number of Errored Seconds, section 2 (ES2) 10 Number of Severely Errored Seconds, section 2 (SES2) 11 Number of Degraded Minutes,section 2 (DM2) 12 Number of Errored Seconds Remote end,section 2 (ES2R) 13 Number of Severely Errored Seconds Remote end, section 2 (SES2R) 14 Number of Degraded Minutes Remote end, section 2 (DM2R) Description: Item pos 1 CNT2STATE, gives information whether DIPQCNT3 is relevant (1=relevant, DIP is connected and has sectionalized maintenance). One record per chosen DIP in STS. All the variables (which are pointed out by the DID item positions) are stored in a record. Record individuals 0-2687 can be used. This DID is associated to the translation DID, DIPTAB. The size of the variables: DID position : 1 = 1 bit.



DID positions : 2-15 = 16 bits.

5.305 L2STATPRACNT (STD)

DID-name: L2STATPRACNT DID-number: 326 Function: Layer 2 ISDN Error Statistics Counters for Primary Rate Access Application: Block DLPRA DID item Contents 1 State of record (idle or defined). 2 Global DIP number 3 Number of received frames 4 Number of frames received with FCS fault 5 Number of transmitted frames 6 Number of retransmitted frames 7 Number of DM frames received as reponse to SABME 8 Number of times proper reponse not received to establish link after N200 SABME sent. 9 Number of times a frame is received with control field that is undefined or not implemented 10 Number of frames received with not permitted information field, or incorrect length of unnumbered or supervisory frame. 11 Number of frames received with invalid sequence number 12 Number of times FRMR frame received. 13 Number of times maximum number of transmissions (N200) reached on any frame except SABME 14 Number of times DM frame sent in response to a SABME frame received. 15 Number of times unexpected frame received. 16 Number of times invalid frames received (other than FCS fault) 17 Number of frames received with information field that exceeds the maximum length 18 Number of times unsolicited SUPERVISORY response received Description: Item pos 1 gives information whether L2STATPRACNT is relevant (1=relevant, DIP is connected and has layer 2 statistics function initiated). One record per chosen DIP in STS. All the variables (which are pointed out by the DID item positions) are stored in a record. Record individuals 0-2687 can be used. This DID is associated to the translation DID, DIPTAB. The size of the variables DID position : 1 = 1 bit. DID position : 2 = 16 bits. DID position : 3-18 = 32 bits.



This DID is associated to the translation DID, DIPTAB.

5.306 L3STATPRACNT (STD)

DID-name: L3STATPRACNT DID-number: 327 Function: Layer 3 ISDN Error Statistics Counters for Primary Rate Access Application: Block MANPRA Position Contents 1 State of record (idle or defined). 2 Global DIP number 3 The number of times the threshold for unsuccessful protocol restarts on point-to-point connections is reached. 4 DISCONNECT, RELEASE or RELEASE COMPLETE message transmitted or received with an abnormal cause code. 5 STATUS message transmitted with an abnormal cause code. 6 SETUP message received without manadatory information elements (or invalid information contents) 7 SETUP message received with call reference flag incorrectly set to one. 8 Message received is too short. 9 Messages received with invalid protocol discriminator information 10 Messages received with invalid call reference value 11 Messages received (other than SETUP and REGISTER) containing an unallocated call reference value. Description: Item pos 1 gives information whether L3STATPRACNT is relevant (1=relevant, DIP is connected and has layer 3 statistics function initiated). One record per chosen DIP in STS. All the variables (which are pointed out by the DID item positions) are stored in a record. Record individuals 0-2687 can be used. This DID is associated to the translation DID, DIPTAB. The size of the variables: DID position : 1 = 1 bit. DID position : 2-11 = 16 bits.

5.307 ALLSERVCNT (STD)

DID-name: ALLSERVCNT DID-number: 328 Function: Counters for ISDN/PSTN services.



Application: APT blocks which are administering or processing service events like the invocation, activation, interrogation, or deactivation, etc., of supplementary services (subscriber services). This includes all ISDN and PSTN services. Position Contents 1 Service identifier. STS translates this identifier into a slogan, i.e. the service designation. 2 The number of subscribers registered with the service. 3 The number of subscribers that have the service subscriber controlled. 4 The number of subscribers that have the service activated. 5 The number of successful activations. 6 The number of unsuccessful activations. 7 The number of incorrect activations. 8 The number of successful deactivations. 9 The number of unsuccessful deactivations. 10 The number of incorrect deactivations. 11 The number of successful registrations of specific data for the service. 12 The number of unsuccessful registrations of specific data for the service. 13 The number of incorrect registrations of specific data for the service. 14 The number of successful erasures of specific data for the service. 15 The number of unsuccessful erasures of specific data for the service. 16 The number of incorrect erasures of specific data for the service. 17 The number of successful interrogations of the service or specific data for the service. 18 The number of unsuccessful interrogations of the service or specific data for the service. 19 The number of incorrect interrogations of the service or specific data for the service. 20 The number of successful verifications of the service or specific data for the service. 21 The number of unsuccessful verifications of the service or specific data for the service. 22 The number of incorrect verifications of the service or specific data for the service. 23 The number of successful executions (invocations) of the service. 24 The number of unsuccessful executions (invocations) of the service. 25 The number of incorrect executions (invocations) of the service. Description: One record per supplementary service, or per variant of the service (the latter if applicable). All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = hightest service identifier reported.



If the same service exists for both ISDN and PSTN, then there will be at least two separate records, one for statistics on ISDN, and the other for statistics on the PSTN related service. However, some services may have a common record for ISDN and PSTN subscribers in cases where it is not important to distinguish between the two. In addition there may be more than one variant of ISDN in some applications. The counters can be stored in common variables if a function block needs one record only. The same counter, i.e. the same DID position and service identifier, can be reported from two separate function blocks. If so, STS will add the values of the varables. All counters are not relevant for all of the services. Further details are provided in the design rule "Counters for Supplementary Services", ETX 102 60-1070 Uen. See also the DID ALLSERVIDTAB. The size of the variables: Position Block Size 1 All 8 bits 2- 4 All R declared 5- 25 All 16 bits

5.308 ALLSERVIDTAB (STD)

DID-name: ALLSERVIDTAB DID-number: 329 Function: Supplementary services (subscriber services) identifier translation table. Application: APT blocks which are administering/ processing supplementary services (subscriber services) with service statistics. This includes both ISDN and PSTN related services. ISDN may have more than one variant. One block per service only, stores the service designation (slogan) and utilises this DID when reporting to STS. Position Contents 1 Service identifier. STS translates this identifier into a slogan, i.e. the service designation. 2 Service designation (slogan). Description: One record per supplementary service, or per variant of the service (the latter if applicable). The services are identified by a code (service identifier). The variables (which are pointed out by the DID item position) are stored in one record per service, or in common variables if the block processes one service only.



The text string is stored in the function block associated with the service. If a service is implemented in several function blocks, then the string is to be stored in the block that is considered as the main block of the service. If one block is common to several services, however, then a file of records in that block should store the strings. This will limit the number of DIDINFO signals during start/restart. (One file of records requires the exchange of DIDINFO/DIDINFOACK once, only). The relation between the service, the service designation, and the service identifier is described in the design rule "Supplementary Service Identifiers and Designations (Slogans)", 1/ETX 102 60-1070 Uen. STS translates the internally used service identifier into the service designation, which is used at the outputs of statistics reports per service (e.g. see the DID ALLSERVCNT). The service designation, which is an abbreviation associated with the service, is also used in STS operator commands. A translation to the internal service identifier will then take place. The size of the variables: Position Block Size 1 All 8 bits 2 All String, max. 7 characters

5.309 CALLFSERVCNT (STD)

DID-name: CALLFSERVCNT DID-number: 330 Function: Counters specific for the services "Call Forwarding on Busy", "Call Forwarding on no Reply", and "Call Forwarding Unconditional". Application: Block SUSCFB, SUSCFNR, SUSCFT and SUSCFU (or corresponding blocks if other block names are used). Position Contents 1 Service identifier. STS translates this identifier into a slogan, i.e. the service designation. 2 The number of call forwarding attempts. 3 The number of successful call forwardings where the forwarded-to subscriber answers the call. 4 The number of successful call forwardings where the forwarded-to subscriber does not answer the call. 5 The number of unsuccessful invocations due to reached maximum number



of permitted call forwardings for the same call. Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. DID positions sent by SUSCFT : 1-4 DID positions sent by SUSCFB : 1 and 5 DID positions sent by SUSCFNR: 1 and 5 DID positions sent by SUSCFU : 1 and 5 The counters can be stored in common variables if a function block needs one record only, else a file of records is to be used. See also the DID ALLSERVIDTAB. The size of the variables: DID position: 1 = 8 bits DID positions: 2-5 = 16 bits

5.310 CAWSERVCNT (STD)

DID-name: CAWSERVCNT DID-number: 331 Function: Counters specific for the services "Call Waiting, ISDN" and "Call Waiting, PSTN". Application: Block SUSCEC1 (PSTN type of subscribers), and SUSCWI (ISDN type of subscribers), (or corresponding blocks if other block names are used). Position Contents 1 Service identifier. STS translates this identifier into a slogan, i.e. the service designation. 2 Number of successful invocations where the served user ignores the waiting call (the call waiting timer expires). 3 Number of successful invocations, where the served user rejects the waiting call and maintains the ongoing call. 4 Number of successful invocations, where the served user ends the ongoing call by the use of a service procedure (no possibility to switch between the two calls), and receives the waiting call. (PSTN only). 5 Number of successful invocations, where the served user switches from the ongoing call by the use of a service procedure (possibility to switch between the two calls), and receives the waiting call. (PSTN only). 6 Number of successful invocations where the served user subsequently initiates a



conference. (PSTN only). 7 Number of successful invocations where the originator abandons the call in waiting status. 8 Number of unsuccessful invocations due to exceeded maximum number of call waiting calls. 9 Number of successful invocations where the called user either ends the ongoing call, or put it on hold, and accepts the waiting call. (ISDN only). Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if a function block needs one record only, else a file of records is to be used. DID positions sent by SUSCEC1: 1-7 DID positions sent by SUSCWI: 1-3, 7, and 9. See also the DID ALLSERVIDTAB. The size of the variables: DID position: 1 = 8 bits DID positions: 2-9 = 16 bits

5.311 CKWSERVCNT (STD)

DID-name: CKWSERVCNT DID-number: 332 Function: Counters specific for the services "Change of Keyword,PSTN" and "Change of Keyword, ISDN". Application: Block SUSKEY (or corresponding block if other block name is used). Position Contents 1 Service identifier. STS translates this identifier into a slogan, i.e. the service designation. 2 The number of successful invocations where the keyword is changed. 3 The number of unsuccessful invocations where the keyword is not changed due to keyword mismatch. Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if a function block needs one record only, else a file of records is to be used. See also the DID ALLSERVIDTAB.



The size of the variables: DID position: 1 = 8 bits DID positions: 2-3 = 16 bits

5.312 HOLDSERVCNT (STD)

DID-name: HOLDSERVCNT DID-number: 333 Function: Counters specific for the service "Call Hold". Application: Block SUSCH (or corresponding block if other name is used). Position Contents 1 Service identifier. STS translates this identifier into a slogan, i.e. the service designation. 2 Number of succsessful Hold retrievals. 3 Number of unsuccsessful Hold retrievals. 4 Number of succsessful Hold alternations. 5 Number of unsuccsessful Hold alternations. Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if the function block needs one record only, else a file of records is to be used. See also the DID ALLSERVIDTAB. The size of the variables: DID position: 1 = 8 bits DID positions: 2-5 = 16 bits

5.313 SUBRTESNBTAB (STD)

DID-name: SUBRTESNBTAB DID-number: 334 Function: Translation table for sub route SC pointers to Group numbers Application: Block LIPAX, LIBAX, BL, LIM Position Contents 1 State (undefined/defined) 2 Subroute direction 3 Subroute Order number within direction 4 Subroute Group Number Description: Translation from subroute id to Group Number, and vice versa. State indicates whether the sub route is undefined (=0) or defined (=1). Item position 2 direction of the subroute:-



1 = incoming (I) 2 = bothway (B) 3 = outgoing (O) Item position 3 build a unique for the Subroute identity The value range is upto 16 bits. Example If DID position 2 has a value of 2 and position 3 with a value of 5 to get a subroute for the group number (given in position 4) with the Identity of B5. If group number = 1234567 then the subroute indentity given by STS in reports will be 1234567 B5 Item position 4 builds a unique subroute group address The range is upto 32 digits, but STS will only present 13 digits in its reports. Example: The group number 41 will be delivered as didpos4 2041 where didpos4(0) = number of digits in the number (=2) didpos4(1) = number of area digits in the number (=0) didpos4(2) = first digit in the number (=4) didpos4(3) = digit in the number (=1) The group number 346704222 will be delivered as didpos4 will be loaded as 90346704222 in CP and will arrive in STS as 430940760222. where didpos4(0) = number of digits in the number (=9) didpos4(1) = number of area digits in the number (=0) didpos4(2) = first digit in the number (=3) didpos4(3) = digit in the number (=4) didpos4(4) = digit in the number (=6) didpos4(5) = digit in the number (=7) didpos4(6) = digit in the number (=0) didpos4(7) = digit in the number (=4) didpos4(8) = digit in the number (=2) didpos4(9) = digit in the number (=2) didpos4(10) = digit in the number (=2) All blocks that send this DID must send ALL DID positions.

5.314 SS7SCSSNUSECNT

DID-name: SS7SCSSNUSECNT DID-number: 335 Function: Counters for SCCP Subsystem utilization. Application: SCCOC Position Contents 1 State. 2 DT1 terminating per local SSN. 3 DT1 originating per local SSN. 4 Total connection oriented messages originating per destination SSN. 5 Total incoming intermediate node connection oriented messages per



destination SSN. 6 Total outgoing intermediate node connection oriented messages per destination SSN. 7 Total connection oriented messages terminating per local SSN. Description: One record per SSN, which pointer is equal to SSN, in the block SCCOC. Item position 1 is a state value to indicate if the record information is valid (=1) or not (=0). That means if the SSN is defined or not. The size of the variables: DID item position 1 = 1 bit DID item positions 2-7 = 32 bits

5.315 RDTPSTNCNT (STD)

DID-name: RDTPSTNCNT DID-number: 336 Function: Measured Release Delay values for Subscriber Traffic Application: LI,LIRA Position Contents 1 Number of Registered Calls 2 EMG Number identity. 3 Release Delay Value in centiseconds. Description: Both DID items 2 and 3 are included in a record. There is one record per recorded call. The number of records is 512. DID item position 1 is a common stored variable. The size of the variables: DID positions 1-3 = 16 bits

5.316 RDTISDNCNT (STD)

DID-name: RDTISDNCNT DID-number: 337 Function: Measured Release Delay values for Subscriber Traffic Application: MHBA, ST, MHPRA Position Contents 1 Number of Registered Calls 2 EMG Number identity. 3 Release Delay Value in centiseconds. Description: Both DID items 2 and 3 are included in a record. There is one record per recorded call.



The number of records is 512. DID item position 1 is a common stored variable. The size of the variables: DID positions 1-3 = 16 bits

5.317 SESSCFTAB (BM 2.4, IN)

DID-name: SESSCFTAB DID-number: 338 Function: Application: Block EWSDPAD Position Contents 1 User code 2 User Slogan Description: This Translation table is only sent from block EWSDPAD and relates the user code to a string. Position Block Size 1 EWSDPAD 8 bits 2 EWSDPAD 15 char ASCII string Code Slogan 1 AXESCP-EWSDSSP

5.318 LATACNT (CMS40 SS PH1)

DID-name: LATACNT DID-number: 339 Function: Counters for LATA Level Statistics Application: Block MPAG Position Contents 1 Number of first location area page attempts for a LATA 2 Number of repeated location area page attempts for a LATA 3 Number of page responses to first location area page for a LATA 4 Number of page responses to repeated location area page for a LATA 5 Number of LATA wide page attempts for a LATA 6 Number of page responses to LATA wide paging Description: Provides paging counters to STS. The maximum number of LATA existing will be 256. The LATA file will be size alterable. The size of the variables. Position Block Size 1 - 6 MPAG 16 bits



5.319 COPRVLRCNT (CME SS)

DID-name: COPRVLRCNT DID-number: 340 Function: Counters for fetching security data on co-operating VLR level. Application: MCVLRD DID item Content 1 Number of total requests for security data from VLR 2 Number of successful requests for security data from VLR 3 Number of received authentication vectors from VLR 4 Number of received current security context data from VLR Description: One record per co-operating VLR in block MCVLRD. The pointer in MCVLRD for co-operating VLR addresses is common with the translation table in block MTRAN. The translation table COPRVLRTAB is used to translate the pointer to a symbolic VLR name. The size of the variables : position Block Size 1-3 MCVLRD R-declared 4 16 bits

5.320 COPRVLRTAB (CME SS)

DID-name: COPRVLRTAB DID-number: 341 Function: Counters for fetching security data on co-operating VLR level. Application: MTRAN DID item Content 1 State (defined / undefined) 2 Symbolic VLR name Description: Translation table used to translate VLR pointer in Symbolic VLR name. Used inconjuction with DID COPRVLRCNT. The State indicates if the co-operating VLR is defined or not. (defined = 1, undefined = 0). One record per co-operating VLR. The size of the variables: DID position 1 = 1 bit DID position 2 = 7 char string



5.321 CUGBSGCNT (CME SS)

DID-name: CUGBSGCNT DID-number: 342 Function: Closed User Groups Application: DID item Content 1 Number of CUG memberships Description: The size of the variables: DID position 1 = 32 bits

5.322 CUGBSGTAB (CME SS)

DID-name: CUGBSGTAB DID-number: 343 Function: - Application: DID item Content 1 BSG record state 2 BSG slogan for CUG Description: The size of the variables: DID position 1 = 1 bit DID position 2 = 7 Char string

5.323 LATATAB (CMS40 SS PH1)

DID-name: LATATAB DID-number: 344 Function: LATA names for LATA Level Statistics Application: Block MTRAN Position Contents 1 State for LATA (undefined/defined) 2 LATA identity Description: Translation table used to identify LATAs The size of the variables. Position Block Size 1 MBSSD 1 bit 2 MBSSD 1-7 Numerical string

5.324 LATAMISCNT (CMS40 SS PH1)



DID-name: LATAMISCNT DID-number: 345 Function: Counter for rejections due to LATA mismatch Application: Block MTBSS Position Contents 1 Number of calls rejected due to LATA mismatch Description: Pprovides LATA Mismatch Statistical Counters to STS. The size of the variables: Position Block Size 1 MTBSS 16 bits

5.325 SS7SCQOSCNT (CMS40 SS PH1)

DID-name: SS7SCQOSCNT DID-number: 346 Function: Counters for SCCP quality of service Application: SCRD Position Contents 1 CR messages sent to MTP. 2 CREF messages sent to MTP. 3 CR messages received from MTP. 4 CREF messages received from MTP. Description: All the variables are common stored data. The size of the variables: DID item positions 1-4 = 32 bits

5.326 SERVICESWCNT (CME SS)

DID-name: SERVICESWCNT DID-number: 347 Function: Counters for service switching for alternate speech/fax. Application: blocks MTACC, MTBCC Position Contents 1 Number of attempts to switch from one mode to alternate mode. (first block) 2 Number of attempts to switch from one mode to alternate mode. (second block) 3 Number of successful switch from one mode to alternate mode. (first block)



4 Number of successful switch from one mode to alternate mode. (second block) Description: The variables (which are pointed out by the DID item posiiton) are stored in common variables. The counters specified in DID positions 1 and 3 are stored in block MTA and positions 2 and 4 are stored in block MTB. The Size DID posiiton: 1-4 = 16 bits.

5.327 NBRMSCPROCCNT (CME SS)

DID-Name: NBRMSCPROCCNT DID-Number: 348 Function: Counters related to the BSSAP procedures applied on the E-Interface, on Neighbouring MSC Level. Application: Blocks MHOC and MHIC Position Contents 1 Number of subsequent channel assignment attempts usinga circuit connection to neighbouring MSC. The counter will be stepped when the request for the handover number is sent. 2 Number of successful subsequent channel assignments using a circuit connection to neighbouring MSC. The counter will be stepped after both the BSSMAP-ASSIGNMENT COMPLETE message is received on the E-Interface and the B-Answer is received on the PSTN/ISDN. 3 Number of subsequent channel assignment attempts using a circuit connection to neighbouring MSC. The counter will be stepped when the request for the handover number is received. 4 Number of successful subsequent channel assignments using a circuit connection to neighbouring MSC. The counter will be stepped after both the BSSMAP-ASSIGNMENT COMPLETE message is sent on the E-Interface and the B-Answer on the PSTN/ISDN. 5 Number of subsequent channel assignment attempts using a circuit connection to neighbouring MSC after GSM to UMTS handover. The counter will be stepped when the request for the handover Number is received. 6 Number of successful subsequent channel assignments using a circuit connection to neighbouring MSC after GSM to UMTS handover. The counter will be stepped after both the BSSMAP-ASSIGNMENT



COMPLETE message is sent on the E-Interface and the B-Answer on the PSTN/ISDN. Description: One record per neighbouring MSC in the blocks. In practice, it is conceivable for one particular MSC to have 5 neighbours. The pointer for MSC is the same in all blocks. It is the same as the pointer in the MSC translation table in block MTRAN (DID: MSCTAB). Pointer 0 is used in case of "unknown MSC". The counters specified in DID positions 1 and 2 are stored in block MHOC and DID positions 3-4 in block MHIC. The size of the variables. Position Block Size 1 - 2 MHOC 16 bits 3 - 4 MHIC R-declared 5 - 6 MHIC 16 bits

5.328 TRDCNT1 (STD)

DID-name: TRDCNT1 DID-number: 349 Function: Counters for traffic destination codes Application: Block CLCOF Position Contents 1 State (valid/not valid) 2 Number of bids/call (CALLCNT) 3 Number of unsuccessful call (CONGCNT) 4 Number of occupied (TRALCNT) 5 Number of b-answers (ANSWCNT) 6 Number of dest. blockings (TDBLOCNT) 7 Number of calls seizing an outgoing circuit (NOUTGSCNT) 8 Number of successful end of selections (THROUGHTRDCNT) 9 All calls reaching the B-subscriber (NOCRBCNT) 10 Number of calls rejected by Mass Calling Control (NREJMCCCNT) Description: One record per traffic destination code. The traffic destination codes are identified by a number. The number is identical with the record number in the file, that is the pointer. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = max number of traffic destination codes (4096). Size alteration event = SAE 5 NREJMCCCNT will be declared as a RELOAD variable. The size of the variables. Position Block Size 1 - 10 CLCOF 16 bits



5.329 REGSERVCNT (CME SS)

DID-name: REGSERVCNT DID-number: 350 Function: Counters for regional services Application: Block MZONE and MUATAI. DID-item Contents 1 Number of originating call attempts within local subscription area 2 Number of terminating call attempts within local subscription area 3 Number of originating call attempts rejected due to local subscription 4 Number of terminating call attempts rejected due to local subscription 5 Number of originating call attempts for subscription with tariff areas 6 Number of terminating call attempts for subscription with tariff areas 7 Number of mobile initiated interrogations for a tariff area applied to a call for subscription with tariff areas 8 Number of mobile initiated interrogations for a tariff area related to the current location for subscription with tariff areas Description: All the variables are stored as common data. The counters indicate the number of originating and terminating call attempts for the different regional services. The size of the variables. Position Block Size 1 - 6 MZONE R-declared 7 - 8 MUATAI R-declared

5.330 CLIPSERVCNT (AMPHION)

DID-name: CLIPSERVCNT DID-number: 351 Function: Counters specific to Calling Line Identification Presentation (CLIP), ISDN Application: SC, IUNUMP & SIPA DID-item Contents 1 Service Identifier 2 Num. of successful invocations with number presentation



3 Num. of successful invocations with number presentation restriction 4 Num. of successful invocations with number unavailable 5 Num. of subscribers with CLIP with Restriction Override 6 Num. of successful invocations with number presentation restriction override Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if the function block needs one record only, else a file of records is to be used. See also the DID ALLSERVIDTAB. The size of the variables. Position Block Size 1 IUNUMP 8 bits 1 SIPA 8 bits 2 - 4,6 IUNUMP 16 bits 2 - 4,6 SIPA 16 bits 5 IUNUMP R declared variable 5 SIPA R declared variable

5.331 CLIRSERVCNT (AMPHION,SIRIUS)

DID-name: CLIRSERVCNT DID-number: 352 Function: Counters specific to Calling Line Identification Restriction (CLIR), PSTN or ISDN Application: IUNUMP & SUSCLIR DID-item Contents 1 Service Identifier 2 Num. of subscribers with CLIR permanently activated. 3 Num. of successful restriction onvocations on a permanent mode 4 Num. of successful presentation invocations on a per-call mode 5 Num. of successful restriction invocations on a per-call mode 6 Num. of succsesful invocation using a prefix for restrict the presentation of the calling line in the called party number information element . 7 Number of succsesful invocation using a prefix for allow the in presentation of the calling line in the called party number information element. Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if the



function block needs one record only, else a file of records is to be used. See also the DID ALLSERVIDTAB. The size of the variables. Position Block Size 1 IUNUMP 8 bits 1 SUSCLIR 8 bits 2 IUNUMP R declared variable 2 SUSCLIR R declared variable 3 - 5 IUNUMP 16 bits 3 - 5 SUSCLIR 16 bits 6 -7 IUNUMP 16 bits

5.332 COLPSERVCNT (AMPHION)

DID-name: COLPSERVCNT DID-number: 353 Function: Counters specific for Connected Line Identification Presentation (COLP), ISDN Application: IUNUMP DID-item Contents 1 Service Identifier 2 Num. of successful invocations with number presentation 3 Num. of successful invocations with number presentation restriction 4 Num. of successful invocations with number unavailable 5 Num. of subscribers with COLP with Restriction Override 6 Num. of successful invocations with number presentation restriction override Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if the function block needs one record only, else a file of records is to be used. See also the DID ALLSERVIDTAB. The size of the variables: DID position: 1 = 8 bits DID positions: 2-4,6 = 16 bits DID position: 5 = R declared variable

5.333 COLRSERVCNT (AMPHION)

DID-name: COLRSERVCNT DID-number: 354 Function: Counters specific for Connected Line Identification



Restriction (COLR), ISDN Application: IUNUMP DID-item Contents 1 Service Identifier 2 Num. of subscribers with COLR permanently activated. 3 Num. of successful restriction invocations on a permanent mode 4 Num. of successful presentation invocations on a per-call mode 5 Num. of successful restriction invocations on a per-call mode Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if the function block needs one record only, else a file of records is to be used. See also the DID ALLSERVIDTAB. The size of the variables: DID position: 1 = 8 bits DID position: 2 = R declared variable DID positions: 3-5 = 16 bits

5.334 CUGSERVCNT (AMPHION)

DID-name: CUGSERVCNT DID-number: 355 Function: Counters specific for Closed User Group (CUG) ISDN Application: IUCUG DID-item Contents 1 Service Identifier 2 Num. of successful CUG calls on the terminating side (B-side) 3 Num. of calls rejected on the terminating side for CUG supplementary service reasons (B-side) Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if the function block needs one record only, else a file of records is to be used. See also the DID ALLSERVIDTAB. The size of the variables: DID position: 1 = 8 bits DID positions: 2-3 = 16 bits

5.335 UUSSERVCNT (AMPHION)



DID-name: UUSSERVCNT DID-number: 356 Function: Counters specific for User to User Signalling Services (UUS-1,UUS-2,UUS-3) Application: IUUUS DID-item Contents 1 Service Identifier 2 Num. of times the UUS information element received from the user passes both length check & the subscription/activation check 3 Num. of times the UUS information element received from the user passes the length check but not the subscription/activation check 4 Num. of times the UUS information received from the network is discarded because UUS was not active 5 Num. of times the UUS information received from the network is sent to users Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if the function block needs one record only, else a file of records is to be used. See also the DID ALLSERVIDTAB. The size of the variables: DID position: 1 = 8 bits DID positions: 2-5 = 16 bits

5.336 ISDNEBSCNT (AMPHION)

DID-name: ISDNEBSCNT DID-number: 357 Function: ISDN-E Basic Service counters Application: IUOCC, IUTCC DID-item Contents 1 Traffic level counter (OTRALCNT) for Originating calls 2 Num. of originating call attempts (OCALLCNT) 3 Originating Release counter 1 (ORCNT1) 4 Originating Release counter 2 (ORCNT2) 5 Originating Release counter 3 (ORCNT3) 6 Originating Release counter 4 (ORCNT4) 7 Originating Release counter 5 (ORCNT5) 8 Originating Release counter 6 (ORCNT6) 9 Originating Release counter 7 (ORCNT7) 10 Originating Release counter 8 (ORCNT8) 11 Originating fallback counter (OFBCNT) 12 Traffic level counter (TTRALCNT) for terminating calls



13 Num. of terminating call attempts (TCALLCNT) 14 Terminating release counter 1 (TRCNT1) 15 Terminating release counter 2 (TRCNT2) 16 Terminating release counter 3 (TRCNT3) 17 Terminating release counter 4 (TRCNT4) 18 Terminating release counter 5 (TRCNT5) 19 Terminating release counter 6 (TRCNT6) 20 Terminating release counter 7 (TRCNT7) 21 Terminating release counter 8 (TRCNT8) 22 Terminating fallback counter (TFBCNT) Description: All variables are stored in a record. The pointer is an internal value. IUOCC sends positions 1-11 IUTCC sends positions 12-22 The DID ISDNEBSTAB is used to translate the record pointer into a "Basic service slogan". The size of the variables: DID position: 1-22 = 16 bits

5.337 ISDNEBSTAB (AMPHION)

DID-name: ISDNEBSTAB DID-number: 358 Function: Translation of internal pointer to Basic service slogan Application: BASAMF DID-item Contents 1 State (BSSTATE) 2 Basic service slogan (BSNAME) Description: Translates the record pointer into a "Basic service slogan". The pointer to the file is equal to the pointer in the DID ISDNEBSCNT. There is one record per basic service. Maximum number of basic services = 33. (fixed size) DID position 1 can have values 0 = undefined 1 = defined The size of the variables: DID position: 1 = 1 bit DID position: 2 = 15 characters

5.338 ISDNESGCNT (AMPHION)

DID-name: ISDNESGCNT DID-number: 359 Function: ISDN-E Subscriber group counters Application: IUOCC and IUTCC DID-item Contents



1 Subscriber group state (SGSTATE) 2 Num. of subscribers (SUBCNT) 3 Num. Blocked subscribers (BSUBCNT) 4 Originating Traffic level Counter (OTRALCNT) 5 Originating seizure Counter (OSEIZCNT) 6 Terminating Traffic level Counter (TTRALCNT) 7 Terminating call attempt counter (TCALLCNT) 8 Terminating seizure Counter (TSEIZCNT) 9 Terminating end user call attempt (TUCACNT) counter 10 Terminating answer counter (TANSCNT) 11 Terminating Num. of active calls (TNUMLCNT) 12 Terminating busy counter (TBUSYCNT) 13 Terminating user busy counter (TUSBUCNT) 14 Terminating rejected due to active (TRSERCNT) service Description: All variables are stored in a record. The subscriber group number which is set as a subscriber category, is used as a pointer into file of records. The Module IUTCC sends positions 1-3 and 6-14. IUOCC sends positions 1, 4 and 5. The size of the variables: DID position: 1 = 1 bit DID position: 2 - 14 = 16 bits

5.339 CELLSDCCHCNT (CME BSC)

DID-name: CELLSDCCHCNT DID-number: 360 Function: Cell counters in block RCLC, RCCD for SDCCH Application: Block RCLC and RCCD DID-item Contents 1 State 2 Call attempt counter. (CCALLS) 3 Call attempt counter for (CCALLSSUB) subcell. 4 Congestion counter. (CCONGS) 5 Congestion counter for (CCONGSSUB) subcell. 6 Traffic level accumulator. (CTRALACC) 7 Traffic level accumulator (CTRALSUB) in subcell. 8 Dropped connections due to (CNDROP) failure. 9 Number of defined channels. (CNUCHCNT) 10 Number of defined channels in (CNUCHSUB) subcell. 11 Available channels accumulator.(CAVAACC) 12 Available channels accumulator (CAVASUB) for subcell. 13 Number of accumulations of (CAVASCAN) available channels counter. 14 Successful MS channel (CMSESTAB)



establishment on SDCCHs. 15 Successful MS channel (CMSESTABSUB) establishment on SDCCHs for subcell. 16 Number of accumulations of (CNSCAN) SDCCH traffic level counter. 17 SMS messages downlink. (CSMSDWN) 18 SMS messages uplink. (CSMSUP) 19 SDCCH congestion time. (CTCONGS) 20 SDCCH congestion time for (CTCONSUB) subcell. Description: The counters are defined per cell for SDCCHs. (Stand alone Dedicated Control CHannels) The internal cell number is identical with the record number (i.e record-pointer). The record number can be translated to a cell name in the cell translation tables (DID CELLTRANTAB) DID item position 1 is a state value indicating if the individual is defined or not, (0 = not defined). DID item positions 1 - 20 are stored in records, the number of records is 512. The size of the variables. DID item position: 1 - 20 = 16 bits. NOTE. DID item 1, 9 and 10 are valid for block RCCD. DID item 1 - 8 and 11 - 20 are valid for block RCLC.

5.340 RANDOMACCCNT (CME BSC & BSC R9)

DID-name: RANDOMACCCNT DID-number: 361 Function: Cell counters for random access. Application: Block RCCD, RMCNT Position Contents 1 State 2 Number of random accesses. (CNROCNT) 3 Failed random accesses. (RAACCFA) 4 Number of random accesses, (RAEMCAL) Emergency call. 5 Number of random accesses, (RACALRE) Call reestablishment. 6 Number of random accesses, (RAANPAG) Answer to paging. 7 Number of random accesses, (RAOSREQ) Other service request. 8 Number of random accesses, (RAOTHER) All other cases. 9 Number of rejected emergency (RATRHFAEMCAL) CHANNEL REQUIRED in TRH. 10 Number of rejected normal (RATRHFAOTHER) CHANNEL REQUIRED in TRH. 11 Number of rejected registration (RATRHFAREG) CHANNEL REQUIRED in TRH.



Description: The counters are defined per cell. The internal cell number is identical with the record number (i.e record-pointer). The record number can be translated to a cell name in the cell translation tables (DID CELLTRANTAB). DID item position 1 is a state value indicating if the individual is defined or not, (0 = not defined). DID item positions 1 - 11 are stored in records, the number of records is 512. DID item positions 1 and 9-11 are stored in block RCCD. DID item positions 1-8 are stored in block RMCNT. The size alteration event 298 is used to alter the file size. The size of the variables. Position Block Size 1 RCCD,RMCNT 1 Bit 2 RMCNT 16 Bits 3 RMCNT 16 Bits 4 RMCNT 16 Bits 5 RMCNT 16 Bits 6 RMCNT 16 Bits 7 RMCNT 16 Bits 8 RMCNT 16 Bits 9 RCCD 16 Bits 10 RCCD 16 Bits 11 RCCD 16 Bits

5.341 SS7SCUSECNT (CMS40 SS PH1)

DID-name: SS7SCUSECNT DID-number: 362 Function: Counters for SCCP Utilization. Application: Block: SCCOC Position Contents 1 Total number of simultaneous connection sections. Description: The variable is common stored data. The size of the variables: DID item position 1 = 16 bits

5.342 EQLACCCNT (CMS40 SS PH1)

DID-name: EQLACCCNT DID-number: 363 Function: Counters for Equal Access statistics Application: Block CANA



Position Contents 1 Number of originating IXC call attempts using 10XXX or 101XXXX access. (NORGFGD) 2 Number of originating IXC call attempts using 950-WXXX or 950-XXXX access. (NORGFGB) 3 Number of originating IXC call attempts with pre-subscribed Inter-LATA IXC. (NORGPRE) 4 Number of originating call attempts using Service Access Code (SAC). (NORGSAC) 5 Number of failed originating call set-ups due to dialled carrier unavailable. (NORGCUA) Description: All the variables are stored as common stored variables in the new block CANA and pare resented as system total counters (i.e. defined per office). Originating IXC call attempts include originating call attempts both direct and through an access tandem to the carrier. The size of the variables. Position Block Size 1 - 5 CANA 16 bits

5.343 HINTERMAPCNT (CMS30 PH5,CMS30 PH7)

DID-name: HINTERMAPCNT DID-number: 364 Function: HRS Counters for Inter-Network Roaming MAP operations Application: Blocks HCLOP, HICOP, HLOP and HSOP,HCITOP Position Contents 1 Inter-Network Roaming MAP Operation identity (code) 2 Number of received TC INVOKE primitives 3 Number of sent TC RESULT L primitives 4 Number of sent TC U REJECT primitives 5 Number of sent TC U ABORT primitives 6 Number of sent TC U ERROR primitives 7 Number of TC U ERROR primitives sent for error code Illegal 8 Number of sent TC INVOKE primitives 9 Number of received TC RESULT L primitives 10 Number of received TC U REJECT primitives 11 Number of received TC U ABORT primitives 12 Number of received TC L CANCEL primitives due to timer expiry in local TCAP 13 Number of received TC U ERROR primitives 14 Number of TC U ERROR primitives received for error code Illegal 15 Number of TC U ERROR primitives received for error code MemoryError 16 Number of TC U ERROR primitives sent for error code RoamingNotAllowed Description:



All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one Inter-Network Roaming MAP operation) in a function block, all the variables are stored in a record. There is one record per Inter-Network Roaming MAP operation. DID position 1 is stored in the blocks mentioned above. The counters specified in DID positions 2-7 are stored in blocks HCLOP, HICOP and HLOP. The counters specified in DID positions 8-15 are stored in block HSOP. The Inter-Network Roaming MAP operations are identified by an operation code. The translation table (DID 366: HINTERTAB) is used to translate the Inter-Network Roaming MAP operation code to Inter-Network Roaming MAP operation slogan. The size of the variables. Position Block Size 1 all blocks 8 bits 2 - 15 Any Previous block 16 bits 2 - 3 HCITOP 16 bits 16 HLOP 16 bits

5.344 MINTERMAPCNT (CMS30 PH5)

DID-name: MINTERMAPCNT DID-number: 365 Function: MSS Counters for Inter-Network Roaming MAP operations Application: Blocks MCLOP, MICOP, MLOP, MSOP,GRICOP, MCITOP and MCODOP Position Contents 1 Inter-Network Roaming MAP Operation identity (code) 2 Number of received TC INVOKE primitives 3 Number of sent TC RESULT L primitives 4 Number of sent TC U REJECT primitives 5 Number of sent TC U ABORT primitives 6 Number of sent TC U ERROR primitives 7 Number of TC U ERROR primitives sent for error code Illegal 8 Number of sent TC INVOKE primitives 9 Number of received TC RESULT L primitives 10 Number of received TC U REJECT primitives 11 Number of received TC U ABORT primitives 12 Number of received TC L CANCEL primitives due to timer expiry in local TCAP 13 Number of received TC U ERROR primitives 14 Number of TC U ERROR primitives received for error code Illegal



15 Number of TC U ERROR primitives received for error code MemoryError 16 Number of TC U ERROR primitives received for error code RoamingNotAllowed Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one Inter-Network Roaming MAP operation) in a function block, all the variables are stored in a record. There is one record per Inter-Network Roaming MAP operation. DID position 1 is stored in the blocks mentioned above. The counters specified in DID positions 2-7 are stored in block MSOP. The counters specified in DID positions 8-14 are stored in blocks MCLOP, MICOP and MLOP. The counter specified in DID position 15 is stored in blocks MICOP and MLOP. The counter specified in DID position 16 is stored in block MLOP. The Inter-Network Roaming MAP operations are identified by an operation code. The translation table (DID 367: MINTERTAB) is used to translate the Inter-Network Roaming MAP operation code to Inter-Network Roaming MAP operation slogan. The size of the variables. Position Block Size 1 all blocks 8 bits 2 - 15 Any Previous block 16 bits 2 - 7 GRICOP 16 bits 8- 11, 13 - 15 MCITOP 16 bits

5.345 HINTERTAB (CMS30 PH5,CMS30 PH7)

DID-name: HINTERTAB DID-number: 366 Function: HRS Inter-Network Roaming MAP translation table Application: Blocks HCLOP, HICOP, HLOP and HSOP,HCITOP Position Contents 1 Inter-Network Roaming MAP Operation identity (code) 2 Symbolic Inter-Network Roaming MAP operation (slogan) Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one Inter-Network Roaming MAP operation) in a function block, all the variables are stored in a record. There is one record per Inter-Network Roaming



MAP operation. Relation between codes and operations is defined in 12230/FF-2/APT 210 25/1. The translation table is used to translate the Inter-Network Roaming MAP operation identity to Inter-Network Roaming MAP operation slogan in the following DID (DID 364: HINTERMAPCNT). The size of the variables. Position Block Size 1 All Blocks 8 bits 2 All Blocks ASCII string 7 characters

5.346 MINTERTAB (CMS30 PH5 CMS30 PH6)

DID-name: MINTERTAB DID-number: 367 Function: MSS Inter-Network Roaming MAP translation table Application: Blocks MCLOP, MICOP, MLOP, MSOP, GRICOP and MCODOP. Position Contents 1 Inter-Network Roaming MAP Operation identity (code) 2 Symbolic Inter-Network Roaming MAP operation (slogan) Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one Inter-Network Roaming MAP operation) in a function block, all the variables are stored in a record. There is one record per Inter-Network Roaming MAP operation. Relation between codes and operations is defined in 12230/FF-2/APT 210 25/1. The translation table is used to translate the Inter-Network Roaming MAP operation identity to Inter-Network Roaming MAP operation slogan in the following DID (DID 365: MINTERMAPCNT). The size of the variables. Position Block Size 1 All Blocks 8 bits 2 All Blocks ASCII string 7 characters

5.347 MRSLACNT (CMS30 PH5)

DID-name: MRSLACNT DID-number: 368 Function: Location area measurements Application: Blocks MRPAGD



Position Contents 1 LA state 2 Number of LA page requests (NLAPAGASUCF) which are responded after the first page attempt. Authentication successfully performed. 3 Number of LA page requests (NLAPAGASUCS) which are responded after the second page attempt. Authentication successfully performed. 4 Number of LA page requests (NLAPAGREQSUC) which are responded with a correct IMSI number and a correct paging identity. 5 Number of LA page requests. (NLAPAGREQ) Description: The counters are defined per location area. DID item position 1 is a state value indicating if the LA is defined or not, (0 = undefined / 1 = defined). DID items are stored in records. The file including the records is fixed with a size of 255 records. The record number is used to be translated to an LA name. The size of the variables. Position Block Size 1 MRPAGD 1 bit 2 - 5 MRPAGD 16 bits

5.348 C7OPCDS24CNT (White China MTP)

DID-name: C7OPCDS24CNT DID-number: 369 Function: Counters for given 24-bit OPC+DPC+SIO Application: Block C7DR2 Position Contents Counter names 1 State (C7STAT24) 2 DPC/MSA (DMSA) 3 DPC/SSA (DSSA) 4 DPC/CSP (DCSP) 5 SI (SI) 6 Number of SIF and SIO (MOPCDPCSI) Octets handled with given 24-bit OPC+DPC+SIO Description: To identify these counters DID C7OPCDSTAB is required. Records are identified by counter record pointer (C7PTR). Individuals are identified by signalling network address. There are 128 records (each counter type can be defined upto 128 times).The record pointer is translated into the counter addresses which are in C7OPCDSTAB. 'State' indicates whether individual is active (=1) or inactive (=0). DPC/MSA has the range 0-255.



DPC/SSA has the range 0-255. DPC/CSP has the range 0-255. SI has the range 0-15. The size of the variables. Position Block Size 1 C7DR2 1 bit 2 - 4 C7DR2 8 bits 5 C7DR2 4 bit 6 C7DR2 32 bit

5.349 ASSSERVCNT (PYTHON)

DID-name: ASSSERVCNT DID-number: 370 Function: Counters for Advanced Subscriber Services. Application: ASS blocks which are administering or processing service events like the subscription, provision, activation, or deactivation, etc. (of subscriber services). Position Contents 1 Service identifier. (ASSSERVID) STS translates this identifier into a slogan, i.e. the service designation. 2 The number of subscriptions (ASSNACCESS) 3 The number of active subscriptions (ASSNACTIVE) 4 The number of provisions (ASSNPROV) 5 The number of withdrawals (ASSNWDRAW) 6 The number of activations (ASSNACT) 7 The number of deactivations (ASSNDEACT) 8 The number of invocations (ASSNINVOC) 9 The number of successful invocation (ASSNSINVOC) 10 The number of rejected invocations (ASSNRINVOC) Description: One record per supplementary service, or per variant of the service (the latter if applicable). All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of services in the block. All counters are not relevant for all of the services. The size of the variables. Position Block Size 1 - 10 ASS blocks 32 bits

5.350 ASSSERVIDTAB (PYTHON)

DID-name: ASSSERVIDTAB DID-number: 371 Function: Advanced Subscriber Services Identifier Translation Table. Application: ASS blocks which are administering/ processing subscriber services



with service statistics. One block per service only, stores the service designation (slogan) and utilises this DID when reporting to STS. Position Contents 1 Service identifier. STS translates this identifier into a slogan, i.e. the service designation. 2 Service designation (slogan). Description: One record per service, or per variant of the service (the latter if applicable). The services are identified by a code (service identifier). The variables (which are pointed out by the DID item position) are stored in one record per service, or in common variables if the block processes one service only. The size of the variables. Position Block Size 1 ASS blocks 8 bits 2 ASS blocks 7 Character String

5.351 RTNCNT (PYTHON)

DID-name: RTNCNT DID-number: 372 Function: Announced Return Call service counters Application: Blocks in subsystem SUS (ASS) which are administering and providing advanced subscriber services. Position Contents 1 The number of invocations of the service where the Return Call was setup (RTNINVOKSU) 2 The number of invocations of the service with caller's destination number available (RTNNUMAVAIL). 3 The number of invocations of the service with caller's destination number unavailable (RTNNUMUNAVAIL). 4 The number of invocations of the service with caller's destination number withheld (RTNNUMWHELD). 5 The number of invocations of the service where it was possible to setup the Return Call, but the subscriber did not confirm invocation (RTNINVOKNOT) 6 The number of interrogations of the service. (RTNINTERROGS). Description: The size of the variables. Position Block Size 1 - 6 ASS blocks 32 bits



5.352 CBCNT (PYTHON)

DID-name: CBCNT DID-number: 373 Function: Call Back Free and Inhibit service counters Application: Blocks in subsystem SUS (ASS) which are administering and providing advanced subscriber services. Position Contents 1 The number of Subscriptions to the administration only controlled variant of Call Back Inhibit (CBIADMNSUBSCRIPS). 2 The number of Call Back orders (CBFORDERSCOUNT). 3 The number of unanswered ring backs (CBFNOANSWERSTAT). 4 The number of successful end of selections (that is, the number of Call Back Complete signals received) (CBFTHRUCONN). 5 The number of answered call completion calls (CBFCOMPLETE). 6 The number of cancellations of a Call Back order by subscriber (CBFCANCEL). 7 The number of rejected invocations of a Call Back order, due to the allowed number of call back orders for the B-subscriber being exceeded (CBFAREJFULL). 8 The number of rejected invocations of a Call Back order, due to Call Back Protection being active (Call Back Request Reply received with indication Service Unavailable) (CBFAREJPROTECT). 9 The number of rejected invocations of a Call Back order, due to the allowed number of call back orders for the B-subscriber being exceeded (Call Back Request Reply sent with indication Service Temporarily Unavailable) (CBFBREJFULL). 10 The number of times the Prompted Ring Back prompt announcement is played (CBPROMPTSTAT). Description: The size of the variables. Position Block Size 1 - 10 ASS blocks 32 bits

5.353 CICNT (PYTHON)

DID-name: CICNT DID-number: 374 Function: Calling Identity Delivery and Calling Identity Delivery Blocking service counters Application: Blocks in subsystem SUS (ASS) which are administering and providing advanced



subscriber services. Position Contents 1 The number of subscriptions to the service with CLI delivery with subscriber control (CID1SUBSCRIPTS). 2 The number of subscriptions to the service with Calling Name delivery with subscriber control (CID2SUBSCRIPTS). 3 The number of subscriptions to the service with CLI and Calling Name delivery with subscriber control (CID3SUBSCRIPTS). 4 The number of subscriptions to the service with CLI delivery without subscriber control (CID4SUBSCRIPTS). 5 The number of subscriptions to the service with Calling Name delivery without subscriber control (CID5SUBSCRIPTS). 6 The number of subscriptions to the service with CLI and Calling Name delivery without subscriber control (CID6SUBSCRIPTS). 7 The number of calls which have complete CLI delivered to the B-subscribers (CIDCOMPCLI). 8 The number of calls which have the 'CLI is Private' indication delivered to the B-subscribers (CIDPRIVCLI). 9 The number of calls which have the 'Out of Area indication for absence of CLI delivered to the B-subscribers (CIDABSTCLI). 10 The number of calls which have Calling Name delivered to the B-subscribers (CIDCOMPNAME). 11 The number of calls which have the 'Calling Name is Private' indication delivered to the B-subscribers (CIDPRIVNAME). 12 The number of calls which have the 'Out of Area indication for absence of Calling Name delivered to the B-subscribers (CIDABSTNAME) 13 The number of subscribions to 'per subscriber' varient of the service (CIBSUBSUBSCRIPTS) 14 The number of subscriptions to 'per call' variant of the service (CIBCALLSCRIPTS). 15 The number of provisions to 'per subscriber' variant of the service (CIBSUBPROVISIONS). 16 The number of provisions to 'per call' variant of the service (CIBCALLPROVS). 17 The number of CIB per call invocations requesting withholding of Calling Line Identity (CIBWHONUMB). 18 The number of CIB per call invocations requesting release of Calling Line Identity (CIBRELNUMB) 19 The number of CIB per call invocations requesting withholding of Calling Name (CIBWHONAME) 20 The number of CIB per call invocations requesting release of Calling Name (CIBRELNAME) Description: DID Positions 1 to 12 refer to the CID service.



DID Positions 13 to 20 refer to the CIB service. The size of the variables. Position Block Size 1 - 20 ASS blocks 32 bits

5.354 NETWRKCNT (PYTHON)

DID-name: NETWRKCNT DID-number: 375 Function: Network Control of services counters Application: Blocks in subsystem SUS (ASS) which are administering and providing advanced subscriber services. Position Contents 1 The number of times the Normal Dial Tone is turned on (DIALTONEONCOUNT) 2 The number of times the Normal Dial Tone is turned off (DIALTONEOFFCOUNT). 3 The number of times the Ring Tone No Reply Timer is changed (NOREPLYTIMECOUNT) Description: The size of the variables. Position Block Size 1 - 3 ASS blocks 32 bits

5.355 RLMCNT (PYTHON)

DID-name: RLMCNT DID-number: 376 Function: Remote Line Monitoring counters Application: Blocks in subsystem SUS (ASS) which are administering and providing advanced subscriber services. Position Contents 1 The number of Remote Lines the host exchange is monitoring (REMLINEMONHOST). 2 Number of times a STATEQ signal towards the remote exchange encounters B-subscriber is free (REMLINEFREEBSUB). 3 Number of times a STATEQ signal towards the remote exchange encounters B-subscriber is busy (REMLINEBUSYBSUB). 4 Number of times a STATEQ signal towards the remote exchange encounters congestion (REMLINECONG). 5 Number of times a STATEQ signal towards the remote exchange encounters other call failure reasons (REMLINEOTHERFAIL). Description: The size of the variables. Position Block Size



1 - 5 ASS blocks 32 bits

5.356 NRCSTATSCNT (PYTHON)

DID-name: NRCSTATSCNT DID-number: 377 Function: No ring call statistics Application: Function block NRC Position Contents 1 Overflow counter for no ring calls, per no ring call type (NRCOVFLCOUNT) 2 Unsuccessful no ring calls (excl. overflow), per no ring call type (NRCFAILCOUNT) Includes not answered no ring calls. 3 Answered no ring calls, per no ring call type (NRCANSWCOUNT) Description: Eight no ring call types exist. Characteristics may vary due to a combination of line polarity, timing, answer condition, and whether inband information is transmitted to customer premises equipment on-hook or off-hook. For statistics recording, the eight no ring call types are separated into four logical groups, as follows: Group No ring call type ----- ----------------- 1 1 & 2 2 3 & 4 3 5 & 6 4 7 & 8 There is one record per no ring call statistics group in the block. The remaining individual numbers, 1 to 4, correspond directly to the no ring call statistics group number. The size of the variables. Position Block Size 1 - 3 NRC 32 bits

5.357 DISCCALLCNT (CIEUX, AMC, BM)

DID-name: DISCCALLCNT DID-number: 378 Function: Number of disconnected calls Application: Block SDLDC, LDCS, CTDFA Position Contents 1 Number of automatically disconnected calls due to long duration call 2 Number of calls that have a duration longer



than the predefined limit 3 Number of manually disconnected long duration calls 4 number of calls disconnected as a result of command initiated CTD 5 Number of calls disconnected as a result of CTD due to reception of the Location Cancellation message from the HLR Description: This is a system total. The Variable (which is pointed out by the DID item position) is stored in a common stored variable. The size of the variables. Position Block Size 1 SDLDC,LDCS 16 bits 2 - 3 LDCS 16 bits 4 - 5 CTDFA 16 bits

5.358 DIPPRM1CNT (CIEUX)

DID-name: DIPPRM1CNT DID-number: 379 Function: Digital path Performance Report Message (PRM) counters local end (transmitted messages) Application: Blocks of type DIPST (24 channel PCM with ESF only) Position Contents 1 CNT2STATE 2 Global DIP-number 3 Number of CRC error events of type G1 (G1) 4 Number of CRC error events of type G2 (G2) 5 Number of CRC error events of type G3 (G3) 6 Number of CRC error events of type G4 (G4) 7 Number of CRC error events of type G5 (G5) 8 Number of CRC error events of type G6 (G6) 9 Number of severely errored framing events (SEFE) 10 Number of frame synchronization bit error events (FSBE) 11 Number of line code violation events (LCVE) 12 Number of seconds with controlled slips (CSLE) Description: Item pos 1 CNT2STATE, gives information whether DIPPRM1CNT is relevant (1=relevant, DIP is connected and supports transmission of Performance Report Messages (PRM) in the 4 kbit/s Facility data link (FDL)of the Extended superframe format for 24 channel PCM (24 frames/multiframe)). One record per chosen DIP in STS. All the variables (which are pointed out by the DID item positions) are stored in a record. Record individuals 0-2687 can be used. This DID is associated to the translation DID, DIPTAB. The size of the variables. Position Block Size 1 1 bit 2 - 12 16 bits



5.359 DIPPRM2CNT (CIEUX)

DID-name: DIPPRM2CNT DID-number: 380 Function: Digital path Performance Report Message (PRM) counters remote end (received messages) Application: Blocks of type DIPST (24 channel PCM with ESF only) Position Contents 1 CNT3STATE 2 Global DIP-number 3 Number of CRC error events of type G1 (G1) 4 Number of CRC error events of type G2 (G2) 5 Number of CRC error events of type G3 (G3) 6 Number of CRC error events of type G4 (G4) 7 Number of CRC error events of type G5 (G5) 8 Number of CRC error events of type G6 (G6) 9 Number of severely errored framing events (SEFE) 10 Number of frame synchronization bit error events (FSBE) 11 Number of line code violation events (LCVE) 12 Number of seconds with controlled slips (CSLE) Description: Item pos 1 CNT3STATE, gives information whether DIPPRM2CNT is relevant (1=relevant, DIP is connected and supports reception of Performance Report Messages (PRM) in the 4 kbit/s Facility data link (FDL) of the Extended superframe format (ESF) for 24 channel PCM (24 frames/multiframe)). One record per chosen DIP in STS. All the variables (which are pointed out by the DID item positions) are stored in a record. Record individuals 0-2687 can be used. This DID is associated to the translation DID, DIPTAB. The size of the variables. Position Block Size 1 1 bit 2 - 12 16 bits

5.360 COMMOTGTRANTAB (CME BSC R6)

DID-name: COMMOTGTRANTAB DID-number: 381 Function: Provides block name and TG index to be used for translation of an MOTG. Application: Block RXCMSD Position Contents 1 Block Name 2 TG index

Description:



The pointer must be used to find the correct set of strings. The two strings shall be concatenated in sequence with a dash, -, in between. DID items position 1 and 2 are stored in records, one per TG. The number of records in the TG file has a maximum value of 512. Size alteration event 500 is used to alter the file size. The size of the variables. Position Block Size 1 RXCMSD string 7 characters 2 RXCMSD string 3 characters

5.361 COMMOTSTRANTAB (CME BSC R6)

DID-name: COMMOTSTRANTAB DID-number: 382 Function: Provides block name and TG index to be used for translation of an MOTG. Application: Block RXCMSD Position Contents 1 Block Name 2 TG index 3 TRXC index 4 TS index

Description: The pointer must be used to find the correct set of strings. The four strings shall be concatenated in sequence with a dash, -, between each string. DID items position 1 to 4 are stored in records, one per TS. The number of records in the TS file has a maximum value of 8192. Size alteration event 507 is used to alter the file size. The size of the variables. Position Block Size 1 RXCMSD string 7 characters 2 RXCMSD string 3 characters 3 RXCMSD string 2 characters 4 RXCMSD string 1 characters

5.362 WIDEBANDCNT (BM3)

DID-name: WIDEBANDCNT DID-number: 383 Function: Counters for facility for sending of inband information to a subscriber's customer premises equipment Application: UPD24D and UPD52



Position Contents 1 Global route number (GLROUTE) 2 Not Used 3 Total Number of nx64 calls completed (ANM received or sent, accumulated for all n values) 4 Total Number of nx64 calls failed (Call released with cause class other than "normal event" (000 and 001)) 5 Total Number of nx64 calls failed due to dual seizure. 6 Number of call attempts for 1x64 kbps Includes speech, 3.1 kHz, 56 kbps and 64 kbps. 7 Number of call attempts for 2x64 kbps. 8 Number of call attempts for 4x64 kbps. 9 Number of call attempts for 6x64 kbps. 10 Number of call attempts for 8x64 kbps. 11 Number of call attempts for 12x64 kbps. 12 Number of call attempts for 23x64 kbps. 13 Number of call attempts for 24x64 kbps. 14 Number of call attempts for 30x64 kbps. Description: Maximum size of the record for these counters is 65535. While printing the report, ROUTETRANTAB needs to be used for translation from Global route number (GLROUTE) to symbolic route name. The size of the variables. Position Block Size 1 -14 UPD24D, UPD52 16 bits The DID position 2 is not used because of a fault in the technical requirements that was not discovered until after the CP and SP implementation so it was not practical to reimplement.

5.363 COMPSERVCNT (FMP4)

DID-name: COMPSERVCNT DID-number: 384 Function: Counters specific for the service "Call Completion On No Reply, ISDN" and "Call Completion On No Reply, PSTN" or "Call Completion On Busy Subscriber, ISDN" and "Call Completion On Busy Subscriber, PSTN". Application: Block SUSCCTA (or corresponding blocks/modules if other names are used). Position Contents 1 Service identifier. 2 Number of CCNR/CCBS recalls indicating that the called subscriber is present. Ringing has not yet started at the called subscriber(Successful invocation).(Local and remote part). 3 Number of successful executions of the service, where a call is established between



the served user and the called subscriber. Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if a function block needs one record only, else a file of records is to be used. Translation from the Service Identifier to the Service slogan is provided by DID ALLSERVIDTAB. The size of the variables. Position Block Size 1 SUSCCTA 8 Bits 2 - 3 SUSCCTA 16 Bits

5.364 QUESERVCNT (FMP4)

DID-name: QUESERVCNT DID-number: 385 Function: Counters specific for the service "Queue Service, PSTN". Application: Block SUSQC (or corresponding blocks/modules if other names are used). Position Contents 1 Service identifier. 2 Number of calls released by the calling subscriber before the call is answered. Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if a function block needs one record only, else a file of records is to be used. The size of the variables. Position Block Size 1 SUSQC 8 Bits 2 SUSQC 16 Bits

5.365 RCSSSERVCNT (FMP4)

DID-name: RCSSSERVCNT DID-number: 386 Function: Counters specific for the service "Remote Control Of Supplementary Services, PSTN". Application: Block SUSRC



(or corresponding blocks/modules if other names are used). Position Contents 1 Service identifier. 2 Number of unsuccessful control of supplementary services due to RCSS keyword mismatch. Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if a function block needs one record only, else a file of records is to be used. The size of the variables. Position Block Size 1 SUSRC 8 Bits 2 SUSRC 16 Bits

5.366 TPYSERVCNT (FMP4)

DID-name: TPYSERVCNT DID-number: 387 Function: Counters specific for the services "Three Party Service, ISDN" and "Three Party Service, PSTN". Application: Block SUSCEC1 (or corresponding blocks/modules if other names are used). Position Contents 1 Service identifier. 2 Number of calls where the served user is connected to two subscribers and ends the ongoing call by the use of a service procedure (RR+1 or RR) and switches to the call on hold. 3 Number of successful calls where the served user is connected to two subscribers or in conference and switches from the second call by the use of a subscriber procedure indicating possibility to switch between the two calls (RR+2 or RR). 4 Number of successful calls where the served user dials a procedure indicating new enquiry, after he has reached busy on the ongoing enquiry. 5 Number of successful invocations, where the transferred call is answered. Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if a



function block needs one record only, else a file of records is to be used. The size of the variables. Position Block Size 1 SUSCEC1 8 Bits 2 - 5 SUSCEC1 16 Bits

5.367 SCRNSERVCNT (FMP4)

DID-name: SCRNSERVCNT DID-number: 388 Function: Counters specific for the screening list services "Selective call Forwarding unconditional, PSTN","Selective Call Acceptance, PSTN","Selective Call Rejection, PSTN" and "Selective Ring, PSTN". Application: Block SUSSLS (or corresponding block if other block names are used). Position Contents 1 Service identifier. 2 Number of times a match is found in the screening list. Description: One record per supplementary service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item positions. The counters can be stored in common variables if a function block needs one record only, else a file of records is to be used. The size of the variables. Position Block Size 1 SUSSLS 8 Bits 1 SUSCFIH 8 Bits 2 SUSSLS 16 Bits 2 SUSCFIH 16 Bits

5.368 IRNEGCNT (CIEUX)

DID-name: IRNEGCNT DID-number: 389 Function: Counters for Intermediate Rate negotiation for non-transparent services on full rate channel. Application: MABC, MTA, MTB DID item Content 1 Number of 6 kb/s non-transparent full rate services requests in mobile originated calls (implemented in MABC). 2 Number of accepted 6 kb/s non-transparent full rate



services requests in mobile originated calls The counter is stepped at first assignment with 6kb/s radio interface data rate on FR channel during the call (implemented in MTA). 3 Number of 6 kb/s non-transparent full rate services proposal in mobile terminated calls (implemented in MABC). The counter is stepped after reception of the CALL CONFIRMED message, when 6 kb/s radio interface data rate on FR channel was offered to the MS and is stepped when 6 kb/s radio interface data rate on FR channel is received from the MS, but no intermediate rate negotiation information was sent to the MS in the SETUP message. 4 Number of accepted 6 kb/s non-transparent full rate services offers in mobile terminated calls. The counter is stepped after first assignment with 6 kb/s radio interface data rate on FR channel during the call (implemented in MTB). Description: The variables are common stored. The DIDINFO signal is reported/not reported at restart based on the value of a commercial parameter. The size of the variables. Position Block Size 1 MABC 16 bits 2 MTA 16 bits 3 MABC 16 bits 4 MTB 16 bits

5.369 FHLPRACNT (FMP4)

DID-name: FHLPRACNT DID-number: 390 Function: Counters for the Frame Handler Local function (FH-L) for ISDN Primary Rate Access Application: Blocks DLPRA, DLPRAE Position Contents 1 State (defined or undefined) 2 Number of discarded frames due to overload 3 Indication of the Access Group (AG) number 4 Identity of the first Frame Handler Concentrator Switching Terminal (FHCT) to which the Access Group is connected 5 Identity of the second Frame Handler Concentrator Switching Terminal (FHCTB), if the Access Group is connected to two FHCTs in twin connection 6 Indication that the Access Group is connected to two FHCTs in twin connection (defined undefined) Description:



One set of counters per CM in DLPRAU. The CM is identified by the record number in the file, that is the pointer. All the variables (which are pointed out by the DID item positions) are stored in a record. The number of records = max number of Access Groups (2047). The file is size alterable (SAE 501). Position 1 indicates if the AG is connected to the Frame Handler or not. 0 : No IBD-channels are connected to the AG. 1 : One or more IBD-channels are connected to the AG. Position 3 indicates the AG number to be used in the printout. Position 4 indicates the FHCT number to which the AG is connected. Position 5 indicates the second FHCT number, if AG is connected to two FHCTs, i.e. if the position 6 is defined. The size of the variables: DID positions: 1,6 = 1 bits DID positions: 2 = 32 bits DID positions: 3,4,5 = 16 bits

5.370 CODERASGNCNT (CIEUX)

DID-name: CODERASGNCNT DID-number: 391 Function : Counters for speech coder assignment on BSC level Application : MRRM DID item Content 1 Number of initial channel assignments with speech coder FRV1 preferred 2 Number of initial channel assignments with speech coder FRV2 preferred 3 Number of initial channel assignments with speech coder FRV3 preferred 4 Number of initial channel assignments with speech coder HRV1 preferred 5 Number of initial channel assignments with speech coder HRV2 preferred 6 Number of initial channel assignments with speech coder HRV3 preferred 7 Number of successful initial channel assignments with speech coder FRV1 assigned 8 Number of successful initial channel assignments with speech coder FRV2 assigned 9 Number of successful initial channel assignments with speech coder FRV3 assigned 10 Number of successful initial channel assignments with speech coder HRV1 assigned 11 Number of successful initial channel assignments with speech coder HRV2 assigned



12 Number of successful initial channel assignments with speech coder HRV3 assigned 13 Number of successful initial channel assignments with other speech coder than FRV1 preferred and FRV1 assigned 14 Number of successful initial channel assignments with other speech coder than FRV2 preferred and FRV2 assigned 15 Number of successful initial channel assignments with other speech coder than FRV3 preferred and FRV3 assigned 16 Number of successful initial channel assignments with other speech coder than HRV1 preferred and HRV1 assigned 17 Number of successful initial channel assignments with other speech coder than HRV2 preferred and HRV2 assigned 18 Number of successful initial channel assignments with other speech coder than HRV3 preferred and HRV3 assigned Description: One record per BSC in MRRM block. The BSC file is size alterable (SAE 255). In practice it is normal to have 50 records in the BSC file. This DID is associated to the translation DID BSCTAB which is implemented in the subsystem MDS. The size of the variables. Position Block Size 1 - 18 MRRM 16 bits



5.371 IDLECHCNT (CME BSC R6)

DID-name: IDLECHCNT DID-number: 392 Function: Number of idle TCHs in over- and underlaid subcell. Application: Block RCLC. DID item Content 1 State (Used/Not Used) 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Number of accumulations (NOACC) 4 Accumulated number of idle (ITOSIB1) TCHs in Overlaid Subcell in Interference Band 1 5 Accumulated number of idle (ITOSIB2) TCHs in Overlaid Subcell in Interference Band 2 6 Accumulated number of idle (ITOSIB3) TCHs in Overlaid Subcell in Interference Band 3 7 Accumulated number of idle (ITOSIB4) TCHs in Overlaid Subcell in Interference Band 4 8 Accumulated number of idle (ITOSIB5) TCHs in Overlaid Subcell in Interference Band 5 9 Accumulated number of idle (ITUSIB1) TCHs in Underlaid Subcell in Interference Band 1 10 Accumulated number of idle (ITUSIB2) TCHs in Underlaid Subcell in Interference Band 2 11 Accumulated number of idle (ITUSIB3) TCHs in Underlaid Subcell in Interference Band 3 12 Accumulated number of idle (ITUSIB4) TCHs in Underlaid Subcell in Interference Band 4 13 Accumulated number of idle (ITUSIB5) TCHs in Underlaid Subcell in Interference Band 5 Description: One set of counters is defined for each cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). The maximum number of records in the file is 512.



DID item positions 1 - 13 are stored in the cell file in block RCLC. The size of the variables. Position Block Size 1 RCLC 1 bit 2 - 13 RCLC 16 bits



5.372 RNDACCEXTCNT (CME BSC R6 & BSC R9)

DID-name: RNDACCEXTCNT DID-number: 393 Function: Cell counters in block RMCNT for extended range of Establishment Causes. Application: Block RMCNT Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Number of random accesses, (RACALR1) Call re-establishment. TCH/H was in use, and the network sets the NECI bit to 1. 4 Number of random accesses, (RACALR2) Call re-establishment. TCH/H+TCH/H was in use, and the network sets the NECI bit to 1. 5 Number of random accesses, (RAAPAG1) Answer to Paging. Channel needed = TCH/F MS capability = Dual rate 6 Number of random accesses, (RAAPAG2) Answer to Paging. Channel needed = TCH/H or TCH/F MS capability = Dual rate 7 Number of random accesses, (RAAPOPS) Answer to paging, or other procedures that can be completed with an SDCCH. 8 Number of random accesses, (RAORSPE) Originating speech call from dual-rate MS when TCH/H is sufficient and the network sets the NECI bit to 1. 9 Number of random accesses, (RAORDAT) Originating data call from dual-rate MS when TCH/H is sufficient and the network sets the NECI bit to 1. Description: The counters are defined per cell. DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-9 are stored in records, the number of records is 512. NOTE. This DID is an extension of the DID 'RANDOMACCCNT'. These counters will only be counted when the NECI parameter is set to 1 in the cell.



DID item positions 1-9 are stored in block RMCNT. The size of the variables. Position Block Size 1 RMCNT 1 bit 2 RMCNT 16 bits 3 RMCNT 16 bits 4 RMCNT 16 bits 5 RMCNT 16 bits 6 RMCNT 16 bits 7 RMCNT 16 bits 8 RMCNT 16 bits 9 RMCNT 16 bits



5.373 SSFICCTCNT (IN 2.2)

DID-name: SSFICCTCNT DID-number: 394 Function: Counters indicating the performance within the SSF, IN Call Control,Traffic level area. Application: Blocks SSFDCF,SSFCCF,SSFCROH Position Contents 1 Number of IAM buffer seizure attempts. 2 Number of IAM buffer seizure attempts that have met congestion. 3 Number of occupied IAM buffer individuals. The Traffic Level counter shall give continuous information on the number of calls which are at a given moment directed via the SSF. The counter is increased at each successful seizure attempt and decreased at release of the call. 4 Number of charging record seizure attempts. 5 Number of charging record seizure attempts that has met congestion. 6 Number of occupied charging records. The Traffic Level counter shall give continuous information on the number of calls which are at a given moment directed via the SSF. The counter is increased at each successful seizure attempt and decreased at release of the call. 7 Number of seizure attempts of ETC individuals. 8 Number of ETC individual seizure attempts that has met congestion. 9 Number of occupied ETC individuals. The Traffic Level counter shall give continuous information on the number of calls which are at a given moment directed via the SSF. The counter is increased at each successful seizure attempt and decreased at release of the call. Description: All the counters are common stored data. The size of the variables. Position Block Size 1-3 SSFDCF 16 bits 4-6 SSFCCF 16 bits 7-9 SSFCROH 16 bits



5.374 SSFICCICNT (IN 2.2)

DID-name: SSFICCICNT DID-number: 395 Function: Individual counters for the IN Call Control, within SSF. Application: Block SSFDCF Position Contents 1 IST State 2 Number of IST selection. For a call to be processed by SSF an IN service trigger (IST) must be pointed out. The IST contains such parameters as determine how the call shall be treated while no service has been invoked. For each IST it shall be counted how many calls that have been treated via this IST. The counter is stepped each time an IST is an pointed out. 3 Number of failed IST selection due data error in the IST data. For each IST it shall be counted how many calls that have been failed. The counter is stepped each time an IST has been pointed out, but building of IDP or ARI has failed due to IST data error, for example missing mandatory data. Description: The following is valid for positions 1 - 3: The counters are stored in a size alterable file, with SAE 701. Maximum size of the file is 65536. To identify these counters DID SSFICCITAB is required. Records are identified by a record pointer (ISTPTR) Individuals are identified by an IN Service Trigger (IST). A record pointer is translated into an IN Service Trigger, with the help of the DID SSFICCITAB. 'IST state' has two values, active and inactive. The values have the following meanings: inactive: The IST counter individuals in positions 2 and 3 are not used and will not be printed. active: The IST counter individuals in positions 2 and 3 are used. Up to half of the individual can have the IST state active. The size of the variables. Position Block Size 1 SSFDCF 1 bit 2 - 3 SSFDCF 16 bits



5.375 (IN 2.2)

DID-name: SSFICCITAB DID-number: 396 Function: Translation table for the IN Service Triggers, within SSF and for IST Operation Handling and Dialogue Control, Individual level. Application: Block SSFDCF Position Contents 1 IN Service Trigger (IST). Used for post processing Description: This translation table is associated to the DID SSFICCICNT. Records are identified by a record pointer (ISTPTR). The individuals are identified by an IN Service Trigger (IST). IST has the range 1 - 32767. The size of the variables. Position Block Size 1 SSFDCF 16 bits



5.376 SSFICCRIICNT (IN 2.2)

DID-name: SSFICCRIICNT DID-number: 397 Function: Individual counters for the IN Call Control within SSF. Application: Block SSFDCF Position Contents 1 State bit 2 Number of call attempts for each route index 3 Number of call attempts for each route 4 Number of occupied individuals for each route index Description: DID item position 1 is a state bit Records are identified by record pointer (RIPTR) The Route Index = RIPTR There are 259 records, in this fixed size file. The number of records = the number of Route Indexes. The size of the variables. DID Position Block Size 1 SSFDCF 1 bit 2 - 4 SSFDCF 16 bits



5.377 SSFICCRIITAB (IN 2.2)

DID-name: SSFICCRIITAB DID-number: 398 Function: Translation table for the Route Index, within SSF and for IN Call Control, Route Index, Individual level.. Application: Block SSFDCF Position Contents 1 Route Index. Description: This translation table is associated to the DIDs SSFICCRIICNT. Records are identified by a record pointer . The individuals are identified by an route index. Route Index has the range 0 - 258. The size of the variables. Position Block Size 1 SSFDCF 16 bits



5.378 SSFOHDCTCNT (IN 2.2)

DID-name: SSFOHDCTCNT DID-number: 399 Function: Counters indicating the performance within the SSF, Operation Handling and Dialogue Control, Traffic level area. Application: Blocks SSFDM, SSFSRF, SSFCG, SSFSF, SSFEC, SSFCROH, SSFDCF, SSFCHM Position Contents 1 Number of dialogue seizure attempts. 2 Number of call attempts 3 Number of occupied individuals 4 Number of Request for records of OPR type. The OPR records are used as buffers, for the following operation(s): PlayAnnouncement, PromptAndCollectUserInformation and SpecializedResourceReport. 5 Number of times no record of OPR type was available, leading to congestion 6 Number of occupied OPR individuals 7 Number of Request for records of OPR type 8 Number of times no record of OPR type was available, leading to congestion 9 Number of occupied OPR individuals 10 Number of requests for records of execution type 11 Number of times no record of OPR type of execution type was available, leading to congestion 12 Number of occupied OPR individuals 13 Number of Request for records of OPR type. The OPR records are used as buffers, for the following operation(s): ApplyCharging, ApplyChargingReport, EventNotificationCharging, FurnishChargingInformation, RequestNotificationChargingEvent and SendChargingInformation. 14 Number of times no record of OPR type was available, leading to congestion 15 Number of occupied OPR individuals 16 Number of Request for records of OPR type. 17 Number of times no record of OPR type was available, leading to congestion 18 Number of occupied OPR individuals 19 Number of Request for records of OPR type 20 Number of times no record of OPR type was available, leading to congestion 21 Number of occupied OPR individuals 22 Number of Request for records of OPR typ 23 Number of times no record of OPR type was



available, leading to congestion 24 Number of occupied OPR individuals Description: All the counters are common stored data. The size of the variables. Position Block Size 1 - 3 SSFDM 16 bits 4 - 6 SSFSRF 16 bits 7 - 9 SSFDM 16 bits 10 - 12 SSFDM 16 bits 13 - 15 SSFCHM 16 bits 16 - 18 SSFEC 16 bits 19 - 21 SSFCROH 16 bits 22 - 24 SSFDCF 16 bits



5.379 SSFOHDCICNT (IN 2.2)

DID-name: SSFOHDCICNT DID-number: 400 Function: Counters indicating the performance within the SSF, Operation Handling and Dialogue Control, Individual level area. Application: Block SSFDCF Position Contents 1 IST state 2 Number of timeouts (Tssf) due to sending of IDP or ARI, counted for each IST. 3 Number of timeouts (Tssf) due to sending of subsequent operations,counted for each IST. 4 Number of sent IDP or ARI operations, counted for each IST. 5 Number of abnormal dialogue endings before the first SCF response (IDP or ARI operation sent), counted for each IST. Note that this counter excludes the dialogue aborts due to Tssf timeouts after sending of IDP or ARI (TIMEINI - 2). 6 Number of rejects (local or remote) or returnerrors for sent IDP or ARI operations, counted for each IST. 7 Number of sent subsequent operations, counted for each IST. 8 Number of abnormal dialogue endings after the first SCF response, counted for each IST. Note that this counter excludes the dialogue aborts due to subsequent Tssf timeouts (TIMESUB - 3). 9 Number of rejects (local or remote) or returnerrors for sent subsequent operations, counted for each IST. 10 Number of received operations, counted for each IST. 11 Number of received operations that encountered errors during reception or execution of the operation, counted for each IST. Description: The counters are stored in a size alterable file, with SAE 701. Maximum size of the file is 65536. To identify these counters DID SSFOHDCITAB is required. Records are identified by a record pointer (ISTPTR) Individuals are identified by an IN Service Trigger (IST). A record pointer is translated into an IN Service Trigger, with the help of the DID SSFOHDCITAB. 'IST state' has two values, active and inactive. The values have the following meanings: inactive: The IST counter individuals in positions 2 upto



and including position 11 are not used and therefore not printed. active: The IST counter individuals in positions 2 upto and including position 11 are used. Upto half of the individual can have the IST state active. The size of the variables. Position Block Size 1 SSFDCF 1 bit 2 - 11 SSFDCF 16 bits



5.380 SSFOHDCITAB (IN 2.2)

DID-name: SSFOHDCITAB DID-number: 401 Function: Translation table for the IN Service Triggers, within SSF and for IST Operation Handling and Dialogue Control, Individual level. Application: Block SSFDCF Position Contents 1 IN Service Trigger (IST). Description: This translation table is associated to the DID SSFOHDCICNT. Records are identified by a record pointer (ISTPTR). The individuals are identified by an IN Service Trigger (IST). IST has the range 1 - 32767. The size of the variables. Position Block Size 1 SSFDCF 16 bits



5.381 SSFDPCICNT (IN 2.2)

DID-name: SSFDPCICNT DID-number: 402 Function: Counters indicating the performance within the SSF, Operation Handling and Dialogue Control, Individual level area. Application: Block SSFDCF Position Contents 1 DPC state 2 Number of SCF invocation attempts for each DPC destination. Description: The counter is stored in a size alterable file, with SAE 703. Maximum size of the file is 16384. To identify the counter DID SSFDPCITAB is required. Records are identified by a record pointer (DPCPTR). Individuals are identified by a Destination Reference. A record pointer is translated into the Destination reference, with the help of SSFDPCITAB. 'DPC state' has two values, active and inactive. The values have the following meanings: inactive: The DPC counter individual in positions 2 is not used and therefore not printed. active: The DPC counter individual in positions 2 is used. The size of the variables. Position Block Size 1 SSFDCF 1 bit 2 SSFDCF 16 bits



5.382 SSFDPCITAB (IN 2.2)

DID-name: SSFDPCITAB DID-number: 403 Function: Translation table for the IN SCF Destination Point Codes (DPC's).. Application: Block Position Contents 1 SCF Destination Reference Description: This translation table is associated to the DID SSFDPCICNT. Records are identified by a record pointer (DPCPTR). Individuals are identified by a SCF Destination Reference. Destination reference has the range 0 - 16384. More information of the DPC can be obtained with the command SWSDP,with the destination reference used as parameter. The size of the variables. Position Block Size 1 SSFDCF 16 bits



5.383 SSFGLTICNT (IN 2.2)

DID-name: SSFGLTICNT DID-number: 404 Function: Counters indicating the performance within the SSF, Operation Handling and Dialogue Control, Individual level area. Application: Block SSFDCF Position Contents 1 GLT state 2 Number of SCF invocation attempts for each GLT(global title logical) destination. Counts the number of attempts to send InitialDP and AssistRequestInstruction operations for each GLT Destination. The counter is stepped for each attempt to send IDP and ARI for each GLT Destination. Description: The counter is stored in a size alterable file, with SAE 704. Maximum size of the file is 65536. To identify the counter DID SSFGLTITAB is required. Records are identified by a record pointer (GLTPTR) Individuals are identified by a Destination Reference. A record pointer is translated into the Destination Reference, with the help of SSFGLTITAB. 'GLT state' has two values, active and inactive. The values have the following meanings: inactive: The GLT counter individual in positions 2 is not used, will not be printed. active: The GLT counter individual in positions 2 is used. The size of the variables. Position Block Size 1 SSFDCF 1 bit 2 SSFDCF 16 bits



5.384 SSFGLTITAB (IN 2.2)

DID-name: SSFGLTITAB DID-number: 405 Function: Translation table for the IN SCF Global Title Logical (GLT's). Application: Block SSFDCF Position Contents 1 SCF Destination Reference. Description: This translation table is associated to the DID SSFGLTICNT. Records are identified by a counter record pointer (GLTPTR). Individuals are identified by a SCF Destination Reference. Destination reference has the range 0 - 65535. More information of the GLT can be obtained with the command SWSDP, with the destination reference used as parameter. The size of the variables. Position Block Size 1 SSFDCF 16 bits



5.385 SSFSCFTCNT (IN 2.2)

DID-name: SSFSCFTCNT DID-number: 406 Function: Counters indicating the performance within the SSF, Operation Handling and Dialogue Control, Traffic level area. Application: Block SSFDCF Position Contents 1 Number of SCF invocation attempts for the LOC(local) destination. Counts the number of attempts to send InitialDP and AssistRequestInstruction operations for the LOC Destination. The counter is stepped for each attempt to send IDP and ARI for the LOC Destination. 2 Number of SCF invocation attempts for the GSN(global title service number) destination. Counts the number of attempts to send InitialDP and AssistRequestInstruction operations for the GSN Destination. The counter is stepped for each attempt to send IDP and ARI for the GSN Destination. 3 Number of SCF invocation attempts for the ID (SCF id as global title) destination. Counts the number of attempts to send AssistRequestInstruction operations for the ID Destination. The counter is stepped for each attempt to send ARI for the ID Destination. Description: All counters are common stored data. The size of the variables. Position Block Size 1 - 3 SSFDCF 16 bits



5.386 SSFMCSOHTCNT (IN 2.2)

DID-name: SSFMCSOHTCNT DID-number: 407 Function: Counters indicating the performance within the SSF, Operation Handling and Dialogue Control, Traffic level area. Application: Block SSFCG,SSFSF Position Contents 1 Number of Request for records of OPR type. The OPR records are used as buffers, for the following operation(s): CallGap. 2 Number of times no record of OPR type was available, leading to congestion. 3 Number of occupied OPR individuals. The Traffic Level counter shall give continuous information on the number of dialogue which are at a given moment are in use. The counter is increased at each successful dialogue seizure attempt and decreased at release of he dialogue. 4 Number of Request for records of OPR type. The OPR records are used as buffers, for the following operation(s): ActivateServiceFiltering and ServiceFilteringResponse. 5 Number of times no record of OPR type was available, leading to congestion. 6 Number of occupied OPR individuals. The Traffic Level counter shall give continuous information on the number of dialogue which are at a given moment are in use. The counter is increased at each successful dialogue seizure attempt and decreased at release of the dialogue. Description: The counters are stored in common stored variables and are a system total. The size of the variables. Position Block Size 1 - 3 SSFCG 16 Bits 4 - 6 SSFSF 16 Bits





5.387 SSFSRFTCNT (IN 2.2)

DID-name: SSFSRFTCNT DID-number: 408 Function: Counters indicating the performance within the SSF, SRF Control, Traffic level area. Application: Block SSFSRF Position Contents 1 Number of unsuccessful SRF Control connections. Timeout (Tsrf) of SRF Control sanity timer. 2 Number of seizure attempts of variable part individuals. 3 Number of congestion in variable part individuals. 4 Number of occupied individuals. The Traffic Level counter shall give continuous information on the number of calls which are at a given moment directed via the SSF. The counter is increased at each successful seizure attempt and decreased at release of the call. Description: All the counters are common stored data. The size of the variables. Position Block Size 1 - 4 SSFSRF 16 bits



5.388 SSFMCSTCNT (IN 2.2)

DID-name: SSFMCSTCNT DID-number: 409 Function: Counters indicating the performance within the SSF, Mass Call Services, Traffic level area. Application: Block SSFMCS Position Contents 1 Number of service requests that are checked for Call Gapping. The counter counts the number of service requests that are checked for Call Gapping encountering a Trigger Detection Point. The counter is stepped when Call Gapping analysis is invoked. If the call has been filtered in the Service Filtering analysis, no Gapping analysis is invoked. 2 Number of service requests that are checked for Service Filtering. The counter counts the number of service requests that are checked for Service Filtering encountering a Trigger Detection Point. The counter is stepped when Service Filtering analysis is invoked. Description: All the counters are common stored data. The size of the variables. Position Block Size 1 - 2 SSFMCS 16 bits



5.389 SSFSFTCNT (IN 2.2)

DID-name: SSFSFTCNT DID-number: 410 Function: Counters indicating the performance within the SSF, Mass Call Services, Service Filtering, Traffic level area. Application: Block SSFSF Position Contents 1 Number of Request for records of ENT type. The Entity records are used to store the definition data for a ServiceFiltering. 2 Number of times no record of ENT type was available, leading to congestion. 3 Number of Request for records of EDD type. The Entity Digit Data records are used to store the definition data for a ServiceFiltering. 4 Number of times no record of EDD type was available, leading to congestion. 5 Number of Request for records of ED type. The Entity Data records are used to store the definition data and accumulated counter values for a ServiceFiltering. 6 Number of times no record of ED type was available, leading to congestion. 7 Number of Request for records of ET type. The Entity Text records are used to store the definition data for a ServiceFiltering. 8 Number of times no record of ET type was available, leading to congestion. 9 Number of Request for records of DD type. The Digit Data records are used to build the analysis structure, needed for filtering of traffic. 10 Number of times no record of DD type was available, leading to congestion. 11 Number of Request for records of MDB type. The Multiway Digit Branch records are used to build the analysis structure, needed for filtering of traffic. 12 Number of times no record of MDB type was available, leading to congestion. 13 Number of Request for records of TDB type. The Twoway Digit Branch records are used to build the analysis structure,



needed for filtering of traffic. 14 Number of times no record of TDB type was available, leading to congestion. 15 Number of Request for records of EB type. The End Branch records are used to build the analysis structure, needed for filtering of traffic. 16 Number of times no record of EB type was available, leading to congestion. 17 Number of Request for records of BEB type. The B-tree End Branch records are used to build the analysis structure, needed for filtering of traffic. 18 Number of times no record of BEB type was available, leading to congestion. 19 Number of Request for records of PRT type send. The PRT records in are used to store ServiceFiltering Result printout, until actual print has been made to the IO-device. 20 Number of times no record of PRT type was available, leading to reject of the print. The printout attempt will be repeated when next call for this Service Filtering Entity arrives. Description: All the counters are common stored data. The size of the variables. Position Block Size 1 - 20 SSFSF 16 bits



5.390 SSFCGTCNT (IN 2.2)

DID-name: SSFCGTCNT DID-number: 411 Function: Counters indicating the performance within the SSF, Mass Call Services, Call Gap, Traffic level area. Application: Block SSFCG Position Contents 1 Number of Request for records of ENT type. The Entity records are used to store the definition data for a CallGapping. 2 Number of times no record of ENT type was available, leading to congestion. 3 Number of Request for records of EDD type. The Entity Digit Data records are used to store the definition data for a CallGapping. 4 Number of times no record of EDD type was available, leading to congestion. 5 Number of Request for records of ED type. The Entity Data records are used to store the definition data for a CallGapping. 6 Number of times no record of ED type was available, leading to congestion. 7 Number of Request for records of ET type. The Entity Text records are used to store the definition data for a CallGapping. 8 Number of times no record of ET type was available, leading to congestion. 9 Number of Request for records of DD type. The Digit Data records are used to build the analysis structure, needed for Call Gap check of traffic. 10 Number of times no record of DD type was available, leading to congestion. 11 Number of Request for records of MDB type. The Multiway Digit Branch records are used to build the analysis structure, needed for Call Gap check of traffic. 12 Number of times no record of MDB type was available, leading to congestion. 13 Number of Request for records of TDB type. The Twoway Digit Branch records are used to build the analysis structure, needed for Call Gap check of traffic. 14 Number of times no record of TDB type was available, leading to congestion. 15 Number of Request for records of EB type. The End Branch records are used to build the analysis structure,



needed for Call Gap check of traffic. 16 Number of times no record of EB type was available, leading to congestion. Description: All the counters are common stored data. The size of the variables. Position Block Size 1 - 16 SSFCG 16 bits



5.391 SSFECTCNT (IN 2.2)

DID-name: SSFECTCNT DID-number: 412 Function: Counters indicating the performance within the SSF, Event Control, Traffic level area. Application: Block SSFEC Position Contents 1 Number of seizure attempts of the Monitor records. 2 Number of congestion at seizure attempts of the Monitor records. 3 Number of occupied Monitor records. The Traffic Level counter shall give continuous information on the number of calls which are at a given moment directed via the SSF. The counter is increased at each successful seizure attempt and decreased at release of the call. Description: All the counters are common stored data. The size of the variables. Position Block Size 1 - 3 SSFEC 16 bits



5.392 SSFCHMTCNT (IN 2.2)

DID-name: SSFCHMTCNT DID-number: 413 Function: Counters indicating the performance within the SSF, Basic Charging, Traffic level area. Application: Block SSFCHM,SSFCTE and SSFCE Position Contents 1 Number of seizure attempts of the ApplyCharging records. 2 Number of congestion at seizure attempts of the ApplyCharging records. 3 Number of occupied ApplyCharging records. The Traffic Level counter shall give continuous information on the number of calls which are at a given moment directed via the SSF. The counter is increased at each successful seizure attempt and decreased at release of the call. 4 Number of seizure attempts of the RequestNotificationChargingEvent records. 5 Number of congestion at seizure attempts of the RequestNotificationChargingEvent records. 6 Number of occupied RequestNotificationChargingEvent records. The Traffic Level counter shall give continuous information on the number of calls which are at a given moment directed via the SSF. The counter is increased at each successful seizure attempt and decreased at release of the call. 7 Number of seizure attempts of the Task records. 8 Number of congestions at seizure attempts of the Task records. 9 Number of occupied Task records. The counter is increased at each successful seizure of a Task record and decreased at release of a Task record. Description: All the counters are common stored data. The size of the variables. Position Block Size 1 - 6 SSFCHM,SSFCE 16 bits 7 - 9 SSFCTE 16 bits



5.393 IS41VMSC2CNT (CMS88 )

DID-name: IS41VMSC2CNT DID-number: 414 Function: Automatic roaming counters per cooperating exchange in MCIS41 for a visited exchange Application: Block MCIS41 Position Contents 1 State (not selected/selected) 2 Authentication Status Report Outgoing (ASREPO) 3 Release Seized Resources Incoming (RSEIZI) 4 Release Seized Resources Outgoing (RSEIZO) 5 System Restart Information Outgoing (SRINFO) 6 Number of random Variable Request Outgoing Global Messages (RANDRO) 7 Number of random Variable Request Incoming Global Messages (RANDRI) 8 Number of Authentication Directive Foreward Outgoing Global messages(AUTHDFO) 9 Number of Authentication Directive Foreward Incoming Global messages(AUTHDFI) 10 Number of Count Request Incoming Global messages(CNTREI) 11 SMS Delivery Point to Point Outgoing(SMSPPO) 12 Number of outgoing Facility Selected And Available messages (FAVAO) 13 Number of outgoing TBusy messages (TBUSYO) 14 Number of outgoing TNo Answer messages (TNOAN0) 15 Number of incoming Information Directive Report messages (INFODI) 16 Number of outgoing Intersystem Position Cancellation messages (IPCANO) 17 Number of incoming Intersystem Position Directive messages (IPDIRI) 18 Number of outgoing Intersystem Position Request messages (IPREQO) 19 Number of outgoing TAnswer (TANSWER) messages (TANSWO) 20 Number of outgoing TDisconnect (TDISCONNECT) messages (TDISCO) Description There is one record per cooperating exchange (selected for recording) and component type value. The number of records is a fixed size of 128. This allows counters to be collected for up to a maximum of 32 cooperating exchanges (see DID EXMCOMPTAB ). The record number of the counter DIDs corresponds to the record number of the EXMCOMPTAB. State indicates whether or not the cooperating exchange record in the EMXCOMPTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables. Position Block Size



1 MCIS41 1 Bit 2-20 MCIS41 16 Bits



5.394 IS41VMSC2TCNT (CMS88 )

DID-name: IS41VMSC2TCNT DID-number: 415 Function: Automatic roaming global counters in MCIS41 for a visited exchange Application: Block MCIS41 Position Contents 1 Component Type pointer 2 Authentication Status Report Outgoing (ASREPOT) 3 Release Seized Resources Incoming (RSEIZIT) 4 Release Seized Resources Outgoing (RSEIZOT) 5 System Restart Information Outgoing (SRINFOT) 6 Number of random Variable Request Outgoing Global Messages (RANDROT) 7 Number of random Variable Request Incoming Global Messages (RANDRIT) 8 Number of Authentication Directive Foreward Outgoing Global messages(AUTHDFOT) 9 Number of Authentication Directive Foreward Incoming Global messages(AUTHDFIT) 10 Number of Count Request Incoming Global messages(CNTREIT) 11 SMS Delivery Point to Point Outgoing(SMSPPO) 12 Number of outgoing Facility Selected And Available global messages (FAVAOT) 13 Number of outgoing TBusy global messages (TBUSYOT) 14 Number of outgoing TNo Answer global messages (TNOANOT) 15 Number of incoming Information Directive Report global messages (INFODIT) 16 Number of outgoing Intersystem Position Cancellation global messages (IPCANOT) 17 Number of incoming Intersystem Position Directive global messages (IPDIRIT) 18 Number of outgoing Intersystem Position Request global messages (IPREQOT) 19 Number of outgoing TAnswer (TANSWER) messages (TANSWT) 20 Number of outgoing TDisconnect (TDISCONNECT) messages (TDISCT) 21 Number of outgoing (SMS Notification) messages (SMSNOTOT) Description There is one record per component type value. The number of records is a fixed size of 4. The component type pointer value points to the corresponding symbolic component type name (see DID COMPTYPETAB ). The component type value is identified by a number from 0 to 3. The size of the variables. Position Block Size 1 MCIS41 2 Bits 2-21 MCIS41 32 Bits



5.395 VGMAPPRICNT (CMS30 SS PH6)

DID-name: VGMAPPRICNT DID-number: 416 Function: GLR Counters for Visited Intra-Network MAP operation primitives Application: Blocks MGVIOP and MGVOOP Position Contents 1 Visited Intra-Network MAP Operation identity (code) 2 Number of received TC INVOKE primitives 3 Number of sent TC RESULT L primitives 4 Number of sent TC U REJECT primitives 5 Number of sent TC U ABORT primitives 6 Number of sent TC U ERROR primitives 7 Number of sent TC INVOKE primitives 8 Number of received TC RESULT L primitives 9 Number of received TC U REJECT primitives 10 Number of received TC U ABORT primitives 11 Number of received TC L CANCEL primitives due to timer expiry in local TCAP 12 Number of received TC U ERROR primitives Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one Visited Intra-Network MAP operation) in a function block, all the variables are stored in a record. There is one record per Visited Intra-Network MAP operation. The Visited Intra-Network MAP operations are identified by an operation code. The translation table (DID 420: VMAPTAB) is used to translate the Visited Intra-Network MAP operation code to Visited Intra-Network MAP operation slogan. The size of the variables. Position Block Size 1 MGVIOP, MGVOOP 8 bits 2 - 6 MGVIOP 16 bits 7 - 12 MGVOOP 16 bits

5.396 VGMAPERRCNT (CMS30 SS PH6)

DID-name: VGMAPERRCNT DID-number: 417 Function: GLR Counters for Visited Intra-Network MAP operations Application: Blocks MGVIOP and MGVOOP Position Contents



1 Visited Intra-Network MAP Operation identity (code) 2 Number of TC U ERROR primitives sent for error code RoamingNotAllowed 3 Number of TC U ERROR primitives sent for error code SystemFailure 4 Number of TC U ERROR primitives sent for error code UnexpectedDataValue 5 Number of TC U ERROR primitives sent for error code UnidentifiedSubscriber 6 Number of TC U ERROR primitives received for error code DataMissing 7 Number of TC U ERROR primitives received for error code UnexpectedDataValue 8 Number of TC U ERROR primitives received for error code UnidentifiedSubscriber Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one Visited Intra-Network MAP operation) in a function block, all the variables are stored in a record. There is one record per Visited Intra-Network MAP operation. The Visited Intra-Network MAP operations are identified by an operation code. The translation table (DID 420: VMAPTAB) is used to translate the Visited Intra-Network MAP operation code to Visited Intra-Network MAP operation slogan. The size of the variables. Position Block Size 1 MGVIOP, MGVOOP 8 bits 2 - 5 MGVIOP 16 bits 6 - 8 MGVOOP 16 bits

5.397 VVMAPPRICNT (CMS30 SS PH6)

DID-name: VVMAPPRICNT DID-number: 418 Function: VMSC Counters for Visited Intra-Network MAP operation primitives Application: Blocks MVIOP and MVOOP Position Contents 1 Visited Intra-Network MAP Operation identity (code) 2 Number of received TC INVOKE primitives 3 Number of sent TC RESULT L primitives 4 Number of sent TC U REJECT primitives 5 Number of sent TC U ABORT primitives 6 Number of sent TC U ERROR primitives 7 Number of sent TC INVOKE primitives 8 Number of received TC RESULT L primitives 9 Number of received TC U REJECT primitives



10 Number of received TC U ABORT primitives 11 Number of received TC L CANCEL primitives due to timer expiry in local TCAP 12 Number of received TC U ERROR primitives Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one Visited Intra-Network MAP operation) in a function block, all the variables are stored in a record. There is one record per Visited Intra-Network MAP operation. The Visited Intra-Network MAP operations are identified by an operation code. The translation table (DID 420: VMAPTAB) is used to translate the Visited Intra-Network MAP operation code to Visited Intra-Network MAP operation slogan. The size of the variables. Position Block Size 1 MVIOP, MVOOP 8 bits 2 - 6 MVIOP 16 bits 7 - 12 MVOOP 16 bits

5.398 VVMAPERRCNT (CMS30 SS PH6)

DID-name: VVMAPERRCNT DID-number: 419 Function: VMSC Counters for Visited Intra-Network MAP operation error codes Application: Blocks MVIOP and MVOOP Position Contents 1 Visited Intra-Network MAP Operation identity (code) 2 Number of TC U ERROR primitives sent for error code DataMissing 3 Number of TC U ERROR primitives sent for error code UnexpectedDataValue 4 Number of TC U ERROR primitives sent for error code UnidentifiedSubscriber 5 Number of TC U ERROR primitives received for error code RoamingNotAllowed 6 Number of TC U ERROR primitives received for error code SystemFailure 7 Number of TC U ERROR primitives received for error code UnexpectedDataValue 8 Number of TC U ERROR primitives received for error code UnidentifiedSubscriber Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one Visited Intra-Network MAP operation) in a function block, all



the variables are stored in a record. There is one record per Visited Intra-Network MAP operation. The Visited Intra-Network MAP operations are identified by an operation code. The translation table (DID 420: VMAPTAB) is used to translate the Visited Intra-Network MAP operation code to Visited Intra-Network MAP operation slogan. The size of the variables. Position Block Size 1 MVIOP, MVOOP 8 bits 2 - 4 MVIOP 16 bits 5 - 8 MVOOP 16 bits

5.399 VMAPTAB (CMS30 SS PH6)

DID-name: VMAPTAB DID-number: 420 Function: Visited Intra-Network MAP translation table Application: Blocks MGVIOP, MGVOOP, MVIOP and MVOOP Position Contents 1 Visited Intra-Network MAP Operation identity (code) 2 Symbolic Visited Intra-Network MAP operation (slogan) Description: All the variables (which are pointed out by the DID item positions) are stored as common data. However, if there is more than one set of counters (more than one Visited Intra-Network MAP operation) in a function block, all the variables are stored in a record. There is one record per Visited Intra-Network MAP operation. Relation between codes and operations is defined in 12230/FF-2/APT 210 25/1. The translation table is used to translate the Visited Intra-Network MAP operation identity to Visited Intra-Network MAP operation slogan in the following DIDs (DID 416: VGMAPPRICNT, DID 417: VGMAPERRCNT, DID 418: VVMAPPRICNT and DID 419: VVMAPERRCNT). The size of the variables. Position Block Size 1 All blocks 8 bits 2 All blocks ASCII string 7 characters

5.400 MRSCELALCNT (CMS30 SS PH6,CMS30 PH7)

DID-name: MRSCELALCNT DID-number: 421



Function: Traffic channel allocation measurements Application: Block MRALLOC Position Contents 1 Cell state 2 TCH in service allocation requests (TRAALLREQ) 3 Successful TCH in service allocation requests (TRAALLSUC) 4 The number of allocation requests for TCH in service where full-rate is required (TRAALLREQFR) 5 The number of successful allocation requests for TCH in service where full-rate is required (TRAALLSUCFR) 6 The number of allocation requests for TCH in service where full-rate is preferred (TRAALLREQFRPREF) 7 The number of successful allocation requests allocation requests for TCH in service where full-rate is preferred (TRAALLSUCFRPREF) 8 The number of successful allocation requests allocation requests for TCH in service where half-rate is preferred (TRAALLSUCHRPREF) 9 The number of allocation requests for TCH in service where half-rate is required (TRAALLREQHR) 10 The number of successful allocation requests for TCH in service where half-rate is required (TRAALLSUCHR) 11 The number of successful allocation requests for half-rate TCH in service where full-rate is preferred (TRAALLSUCHRSEC) 12 The number of allocation requests for a TCH in service. The MS shall be capable of ACELP and the preferred speech coding shall be ACELP. (TRAALLREQACELP) 13 The number of successful allocation requests for a TCH in service running in ACELP. The MS shall be capable of ACELP and the preferred speech coding shall be ACELP (TRAALLSUCACELP) Description: The counters are defined per cell for TCHs. DID item position 1 is a state value indicating whether the counters for the cell are valid for statistic measurements or not (0=counters not valid, 1=counters valid). DID items are stored in records. The file including the records is size alterable with maximum size of 1024 records. The record number can be translated to a cell identity in the cell translation table (DID MRSCELLTTAB). The size of the variables. DID position Block Size 1 MRALLOC 1 bit 2 - 10 MRALLOC 16 bits 11 Not reported 12 - 13 MRALLOC 16 bits



5.401 CLSMSCNT (CME20 BSS R6.1/BSC)

DID-name: CLSMSCNT DID-number: 426 Function: Counters for Short Message Service on both SDCCH and TCH per cell. Application: Block RMCNT Position Contents 1 State 2 Global cell pointer to the serving cell.(SERVCELLP) 3 SMS messages downlink SDCCH. (CSMSDWN) 4 SMS messages uplink SDCCH. (CSMSUP) 5 SMS messages downlink TCH. (TSMSDWN) 6 SMS messages uplink TCH. (TSMSUP) Description: The counters are defined per cell for both SDCCHs (Stand alone Dedicated Control CHannels) and TCHs (Traffic CHannels). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-6 are stored in the cell file in block RMCNT. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. Position Block Size 1 RMCNT 1 Bit 2 RMCNT 16 Bits 3 RMCNT 16 Bits 4 RMCNT 16 Bits 5 RMCNT 16 Bits 6 RMCNT 16 Bits



5.402 CLSDCCHCNT (CME BSC)

DID-name: CLSDCCHCNT DID-number: 427 Function: Counters for SDCCHs per cell. Application: Block RNLCT, RCCD, RNSDCCH, RMCNT DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Call attempt counter. (CCALLS) 4 Congestion counter. (CCONGS) 5 SDCCH congestion time. (CTCONGS) 6 Traffic level accumulator. (CTRALACC) 7 Number of accumulations of (CNSCAN) SDCCH traffic level counter. 8 Dropped connections due to (CNDROP) failure. 9 Number of defined channels. (CNUCHCNT) 10 Available channels accumulator.(CAVAACC) 11 Number of accumulations of (CAVASCAN) available channels counter. 12 Successful MS channel (CMSESTAB) establishment on SDCCHs. 13 Number of SDCCH released due (CNRELCONG) to radio resource congestion. Description: The counters are defined per cell for SDCCHs. DID item position 1 is a state value indicating if the individual is defined or not, (0 = not defined). The value of this item is the same for all four blocks. DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1, 2 and 9 are stored in the cell file in block RCCD. DID item positions 1-4 stored in the cell file in block RNLCT. DID item positions 1-2 and 5-7 and 10-11 are stored in the cell file in block RNSDCCH. DID item positions 1,2,8 and 12-13 are stored in the cell file in block RMCNT.



The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RCCD,RNLCT,RNSDCCH,RMCNT 1 Bits 2 RCCD,RNLCT,RNSDCCH,RMCNT 16 Bits 3 RNLCT 16 Bits 4 RNLCT 16 Bits 5 RNSDCCH 16 Bits 6 RNSDCCH 16 Bits 7 RNSDCCH 16 Bits 8 RMCNT 16 Bits 9 RCCD 16 Bits 10 RNSDCCH 16 Bits 11 RNSDCCH 16 Bits 12 RMCNT 16 Bits 13 RMCNT 16 Bits



5.403 CLSDCCHOCNT (CME BSC)

DID-name: CLSDCCHOCNT DID-number: 428 Function: Overlaid subcell counters for SDCCHs per cell. Application: Block RNLCT, RCCD, RNSDCCH, RMCNT DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Call attempt counter for (CCALLSSUB) subcell. 4 Congestion counter for (CCONGSSUB) subcell. 5 SDCCH congestion time for (CTCONSUB) subcell. 6 Traffic level accumulator (CTRALSUB) in subcell. 7 Number of accumulations of (CNSCANSUB) SDCCH traffic level counter for subcell. 8 Number of defined channels in (CNUCHSUB) subcell. 9 Available channels accumulator (CAVASUB) for subcell. 10 Number of accumulations of (CAVASCANSUB) available channels counter for subcell. 11 Successful MS channel (CMSESTABSUB) establishment on SDCCHs for subcell. 12 Number of SDCCH released due (CNRELCONGSUB) to radio resource congestion for overlaid subcell. Description: The overlaid subcell counters are defined per cell for SDCCHs. DID item position 1 is a state value indicating if the individual is defined or not, (0 = not defined). The value of this item is the same for both blocks. DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-2 and 8 are stored in the cell file in



block RCCD. DID item positions 1-4 are stored in the cell file in block RNLCT. DID item positions 1-2, 5-7 and 9-10 are stored in the cell file in block RNSDCCH. DID item positions 1-2 and 11-12 are stored in the cell file in block RMCNT. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RCCD,RNLCT,RNSDCCH,RMCNT 1 Bits 2 RCCD,RNLCT,RNSDCCH,RMCNT 16 Bits 3 RNLCT 16 Bits 4 RNLCT 16 Bits 5 RNSDCCH 16 Bits 6 RNSDCCH 16 Bits 7 RNSDCCH 16 Bits 8 RCCD 16 Bits 9 RNSDCCH 16 Bits 10 RNSDCCH 16 Bits 11 RMCNT 16 Bits 12 RMCNT 16 Bits



5.404 CLTCHCNT (CME BSC)

DID-name: CLTCHCNT DID-number: 429 Function: TCH connections per cell. Application: Block RNLCT, RCCD, RNTCH DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Number of defined channels. (TNUCHCNT) 4 Number of defined channels in (TNUCHSUB) subcell. 5 Available channels accumulator.(TAVAACC) 6 Number of accumulations of (TAVASCAN) available channels counter. 7 Available channels accumulated (TAVASUB) for subcell. 8 Number of accumulations of (TAVASCANSUB) available channels counter for subcell. 9 Assignment attempts for all (TASSALL) MS power classes. 10 Assignment attempts for MS (TASSMS5) power class 5. 11 Number of attempts to allocate (NONAVFCH) channels of TCH/F type when no channels of that type are defined. 12 Number of attempts to allocate (NONAVHCH) channels of TCH/H type when no channels of that type are defined. 13 Number of assignment attempts (TASSATT) on TCH 14 Number of TCH connections for (TCHSIG) signalling Description: The counters are defined per cell for TCHs. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). The value of this item is the same for both blocks. DID item position 2 is the internal cell number. DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-4, 9 and 13-14 are stored in the cell file in block RCCD.



DID item positions 1, 2, 11-12 are stored in the cell file in block RNLCT. DID item position 1,2 and 5-8 is stored in the cell file in block RNTCH. DID item position 10 is not used by the BSC. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RCCD,RNLCT,RNTCH 1 Bits 2 RCCD,RNLCT,RNTCH 16 Bits 3 RCCD 16 Bits 4 RCCD 16 Bits 5 RNTCH 16 Bits 6 RNTCH 16 Bits 7 RNTCH 16 Bits 8 RNTCH 16 Bits 9 RCCD 16 Bits 10 Removed from block RCCD 16 Bits 11 RNLCT 16 Bits 12 RNLCT 16 Bits 13 RCCD 16 Bits 14 RCCD 16 Bits



5.405 CLTCHFCNT (CME20 BSS R6.1/BSC)

DID-name: CLTCHFCNT DID-number: 430 Function: TCH/F connections per cell. Application: Blocks RNLCT, RCCD Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Dropped connections due to (TFNDROP) failure. 4 Assignment complete (TFCASSALL) for all MS power classes. 5 Assignment complete for MS (TFCASSMS5) power class 5 6 Successful MS channel (TFMSESTB) establishment on TCHs. 7 Successful MS channel (TFMSESTBSUB) establishment on TCHs for overlaid subcell. 8 Successful MS channel (TFMSESTB5) establishment on TCHs, by classmark 5. 9 Call attempt counter. (TFCALLS) 10 Call attempt counter for (TFCALLSSUB) overlaid subcell. 11 Congestion counter. (TFCONGS) 12 Congestion counter for (TFCONGSSUB) overlaid subcell. 13 TCH congestion time. (TFTCONGS) 14 TCH congestion time for (TFTCONSUB) overlaid subcell. 15 Traffic level accumulator (TFTRALACC) 16 Number of accumulations of (TFNSCAN) traffic level counter. 17 TCH traffic level accumulated (TFTRALSUB) in overlaid subcell. 18 Number of accumulations of (TFNSCANSUB) traffic level counter for overlaid subcell. Description: The counters are defined per cell for TCH/Fs (Traffic CHannels/Full rate). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). The value of this item is the same for both blocks. DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). The maximum number of records in the file in RCCD and RNLCT is 512. The size alteration event 298 is used to alter the file sizes.



The size of the variables. Position Block Size 1 RCCD,RNLCT 1 Bit 2,4-5 RCCD 16 Bits 2-3,6-18 RNLCT 16 Bits



5.406 CLTCHHCNT (CME20 BSS R6.1/BSC)

DID-name: CLTCHHCNT DID-number: 431 Function: TCH/H connections per cell. Application: Blocks RNLCT, RCCD Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Dropped connections due to (THNDROPTHNDROP) failure. 4 Assignment complete (THCASSALL) for all MS power classes. 5 Assignment complete for MS (THCASSMS5) power class 5 6 Successful MS channel (THMSESTB) establishment on TCHs. 7 Successful MS channel (THMSESTBSUB) establishment on TCHs for overlaid subcell. 8 Successful MS channel (THMSESTB5) establishment on TCHs, by classmark 5. 9 Call attempt counter. (THCALLS) 10 Call attempt counter for (THCALLSSUB) overlaid subcell. 11 Congestion counter. (THCONGS) 12 Congestion counter for (THCONGSSUB) overlaid subcell. 13 TCH congestion time. (THTCONGS) 14 TCH congestion time for (THTCONSUB) overlaid subcell. 15 Traffic level accumulator (THTRALACC) 16 Number of accumulations of (THNSCAN) traffic level counter. 17 TCH traffic level accumulated (THTRALSUB) in overlaid subcell. 18 Number of accumulations of (THNSCANSUB) traffic level counter for overlaid subcell. Description: The counters are defined per cell for TCH/Hs (Traffic CHannels/Half rate). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). The value of this item is the same for both blocks. DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). The size of the variables.



Position Block Size 1 RCCD,RNLCT 1 Bit 2,4-5 RCCD 16 Bits 2-3,6-18 RNLCT 16 Bits



5.407 CLTCHFV1CNT (CME BSC)

DID-name: CLTCHFV1CNT DID-number: 432 Function: TCH/F, speech Version 1, connections per cell. Application: Block RNLCT, RNTCH Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Call attempt counter. (TFV1CALLS) 4 Call attempt counter for (TFV1CALLSSUB) subcell. 5 Congestion counter. (TFV1CONGS) 6 Congestion counter for (TFV1CONGSSUB) subcell. 7 TCH congestion time. (TFV1TCONGS) 8 TCH congestion time for (TFV1TCONSUB) subcell. 9 Traffic level accumulator (TFV1TRALACC) 10 Number of accumulations of (TFV1NSCAN) traffic level counter. 11 TCH traffic level accumulated (TFV1TRALSUB) in subcell. 12 Number of accumulations of (TFV1NSCANSUB) traffic level counter for subcell. 13 Number of congestion at (TFV1CONGSAS) assignment 14 Number of congestion at (TFV1CONGSASSUB) assignment, overlaid subcell 15 Number of congestion at (TFV1CONGSHO) handover 16 Number of congestion at (TFV1CONGSHOSUB) handover, overlaid subcell Description: The counters are defined per cell for TCH/Fs (Traffic CHannels/Full rate) Speech Version 1. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-4 and 13-16 are stored in block RNLCT. DID item positions 1-2 and 7-11 are stored in block RNTCH. DID item positions 5-6 and 12 are not used by the BSC.



The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RNLCT,RNTCH 1 Bits 2 RNLCT,RNTCH 16 Bits 3 RNLCT 16 Bits 4 RNLCT 16 Bits 5 Removed from block RNLCT 16 Bits 6 Removed from block RNLCT 16 Bits 7 RNTCH 16 Bits 8 RNTCH 16 Bits 9 RNTCH 16 Bits 10 RNTCH 16 Bits 11 RNTCH 16 Bits 12 Removed from block RNLCT 16 Bits 13 RNLCT 16 Bits 14 RNLCT 16 Bits 15 RNLCT 16 Bits 16 RNLCT 16 Bits




DID-name: CLTCHFV2CNT DID-number: 433 Function: TCH/F, speech Version 2, connections per cell. When requesting channels of type TCH/F for speech version 2, the counters in this DID can be incremented. Application: Block RNLCT, RNTCH DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Call attempt counter. (TFV2CALLS) 4 Call attempt counter for (TFV2CALLSSUB) subcell. 5 Congestion counter. (TFV2CONGS) 6 Congestion counter for (TFV2CONGSSUB) subcell. 7 TCH congestion time. (TFV2TCONGS) 8 TCH congestion time for (TFV2TCONSUB) subcell. 9 Traffic level accumulator (TFV2TRALACC) 10 Number of accumulations of (TFV2NSCAN) traffic level counter. 11 TCH traffic level (TFV2TRALSUB) accumulated in subcell. 12 Number of accumulations of (TFV2NSCANSUB) traffic level counter for subcell. 13 Number of congestion at (TFV2CONGSAS) assignment 14 Number of congestion at (TFV2CONGSASSUB) assignment, overlaid subcell 15 Number of congestion at (TFV2CONGSHO) handover 16 Number of congestion at (TFV2CONGSHOSUB) handover, overlaid subcell Description: The counters are defined per cell for TCH/Fs (Traffic CHannels/Full rate) Speech Version 2. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell



translation table (DID CELLTRANTAB). DID item positions 1-4 and 13-16 are stored in block RNLCT. DID item positions 1-2 and 7-11 are stored in block RNTCH. DID item positions 5-6 and 12 is not used by the BSC. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RNLCT,RNTCH 1 Bits 2 RNLCT,RNTCH 16 Bits 3 RNLCT 16 Bits 4 RNLCT 16 Bits 5 Removed from block RNLCT 16 Bits 5 Removed from block RNLCT 16 Bits 7 RNTCH 16 Bits 8 RNTCH 16 Bits 9 RNTCH 16 Bits 10 RNTCH 16 Bits 11 RNTCH 16 Bits 12 Removed from block RNLCT 16 Bits 13 RNLCT 16 Bits 14 RNLCT 16 Bits 15 RNLCT 16 Bits 16 RNLCT 16 Bits



5.408.1 ALLSER2CNT(CMS 30 PH7)

DID-name: ALLSER2CNT DID-number: 434 Function: Counters for ISDN/PSTN/MOBILE services. Application: APT blocks which are administering or processing service events like the invocation, activation, interrogation, or deactivation, etc., of supplementary services (subscriber services). This includes all ISDN, PSTN and MOBILE services. Position Contents 1 Service identifier. STS translates this identifier into a slogan, i.e. the service designation. 2 The number of ongoing invocations of the service (TRAL). Description: One record per supplementary service, or per variant of the service (the latter if applicable). All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of services in the block. The counters can be stored in common variables if a function block needs one record only. The same counter, i.e. the same DID position and service identifier, can be reported from two separate function blocks. If so, STS will add the values of the variables. All counters are not relevant for all of the services. Further details are provided in the design rule "Counters for Supplementary Services", ETX 102 60-1070 Uen. See also the DID ALLSERVCNT. See also the DID ALLSERVIDTAB. The size of the variables: new user blocks: ------------------------------------------------- DID position: 1 = 8 bits GRR, MRR DID positions: 2 = 16 bits GRR, MRR

5.409 CLTCHHV1CNT (CME BSC)

DID-name: CLTCHHV1CNT DID-number: 435 Function: TCH/H, speech Version 1, connections per cell. When requesting channels of type TCH/H for speech version 1, the counters in this DID can be incremented. Application: Block RNLCT, RNTCH



DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Call attempt counter. (THV1CALLS) 4 Call attempt counter for (THV1CALLSSUB) subcell. 5 Congestion counter. (THV1CONGS) 6 Congestion counter for (THV1CONGSSUB) subcell. 7 TCH congestion time. (THV1TCONGS) 8 TCH congestion time for (THV1TCONSUB) subcell. 9 Traffic level accumulator (THV1TRALACC) 10 Number of accumulations of (THV1NSCAN) traffic level counter. 11 TCH traffic level (THV1TRALSUB) accumulated in subcell. 12 Number of accumulations of (THV1NSCANSUB) traffic level counter for subcell. 13 Number of congestion at (THV1CONGSAS) assignment 14 Number of congestion at (THV1CONGSASSUB) assignment, overlaid subcell 15 Number of congestion at (THV1CONGSHO) handover 16 Number of congestion at (THV1CONGSHOSUB) handover, overlaid subcell Description: The counters are defined per cell for TCH/Hs (Traffic CHannels/Half rare) Speech Version 1. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-4 and 13-16 are stored in block RNLCT. DID item positions 1-2 and 7-11 are stored in block RNTCH. DID item positions 5-6 and 12 is not used by the BSC. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables.



DID position Block Size 1 RNLCT,RNTCH 1 Bits 2 RNLCT,RNTCH 16 Bits 3 RNLCT 16 Bits 4 RNLCT 16 Bits 5 Removed from block RNLCT 16 Bits 6 Removed from block RNLCT 16 Bits 7 RNTCH 16 Bits 8 RNTCH 16 Bits 9 RNTCH 16 Bits 10 RNTCH 16 Bits 11 RNTCH 16 Bits 12 Removed from block RNLCT 16 Bits 13 RNLCT 16 Bits 14 RNLCT 16 Bits 15 RNLCT 16 Bits 16 RNLCT 16 Bits



5.410 HINTARIC (CMS 30 PH7)

DID-name: HINTARICCNT DID-number: 436 Function: Counters for Inter-network Automatic Roaming Information Clearing Application: HGLRADI Position Contents 1 Number of automatically cleared RON's Description: All the variables are stored in a record. There is one record per GLR pointer. SAE=500, block=HGLRADI. Max. size is 65535. The estimated max. size in a live exchange is 50. See also the DID HNCGLRTAB. The size of the variables. Position Block Size 1 HGLRADI 16 bits



5.411 HINTSUPVCNT(CMS 30 PH7)

DID-name: HINTSUPVCNT DID-number: 437 Function: Counters for Inter-network Roaming Information Inconsistency Supervision Application: Block HICOP Position Contents 1 The number of RON inquiries for nonexisting RONs 2 The number of RON cancellations for nonmatching RONs Description: All the variables are stored as common data. Counter names can be used as recording parameter headings. The size of the variables. Position Block Size 1 HICOP 16 bits 2 HICOP 16 bits

5.412 CLTCHDRFCNT (CME BSC)

DID-name: CLTCHDRFCNT DID-number: 438 Function: Dropped connections per cell for TCH/F Application: Block RQRCQS DID item Contents position 1 State 2 Dropped connections at low (TFDISQA) quality down or up link. 3 Dropped connections at (TFDISTA) excessive TA. 4 Dropped connections for (TFDISSS1) classmark 1 MSs, at low signal strength down or up link. 5 Dropped connections for (TFDISSS2) classmark 2 MSs, at low signal strength down or up link. 6 Dropped connections for (TFDISSS3) classmark 3 MSs, at low signal strength down or up link. 7 Dropped connections for (TFDISSS4) classmark 4 MSs, at low signal strength down or up link. 8 Dropped connections for (TFDISSS5) classmark 5 MSs, at low signal strength down or up



link. 9 Suddenly lost connections (TFSUDLOS) 10 Suddenly lost connections, (TFSUDLOSSUB) overlaid subcell 11 Dropped connections, low SS (TFDISSDL) downlink 12 Dropped connections, low SS, (TFDISSDLSUB) downlink, overlaid subcell 13 Dropped connections, low SS (TFDISSUL) uplink 14 Dropped connections, low SS, (TFDISSULSUB) uplink, overlaid subcell 15 Dropped connections, low SS (TFDISSBL) bothlink 16 Dropped connections, low SS, (TFDISSBLSUB) bothlink, overlaid subcell 17 Dropped connections, bad (TFDISQADL) quality, downlink 18 Dropped connections, bad qua- (TFDISQADLSUB) lity, downlink, overlaid subcell 19 Dropped connections, bad (TFDISQAUL) quality, uplink 20 Dropped connections, bad qua- (TFDISQAULSUB) lity, uplink, overlaid subcell 21 Dropped connections, bad (TFDISQABL) quality bothlink 22 Dropped connections, bad qua- (TFDISQABLSUB) lity, bothlink, overlaid subcell Description: The counters are defined per cell for TCH/Fs. The internal cell number is identical with the record number (i.e record-pointer). The internal cell number can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item positions 1 and 3-22 are stored in the cell file in block RQRCQS. DID item position 2 is not used by the BSC. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RQRCQS 1 Bits 2 Removed from block RNLCT 16 Bits 3 RQRCQS 16 Bits 4 RQRCQS 16 Bits 5 RQRCQS 16 Bits 6 RQRCQS 16 Bits 7 RQRCQS 16 Bits



8 RQRCQS 16 Bits 9 RQRCQS 16 Bits 10 RQRCQS 16 Bits 11 RQRCQS 16 Bits 12 RQRCQS 16 Bits 13 RQRCQS 16 Bits 14 RQRCQS 16 Bits 15 RQRCQS 16 Bits 16 RQRCQS 16 Bits 17 RQRCQS 16 Bits 18 RQRCQS 16 Bits 19 RQRCQS 16 Bits 20 RQRCQS 16 Bits 21 RQRCQS 16 Bits 22 RQRCQS 16 Bits



5.413 CLTCHDRHCNT (CME BSC)

DID-name: CLTCHDRHCNT DID-number: 439 Function: Dropped connections per cell for TCH/H Application: Block RQRCQS DID item Contents position 1 State 2 Dropped connections at low (THDISQA) quality down or up link. 3 Dropped connections at (THDISTA) excessive TA. 4 Dropped connections for (THDISSS1) classmark 1 MSs, at low signal strength down or up link. 5 Dropped connections for (THDISSS2) classmark 2 MSs, at low signal strength down or up link. 6 Dropped connections for (THDISSS3) classmark 3 MSs, at low signal strength down or up link. 7 Dropped connections for (THDISSS4) classmark 4 MSs, at low signal strength down or up link. 8 Dropped connections for (THDISSS5) classmark 5 MSs, at low signal strength down or up link. 9 Suddenly lost connections (THSUDLOS) 10 Suddenly lost connections, (THSUDLOSSUB) overlaid subcell 11 Dropped connections, low SS (THDISSDL) downlink 12 Dropped connections, low SS, (THDISSDLSUB) downlink, overlaid subcell 13 Dropped connections, low SS (THDISSUL) uplink 14 Dropped connections, low SS, (THDISSULSUB) uplink, overlaid subcell 15 Dropped connections, low SS (THDISSBL) bothlink 16 Dropped connections, low SS, (THDISSBLSUB) bothlink, overlaid subcell 17 Dropped connections, bad (THDISQADL) quality, downlink 18 Dropped connections, bad qua- (THDISQADLSUB) lity, downlink, overlaid subcell 19 Dropped connections, bad (THDISQAUL) quality, uplink 20 Dropped connections, bad qua- (THDISQAULSUB)



lity, uplink, overlaid subcell 21 Dropped connections, bad (THDISQABL) quality bothlink 22 Dropped connections, bad qua- (THDISQABLSUB) lity, bothlink, overlaid subcell Description: The counters are defined per cell for TCH/Hs. The internal cell number is identical with the record number (i.e record-pointer). The internal cell number can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item positions 1 and 3-22 are stored in the cell file in block RQRCQS. DID item position 2 is not used by the BSC. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RQRCQS 1 Bits 2 Removed from block RNLCT 16 Bits 3 RQRCQS 16 Bits 4 RQRCQS 16 Bits 5 RQRCQS 16 Bits 6 RQRCQS 16 Bits 7 RQRCQS 16 Bits 8 RQRCQS 16 Bits 9 RQRCQS 16 Bits 10 RQRCQS 16 Bits 11 RQRCQS 16 Bits 12 RQRCQS 16 Bits 13 RQRCQS 16 Bits 14 RQRCQS 16 Bits 15 RQRCQS 16 Bits 16 RQRCQS 16 Bits 17 RQRCQS 16 Bits 18 RQRCQS 16 Bits 19 RQRCQS 16 Bits 20 RQRCQS 16 Bits 21 RQRCQS 16 Bits 22 RQRCQS 16 Bits



5.414 IDLEOTCHFCNT (CME20 BSS R6.1/BSC)

DID-name: IDLEOTCHFCNT DID-number: 440 Function: Number of idle TCH/Fs in overlaid subcell. Application: Block RNTCH. Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Number of accumulations (NOACCOF) 4 Accumulated number of idle (ITFOSIB1) TCH/Fs in Overlaid Subcell in Interference Band 1 5 Accumulated number of idle (ITFOSIB2) TCH/Fs in Overlaid Subcell in Interference Band 2 6 Accumulated number of idle (ITFOSIB3) TCH/Fs in Overlaid Subcell in Interference Band 3 7 Accumulated number of idle (ITFOSIB4) TCH/Fs in Overlaid Subcell in Interference Band 4 8 Accumulated number of idle (ITFOSIB5) TCH/Fs in Overlaid Subcell in Interference Band 5 Description: The counters are defined per cell for TCH/Fs (Traffic CHannels/Full rate). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-8 are stored in block RNTCH. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. Position Block Size 1 RNTCH 1 Bit 2-8 RNTCH 16 Bits



5.415 IDLEOTCHHCNT (CME20 BSS R6.1/BSC)

DID-name: IDLEOTCHHCNT DID-number: 441 Function: Number of idle TCH/Hs in overlaid subcell. Application: Block RNTCH. Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Number of accumulations (NOACCOH) 4 Accumulated number of idle (ITHOSIB1) TCH/Hs in Overlaid Subcell in Interference Band 1 5 Accumulated number of idle (ITHOSIB2) TCH/Hs in Overlaid Subcell in Interference Band 2 6 Accumulated number of idle (ITHOSIB3) TCH/Hs in Overlaid Subcell in Interference Band 3 7 Accumulated number of idle (ITHOSIB4) TCH/Hs in Overlaid Subcell in Interference Band 4 8 Accumulated number of idle (ITHOSIB5) TCH/Hs in Overlaid Subcell in Interference Band 5 Description: The counters are defined per cell for TCH/Hs (Traffic CHannels/Half rate). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-8 are stored in block RNTCH. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. Position Block Size 1 RNTCH 1 Bit 2-8 RNTCH 16 Bits



5.416 IDLEUTCHFCNT (CME20 BSS R6.1/BSC & BSC R9)

DID-name: IDLEUTCHFCNT DID-number: 442 Function: Number of idle TCH/Fs in underlaid subcell. Application: Block RNTCH. Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Number of accumulations (NOACCUF) 4 Accumulated number of idle (ITFUSIB1) TCH/Fs in Underlaid Subcell in Interference Band 1 5 Accumulated number of idle (ITFUSIB2) TCH/Fs in Underlaid Subcell in Interference Band 2 6 Accumulated number of idle (ITFUSIB3) TCH/Fs in Underlaid Subcell in Interference Band 3 7 Accumulated number of idle (ITFUSIB4) TCH/Fs in Underlaid Subcell in Interference Band 4 8 Accumulated number of idle (ITFUSIB5) TCH/Fs in Underlaid Subcell in Interference Band 5 Description: The counters are defined per cell for TCH/Fs (Traffic CHannels/Full rate). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-8 are stored in block RNTCH. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. Position Block Size 1 RNTCH 1 Bit 2-8 RNTCH 16 Bits



5.417 IDLEUTCHHCNT (CME20 BSS R6.1/BSC & BSC R9)

DID-name: IDLEUTCHHCNT DID-number: 443 Function: Number of idle TCH/Hs in underlaid subcell. Application: Block RNTCH. Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Number of accumulations (NOACCUH) 4 Accumulated number of idle (ITHUSIB1) TCH/Hs in Underlaid Subcell in Interference Band 1 5 Accumulated number of idle (ITHUSIB2) TCH/Hs in Underlaid Subcell in Interference Band 2 6 Accumulated number of idle (ITHUSIB3) TCH/Hs in Underlaid Subcell in Interference Band 3 7 Accumulated number of idle (ITHUSIB4) TCH/Hs in Underlaid Subcell in Interference Band 4 8 Accumulated number of idle (ITHUSIB5) TCH/Hs in Underlaid Subcell in Interference Band 5 Description: The counters are defined per cell for TCH/Hs (Traffic CHannels/Half rate). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-8 are stored in block RNTCH. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. Position Block Size 1 RNTCH 1 Bit 2-8 RNTCH 16 Bits



5.418 TRASEVENTCNT (CME20 BSS R6.1/BSC)

DID-name: TRASEVENTCNT DID-number: 448 Function: Transcoder measurements on semipermanently connected transcoder devices. Application: Block RTSDI. Position Contents 1 V.110 Synchronization Failure (TRASSYNCF) for semipermanently connected transcoder devices. Description: The counter is defined per BSC and is common stored. (This is a system total.) The size of the variables. Position Block Size 1 RTSDI 16 Bits



5.419 TRAPCOMCNT (CME20 BSS R6.1/BSC)

DID-name: TRAPCOMCNT DID-number: 449 Function: Transcoder resource registrations per BSC. Application: Block RTTPH. Position Contents 1 Unsuccessful Transcoder (FRV1UNATT) Resource Allocation Attempts (Full Rate Speech Version 1) 2 Unsuccessful Transcoder (FRV2UNATT) Resource Allocation Attempts (Full Rate Speech Version 2) 3 Unsuccessful Transcoder (FRV3UNATT) Resource Allocation Attempts (Full Rate Speech Version 3) 4 Unsuccessful Transcoder (HRV1UNATT) Resource Allocation Attempts (Half Rate Speech Version 1) 5 Unsuccessful Transcoder (HRV2UNATT) Resource Allocation Attempts (Half Rate Speech Version 2) 6 Unsuccessful Transcoder (HRV3UNATT) Resource Allocation Attempts (Half Rate Speech Version 3) Description: The counters are defined per BSC and are common stored. (This is a system total.) The counters are stepped when requested transcoder type is not available. The size of the variables. Position Block Size 1-6 RTTPH 16 Bits



5.420 TRAPEVENTCNT (CME20 BSS R6.1/BSC)

DID-name: TRAPEVENTCNT DID-number: 450 Function: Transcoder resource registrations per pool. Application: Block RTTPH. Position Contents 1 Global transcoder pool pointer (TPPTR) 2 Number of accumulations (TPACC) 3 Active Transcoder Resources (TPACTTR) 4 Available Transcoder Resources (TPAVTR) 5 Idle Transcoder Resources (TPIDLTR) 6 Transcoder Resource Allocation (TPALLOC) Attempts 7 Transcoder Resource Congestion (TPCONG) 8 Transcoder Resource Congestion (TPCTIME) Time 9 V.110 Synchronization Failure (TPSYNCF) for pooled transcoder devices Description: The counters are defined per transcoder pool. DID item position 1 is a pointer, the pointer value can be translated to a transcoder pool name in the transcoder pool translation table (TPTRANTAB). The number of records in the file is 32. No size alteration. The size of the variables. Position Block Size 1-9 RTTPH 16 Bits



5.421 TPTRANTAB (CME20 BSS R6.1/BSC)

DID-name: TPTRANTAB DID-number: 451 Function: Transcoder pool translation table. Application: Block ROTRAN. Position Contents 1 Transcoder pool name (TPNAME) Description: Translation from transcoder pool pointer to transcoder pool name. The transcoder pool pointer is identical with the record number in the file. The number of records in the transcoder pool file is 32. No size alteration. The size of the variables. Position Block Size 1 ROTRAN ASCII string, 7 characters.



5.422 TRANSFLNOCNT (CSS R8.1)

DID-name: TRANSFLNOCNT DID-number: 452 Function: Counters for network number translations handled in Flexible Numbering Register. The existing counters TRANSPAIRCNT, TRANSFAILCNT and UNSADDRESCNT will also apply to the function 'Number Migration from ANSI-41 to GSM/UMTS. For the function 'NP for GSM and GSM Networks' in GSM800/1900 the same counters, except TRANSDBMISCNT, apply as for the function 'NP for GSM and GSM Networks' in GSM900/1800. Application: Block FLNAN, FARRAP and FRRGAP Position Contents 1 Counter for the number of translation pairs (TRANSPAIRCNT) defined in the data base. Associated to functions: SRF NP, IN NP and FAMF. 2 Counter for the number of translations (TRANSUCNT) successfully accomplished. Associated to functions: FAMF. 3 Counter for the number of received SCCP (TRANSFAILCNT) messages with a global title in the Called Address and forwarded to the Default route. Associated to functions: SRF NP and FAMF. 4 Counter for the number of received SCCP (UNSADDRESCNT) messages without a global title in the Called Address and forwarded to the Default route. Associated to functions: SRF NP and FAMF. 5 Number of individual relationships (TRANSIMPCNT) IMPORTED. Associated to functions: SRF NP and IN NP. 6 Number of individual relationships (TRANSEXPCNT) EXPORTED. 7 Associated to functions: SRF NP and IN NP. Number of individual relationships (TRANSOTHERCNT) OTHER. 8 Associated to functions: SRF NP and IN NP. Number of mitmatched relationships (TRANSDBMISCNT) detected in the database. Associated to functions: SRF NP and IN NP. Description: Counters for network number translations handled in Flexible Numbering Register. Counters for Flexible Numbering which is a feature is to enable mobile operators to allocate subscriber identities in a flexible way, avoiding today's restriction based on the fact that once the subscriber gets the SIM card, the ability to choose MSISDN



is restricted to the MSISDN series held in the HLR where the corresponding IMSI series is held. All the variables are stored as common data and the counters are presented as system total. The size of the variables. Position Blocks Size 1 - 6 FLNAN 32 bits 7 - 9,11 - 12 FARRAP 32 bits 10 FRRGAP 32 bits



5.423 SCCPFORMTAB (White China SCP)

DID-name: SCCPFORMTAB DID-number: 453 Function: Indicates whether 14/16 or 24 bit SPC is to be used in a switch. Application: Block C7SM Position Contents 1 SCCP format to be used (0/1) Description: DID position 1 is an indicator whether the old translation table format for SCCP (value = 0) or the new BCD string should be used (value = 1). It applies to translation table C7SCSPTAB DID number 142. Example of BCD string and the output string in STS. CBCDSPR(0) = 2; CBCDSPR(1) = 10; ! HYPHEN IS REPRESENTED BY H'A ! CBCDSPR(2) = 1; CBCDSPR(3) = 2; CBCDSPR(4) = 3; CBCDSPR(5) = 10; ! HYPHEN IS REPRESENTED BY H'A ! CBCDSPR(6) = 1; CBCDSPR(7) = 5; CBCDSPR(8) = 6; CBCDSPR(9) = 10; ! HYPHEN IS REPRESENTED BY H'A ! CBCDSPR(10) = 7; CBCDSPR(11) = 8; CBCDSPR(12) = 15; ! EMPTY SPACE REPRESENTED BY H'F ! CBCDSPR(13) = 15; ! EMPTY SPACE REPRESENTED BY H'F ! CBCDSPR(14) = 15; ! EMPTY SPACE REPRESENTED BY H'F ! CBCDSPR(15) = 15; ! EMPTY SPACE REPRESENTED BY H'F ! The output by STS should be presented as: 2-123-156-78 The size of the variables. Position Block Size 1 C7SM 1 bit

5.424 SYSSUBCNT (CMS88 C)

DID-name: SYSSUBCNT DID-number: 454 Function: Counters for the total of connected and active automatic and manual subscribers in VLR Application: Block MSLOCR Position Contents 1 Number of connected automatic subscribers (CSUBCNT)



2 Number of connected automatic subscribers from unknown location areas (CULCNT) 3 Number of active automatic subscribers having the capability of using ACC (CACCCNT) 4 Number of active automatic subscribers having the capability of using DCCH at 800 MHz (C800CNT) 5 Number of active automatic subscribers having the capability of using DCCH at 1900 MHz (C1900CT) 6 Number of connected manual subscribers (CMSUBCNT) 7 Number of connected manual subscribers from unknown location areas (CMULCNT) 8 Number of active manual roamers using ACC (CMACCCNT) 9 Number of active manual roamers using DCCH at 800 MHz (CM800CNT) 10 Number of active manual roamers using DCCH at 1900 MHz (CM1900CT) Description: All the variables are stored as common data and the counters are presented as system total. The size of the variables. Position Block Size 1-10 MSLOCR R declared APZ dependant 16 or 32 bits

5.425 SLOCSUBCNT (CMS88 C)

DID-name: SLOCSUBCNT DID-number: 455 Function: Counters for the total of connected automatic and manual subscribers in VLR per LA Application: Block MSLOCR Position Contents 1 Number of connected automatic subscribers per LA (LOCCNT) 2 Number of connected manual subscribers per LA (MLOCCNT) Description: One record per location area. The location area data file is fixed size of 32 records. The pointer used to reference the data record is also used to reference the corresponding location area symbolic name in the location area file in block MRTRAN (see DID entitled LACMSTAB). The counter is stored in the loacation area data file in block MSLOCR The size of the variables. Position Block Size 1 - 2 MSLOCR R declared APZ dependant 16 or 32 bits



5.426 EXMSUBCNT (CMS88 C)

DID-name: EXMSUBCNT DID-number: 456 Function: Counters for the total of connected and active automatic subscribers in VLR per EXM Application: Block MSLOCR Position Contents 1 EXM status (1 - selected/0 - not selected) 2 EXM pointer 3 Number of connected automatic subscribers per EXM (EXMCNT) 4 Number of active automatic subscribers per EXM (EXMACNT) 5 Number of connected automatic subscribers from unknown LAs per EXM (EXMUCNT) Description: One record per EXM selected as having automatic roaming. The cooperating exchange counter file is fixed size of 32 records. Each record contains a pointer (given in DID item position 2) used to reference the corresponding EXM symbolic name in the EXM file in block MNTRAN (see DID entiled EXMTAB). The counters are stored in the EXM counter data file in block MSLOCR The size of the variables. Position Block Size 1 MSLOCR 1 bit 2 MSLOCR 16 bits 3 - 5 MSLOCR R declared APZ dependant 16 or 32 bits

5.427 ELOCSUBCNT (CMS88 C)

DID-name: ELOCSUBCNT DID-number: 457 Function: Counters for the total of connected automatic subscribers in VLR per LA per EXM Application: Block MSLOCR Position Contents 1 LA status (1 - selected/0 - not selected) 2 EXM pointer 3 LA pointer 4 Number of connected automatic subscribers per



LA per EXM (EXMLCNT) Description: One record per selected LA and 32 records for LA per selected EXM. The LA counter file is fixed size of 1024 records. Each record contains pointers (EXM and LA pointers given in DID item position 2-3) used to reference the corresponding EXM symbolic name in the EXM file in block MNTRAN (see DID entiled EXMTAB) and corresponding LA symbolic name in the LA file in block MRTRAN (see DID entitled LACMSTAB). The size of the variables. Position Block Size 1 MSLOCR 1 bit 2 - 3 MSLOCR 16 bits 4 MSLOCR R declared APZ dependant 16 or 32 bits

5.428 MEXMSUBCNT (CMS88 C)

DID-name: MEXMSUBCNT DID-number: 458 Function: Counters for the total of connected and active manual subscribers in VLR per EXM Application: Block MSLOCR Position Contents 1 EXM status (1 - selected/0 - not selected) 2 EXM pointer 3 Number of connected manual subscribers per EXM (MEXMCNT) 4 Number of active manual subscribers per EXM (MEXMACNT) 5 Number of connected manual subscribers from unknown LAs per EXM (MEXMUCNT) Description: One record per selected EXM. The cooperating exchange counter file is fixed size of 32 records. Each record contains a pointer (given in DID item position 2) used to reference the corresponding EXM symbolic name in the EXM file in block MNTRAN (see DID entiled EXMTAB). The size of the variables. Position Block Size 1 MSLOCR 1 bit 2 MSLOCR 16 bits 3 - 5 MSLOCR R declared APZ dependant 16 or 32 bits

5.429 MELOCSUBCNT (CMS88 C)

DID-name: MELOCSUBCNT DID-number: 459



Function: Counters for the total of connected manual subscribers in VLR per LA per EXM Application: Block MSLOCR Position Contents 1 LA status (1 - selected/0 - not selected) 2 EXM pointer 3 LA pointer 4 Number of connected manual subscribers per LA per EXM (MEXMLCNT) Description: One record per selected LA and 32 records for LAs per selected EXM. The LA counter file is fixed size of 1024 records. Each record contains pointers (EXM and LA pointers given in DID item position 2-3) used to reference the corresponding EXM symbolic name in the EXM file in block MNTRAN (see DID entiled EXMTAB) and corresponding LA symbolic name in the LA file in block MRTRAN (see DID entitled LACMSTAB). The size of the variables. Position Block Size 1 MSLOCR 1 bit 2 - 3 MSLOCR 16 bits 4 MSLOCR R declared APZ dependant 16 or 32 bits

5.430 ECPOOLCNT (AMC PH3)

DID-name: ECPOOLCNT DID-number: 460 Function: Measurement of traffic level and congestions in pools with Echo Canceller devices. Application: Echo Canceller device owning block (ECDH) in subsystem TSS. Position Contents 1 State (valid = 1, Not valid = 0) 2 Pool code 3 Total number of devices connected 4 Number of devices in service 5 Number of used devices 6 Number of call attempt 7 Number of congestions 8 Number of blocked devices 9 Number of manually blocked devices 10 Number of automatic type-A blockings 11 Number of 'other' blockings Description: The pool code is used by the translation table ECPOOLTAB to identify the pool. The counters are record stored variables, one record for each pool.



The size of the file is fixed and depends on the number of ECP hardware variants. The size of the variables. Position Block Size 1 ECDP 2 bits 2 ECDP 4 bits 3 - 11 ECDP 16 bits

5.431 ECPOOLTAB (AMC PH3)

DID-name: ECPOOLTAB DID-number: 461 Function: ECPOOL translation table. Application: Echo Canceller device owning block (ECDH) in subsystem TSS. Position Contents 1 Pool Code 2 ASCII identifier Description: Translation from the Numerical code in ECPOOLCNT to object name. The variables are record variables in the same record as the counters in ECPOOLCNT. The size of the file is fixed and depends on the number of ECP hardware variants. The size of the variables. Position Block Size 1 ECDP 2 bits 2 ECDP 16 Character ASCII string



5.432 DTICNT (AMC PH3)

DID-name: DTICNT DID-number: 462 Function: Data Transmission interworking unit functionality level statistics Application: MIWUC. Position Contents 1 Number of Congestions. Number of failed attempts to connect a data service, due to no more available circuit pairs 2 Number of orders to the DTI to prepare a data service for use 3 Number of unsuccessful outcomes of the order to prepare a data service for use 4 Number of orders to the DTI to start traffic channel synchronization for the call 5 Number of unsuccessful outcomes of the order to start traffic channel synchronization for the call. 6 Number of requests from the DTI to change the baud rate (E.g. due to poor transmission line quality). 7 Number of unsuccessful outcomes of the request to change the baud rate 8 Number of release requests from the DTI 9 Number of orders to the DTI, to prepare switching of the selected service from speech to fax, or vice versa 10 Number of unsuccessful outcomes of the order to prepare switching of the selected data service from speech to fax, or vice versa. 11 Number of orders to the DTI to perform switching of the selected service from speech to fax, or vice versa 12 Number of unsuccessful outcomes of the order to perform switching of the selected data service from speech to fax, or vice versa 13 Total number of orders to the DTI to cancel an ongoing switch of the selected data service from speech to fax, or vice versa 14 Number of Direct Digital Data calls Description: All the variables are stored in a record. One record per DTI functionality. The Object Identifiers are provided in GIWUTAB. The size of the variables. Position Block Size 1 - 14 MIWUC 16 bits

5.433 FHLV5CNT (FMP4.1)

DID-name: FHLV5CNT DID-number: 463



Function: Counters for the Frame Handler Local function (FH-L) for ISDN Accesses, in V5-SS, V5-GS or AU-V5 application Application: Block DLV5U, DLV5GU, DLAUU. Position Contents 1 State (defined or undefined) 2 Number of discarded frames due to overload 3 Indication of the Access Group (AG) number 4 Identity of the first Frame Handler Concentrator Switching Terminal (FHCT) to which the Access Group is connected 5 Identity of the second Frame Handler Concentrator Switching Terminal (FHCTB), if the Access Group is connected to two FHCTs in twin connection 6 Indication that the Access Group is connected to two FHCTs in twin connection (defined undefined) Description: One set of counters per CM identified by record number in DLV5U, DLV5GU or DLAUU. Maximum number of records is defined by the maximum number of access groups (2047) size alterable according to SAE 501. The AG number is unique among applications and its maximum value is defined by the maximum size of SAE 500 in block GAMCORD. Position 1 indicates if the AG is connected to the Frame Handler or not. 0 : No IBD-channels are connected to the AG. 1 : One or more IBD-channels are connected to the AG. Position 3 indicates the AG number to be used in the printout. Position 4 indicates the FHCT number to which the AG is connected. Position 5 indicates the second FHCT number, if AG is connected to two FHCTs, i.e. if the position 6 is defined. The size of the variables. Position Block Size 1,6 DLV5U, DLV5GU, DLAUU 1 bit 2 DLV5U, DLV5GU, DLAUU 32 bits 3 - 5 DLV5U, DLV5GU, DLAUU 16 bits

5.434 TTRMSNCNT (FMP4.1)

DID-name: TTRMSNCNT DID-number: 464 Function: Counters for subscriber numbers Application: Block TTRMSN in XSS OMS and module IUTRM in IUSAM. Position Contents 1 Measurement activity indicator (SNBMEASACT) 2 Number of terminating call attempts (ATTEMCNT) 3 Number of terminating call attempts



failed due to busy (BUSYCNT) 4 Number of terminating seizures reaching ringing/ alerting but not obtaining B-answer (RINGCNT) Description: There application blocks involved select the Subscriber number on which the statistics is required and place them in a statistic file with a maximum size of 2049 records. Record 0 from both blocks will not be used. Measurement objects are identified using DID TTRMSNTAB. The size of the variables. Position Block Size 1 TTRMSN,IUTRM 1 bit 2 - 4 TTRMSN,IUTRM 16 bits

5.435 TTRMSNTAB (FMP4.1)

DID-name: TTRMSNTAB DID-number: 465 Function: Subscriber number name translation Application: Block TTRMSN. Position Contents 1 Subscriber number (SNBNUMBER) Description: There application blocks store the Subscriber number in a statistic file with a maximum size of 2049 records. Record 0 will not be used. The size of the variables. Position Block Size 1 TTRMSN 16 character BCD string



5.436 CVTR01CNT (RMP4.0 AMC PH3)

DID-name: CVTR01CNT DID-number: 466 Function: Converter counters per SCCP Overhead Address. Application: Block OCVTR. Position Contents 1 State (record undefined/defined) 2 Number of successful address conversions Description: There is one record for each SCCP overhead address in OCVTR. These counters pertain to the state and number of conversions relating to each record. Objects are identified by using CVTR01TAB (DID 468). The size of the variables. Position Block Size 1 OCVTR 1 Bits 2 OCVTR 32 Bits



5.437 CVTR02CNT (RMP4.0 AMC PH3)

DID-name: CVTR02CNT DID-number: 467 Function: Total SCCP Overhead conversions. Application: Block OCVTR. Position Contents 1 Total number of failed address conversions 2 Total number of successful address conversions Description: System Total for SCCP Overhead conversions. The size of the variables. Position Block Size 1-2 OCVTR 32 Bits



5.438 CVTR01TAB (RMP4.0 AMC PH3)

DID-name: CVTR01TAB DID-number: 468 Function: SCCP Overhead Record Identity. Application: Block OCVTR. Position Contents 1 Conversion record name Description: There is one record for each SCCP overhead address in OCVTR. This address is uniquely identified by the record name and this is represented in this DID. The record name is defined by the parameter "ID" in the S7ODI command. The size of the variables. Position Block Size 1 OCVTR ASCII string 7 characters



5.439 SHISTCNT (SSFAM AMC PH3)

DID-name: SHISTCNT DID-number: 469 Function: Triggering and SCF Invocation, Dialogue Level. Application: Block SHTD4. Position Contents 1 Number of Tssf timeouts due to IDP/ARI (TIMEINI) 2 Number of Tssf timeouts due to subsequent operations (TIMESUB) 3 Number of IDP/ARI operations sent (OPSINI) 4 Number of aborts for sent IDP/ARI operations (OPSIAB) 5 Number of rejects and ReturnErrors for sent IDP/ARIs (OPSIREJ) 6 Number of sent operations (OPSALL) 7 Number of aborts for subsequent operations (OPSAAB) 8 Number of rejects and ReturnErrors for subsequent operations (OPSAREJ) 9 Number of received operations (OPRECAL) 10 Number of errors for received operations (OPRECF) 11 Number of IST Selection (ISTSEL) 12 Number of failed IST selections due to data error in the IST data. (ISTDERR) Description: One record per IST in the SSF. All the variables (which are pointed out by DID item positions) are stored in a record indexed by the IN Service Trigger. This file is size alterable by SAE925. The maximum number of records is 65535. The size of the variables. Position Block Size 1-12 SHTD4 32 Bits



5.440 SHSCFCNT (SSFAM AMC PH3)

DID-name: SHSCFCNT DID-number: 470 Function: Operation Handling and Dialogue Control, Traffic Level. Application: Block SHTD8. Position Contents 1 Number of SCF invocation attempts per DPC+SSN (SCFDPC) 2 Number of SCF invocation attempts per GLT (SCFGLT) 3 Number of SCF invocation attempts per GLT+SSN (SCFGSSN) Description: One record per destination in the SSF. All the variables (which are pointed out by DID item positions) are stored in a record. This file is size alterable by SAE 937. The maximum number of records is 32766. The size of the variables. Position Block Size 1-3 SHTD8 32 Bits



5.441 SHAMCNT (SSFAM AMC PH3)

DID-name: SHAMCNT DID-number: 471 Function: Counters for the Dialogue Files held in the Protocol Handling Function in the SSF-AM. Application: Block SHOPSRF, SHPM, SHTCU1, SHTCU2, SHTCU3. Position Contents 1 Number of SRF seizure attempts (SRFATT) 2 Number of SRF seizure attempts with congestion (SRFCNG) 3 Number of unsuccessful SRF control connections (TIMESRF) 4 Number of occupied SRF individuals (SRFTRF) 5 Number of ETC seizure attempts (ETCATT) 6 Number of ETC seizure attempts with congestion (ETCCNG) 7 Number of unsuccessful ETC control connections (TIMEETC) 8 Number of occupied ETC individuals (ETCTRF) 9 Number of service requests for Call Gapping. (CGREQ) 10 Number of service requests for Call Limiting. (CLREQ) 11 Number of service requests for Service Filtering. (SFREQ) 12 Number of unsuccessful dialogues ActivityTest failure (CDIALATTFAIL) 13 Number of message sending requests rejected by Protocol Manager (CSENDREQREJCSENDREQREJ) 14 Dialogue initiation attempts (CDIALINITATT) 15 Dialogue initiation attempts with congestion (CDIALINITCONG) 16 Number of unsuccessful dialogues aborted by SSF (CDIALABORTSSF) 17 Dialogues in progress. (CDIALINPROG) 18 Number of processed dialogues. (CDIALPROCESSED) 19 Number of unsuccessful dialogues, message not accepted by TCAP. (CDIALREJTCAP) 20 Number of unsuccessful dialogues, aborted by SCF or remote TCAP. (CDIALREMABORT) 21 Number of Error or Reject components received from SCF. (CDIALSCFERRREJ) 22 Number of Error or Reject components sent by SSF. (CERRREJSEND) 23 Number of dialogue seizure attempts (DIAAT) 24 Number of dialogue seizure attempts that meet congestion (DIACNG) 25 Number of dialogues individuals in use (DIATRF) Description: All the variables are stored as common data and the counters are presented as system total. Note that multiple SHPM blocks can be present in the SSF-AM. Note that only one SHTCUx block is active on the SSF-AM dump.



The size of the variables. Position Block Size 1-8 SHOPSRF 32 Bits 9-11 SHMCS 32 Bits 12-15 SHPM 32 Bits 16,18-22 SHTCU1, SHTCU2, SHTCU3 32 Bits 17 SHTCU1, SHTCU2, SHTCU3 16 Bits 23-25 SHTRI 32 Bits



5.442 SDFINAPCNT (CME20SS P6/CMS40SS P3)

DID-name: SDFINAPCNT DID-number: 472 Function: Counters for INAP operations Application: Block HQUERAP. Position Contents 1 Operation identity (code) 2 Number of total requests of a INAP operation 3 Number of successful operations executed 4 Number of unsuccessful operations due to problems reported by the local TCAP Description: One record per INAP operation. All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of INAP operations in the block. The variables are stored as common data if the block contains only one INAP operation. The operations are identified by a code. The translation table SDFINAPDIDTAB is used to translate the INAP operation code to INAP operation slogan. All counters are not relevant for all of the operations. If a counter for the same INAP operation arrives from different blocks, the value will be added before storing in the Measurement Data Base. The size of the variables. Position Block Size 1 HQUERAP 8 Bits 2-4 HQUERAP 16 Bits



5.443 SDFINAPIDTAB (CME20SS P6/CMS40SS P3)

DID-name: SDFINAPIDTAB DID-number: 473 Function: INAP translation table Application: Block HQUERAP. Position Contents 1 Operation identity (code) 2 INAP operation slogan Description: Translation from INAP operation code to INAP operation slogan. The relation between codes and HLR INAP operation is defined in the FS 10/155 17-ANT 238 01 Uen. The size of the variables. Position Block Size 1 xx 1 Bit 2-9 xx 16 Bits 1,3 xx 16 Bits



5.444 SHAMCALLCNT (SSFAM AMC PH3)

DID-name: SHAMCALLCNT DID-number: 474 Function: Counters for the Call File held in the function block SHCM in the SSF-AM. Application: Block SHCM. Position Contents 1 Number of call seizure attempts (CALLATT) 2 Number of occupied call individuals (CALLTRF) 3 Number of call seizure attempts with congestion (CALLCNG) Description: All the variables are stored as common data. The size of the variables. Position Block Size 1-3 SHCM 32 Bits



5.445 AUCMAPCNT (CME20P6 CMS40P3 AUC)

DID-name: AUCMAPCNT DID-number: 475 Function: Counters for the MAP operations handled in AUC. Application: Block AMAPTC. Position Contents 1 Operation identity (code) 2 Number of total requests of a MAP operation (CNTMAPTOT). 3 Number of successful operations executed (CNTMAPSUCC). 4 Number of unsuccessful operations due to problems reported by the local TCAP (CNTMAPFLT). Description: All the variables are stored as common data. The size of the variables. Position Block Size 1 AMAPTC 8 Bit 2-4 AMAPTC 32 Bits NOTE that DID positions 2-4 are changed to 32 bit variables. NOTE See DID AUCMAPIDTAB for translation table relating code, slogan & operation.



5.446 AUCMAPIDTAB (CME20P6 CMS40P3 AUC)

DID-name: AUCMAPIDTAB DID-number: 476 Function: MAP translation table Application: Block handling the MAP operations in AUCS: AMAPTC Position Contents 1 Operation identity (code) 2 MAP operation slogan Description: Translation from MAP operation code to MAP operation slogan. The size of the variables. DID item positions: 1 = 8 bits. DID item positions: 2 = string 7 characters Relation between code, slogan and operation. Code Slogan MAP operation 1 SPAUMAP Send parameters (HLR -> AUC) 2 SAUVECT Send Authentication Vectors (HLR -> AUC)



5.447 AUCSUBSCNT (CME20P6 CMS40P3 AUC)

DID-name: AUCSUBSCNT DID-number: 477 Function: Counter for number of registered subscriptions in AUC. Application: Block ASD. Position Contents 1 Number of regisered subscriptions in AUC 2 Number of registered GSM authentication subscriptions in AUC (NGSUBSCNT) 3 Number of registered UMTS authentication subscriptions in AUC (NUSUBSCNT) Description: All the variables are stored as common data. The size of the variables. Position Block Size 1-3 ASD 32 Bit



5.448 NECELASSCNT (CME20 BSS R6.1/BSC)

DID-name: NECELASSCNT DID-number: 478 Function: Assignment registrations between the serving cell and an external neighbour. Application: Block RQCD, MRR, MUSSH Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Global cell pointer to the (NEIGCELLP) neighbouring cell. 4 Number of assignment handovers (HOASBCL) to better cell. 5 Number of assignment handovers (HOASWCL) to worse cell. 6 Number of successful assignment (HOSUCBCL) handovers to better cell. 7 Number of successful assignment (HOSUCWCL) handovers to worse cell. Description: One set of counters is defined for each neighbour relation. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item position 3 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID ECELLTRANTAB). The sum of, the number of records in, the file with internal neighbouring cells and, the number of records in, the file with external neighbouring cell is maximal 4096. The size alteration event 523 is used to alter the file size. The size of the variables. Position Block Size 1 RQCD 1 Bit 2-4 RQCD,MRR, R-declared MUSSH 5-7 RQCD,MUSSH R-declared



5.449 NECELHOCNT (CME20 BSS R6.1/BSC)

DID-name: NECELHOCNT DID-number: 479 Function: Handover registrations between the serving cell and an external neighbour. Application: Block RQCD. Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Global cell pointer to the (NEIGCELLP) neighbouring cell. 4 Number of handovers to better (HOTOLCL) L-cell. 5 Number of handovers to better (HOTOKCL) K-cell. 6 Number of handovers at bad (HOUPLQA) uplink quality. 7 Number of handovers at bad (HODWNQA) downlink quality. 8 Number of handovers due to (HOEXCTA) exceeded time alignment. 9 Number of successful handover (HODUPFT) back to old channel within a predefined time. 10 Number of handovers to HCS (HOTOHCS) prioritised neighbour. Description: One set of counters is defined for each neighbour relation. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item position 3 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID ECELLTRANTAB). The sum of, the number of records in, the file with internal neighbouring cells and, the number of records in, the file with external neighbouring cell is maximal 8192. The size alteration event 523 is used to alter the file size. The size of the variables. Position Block Size 1 RQCD 1 Bit 2-10 RQCD 16 Bits



5.450 NICELASSCNT (CME20 BSS R6.1/BSC)

DID-name: NICELASSCNT DID-number: 480 Function: Assignment registrations between the serving cell and an internal neighbour. Application: Block RQCD. Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Global cell pointer to the (NEIGCELLP) neighbouring cell. 4 Number of assignment handovers (HOASBCL) to better cell. 5 Number of assignment handovers (HOASWCL) to worse cell. 6 Number of successful assignment (HOSUCBCL) handovers to better cell. 7 Number of successful assignment (HOSUCWCL) handovers to worse cell. Description: One set of counters is defined for each neighbour relation. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item positions 2 and 3 are pointers, the pointer values can be translated to cell names in the cell translation table (DID CELLTRANTAB). The sum of, the number of records in, the file with internal neighbouring cells and, the number of records in, the file with external neighbouring cell is maximal 4096. The size alteration event 522 is used to alter the file size. The size of the variables. Position Block Size 1 RQCD 1 Bit 2-7 RQCD 16 Bits



5.451 NICELHOCNT (CME20 BSS R6.1/BSC)

DID-name: NICELHOCNT DID-number: 481 Function: Handover registrations between the serving cell and an internal neighbour. Application: Block RQCD. Position Contents 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Global cell pointer to the (NEIGCELLP) neighbouring cell. 4 Number of handovers to better (HOTOLCL) L-cell. 5 Number of handovers to better (HOTOKCL) K-cell. 6 Number of handovers at bad (HOUPLQA) uplink quality. 7 Number of handovers at bad (HODWNQA) downlink quality. 8 Number of handovers due to (HOEXCTA) exceeded time alignment. 9 Number of successful handover (HODUPFT) back to old channel within a predefined time. 10 Number of handovers to HCS (HOTOHCS) prioritised neighbour. Description: One set of counters is defined for each neighbour relation. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item positions 2 and 3 are pointers, the pointer values can be translated to cell names in the cell translation table (DID CELLTRANTAB). The sum of, the number of records in, the file with internal neighbouring cells and, the number of records in, the file with external neighbouring cell is maximal 8192. The size alteration event 522 is used to alter the file size. The size of the variables. Position Block Size 1 RQCD 1 Bit 2-10 RQCD 16 Bits



5.452 USRACCESSCNT (HELIOS)

DID-name: USRACCESSCNT DID-number: 482 Function: Access counters Application: Block LITH,LI, LIRA, LIV5. Position Contents 1 User Access Numeric Code 2 Total number of connected devices (CONNDEVCNT) 3 Total number of available devices (AVAILDEVCNT) Description: All the Variables (which are pointed out by the DID item positions) are stored as record variables because the block handles three access types then the maximum number of records is 3. Translation from Numeric code to slogan is achieved by DID USRACCESSTAB The size of the variables. Position Block Size 1 LITH 8 Bits 2-3 LITH R declared



5.453 HLRPERFCNT (CME20P6 CMS40P3 HLR)

DID-name: HLRPERFCNT DID-number: 483 Function: Counter for number of operations changing data from network for Redundant subscribers in HLR. Application: Block HRSC. Position Contents 1 Number of standard MAP operations changing data for Redundant subscribers in HLR. Description: Defines the total number of standard MAP operations that perform any change of the Redundant subscribers' data in HLR. The counter will be stored in common data. The size of the variables. Position Block Size 1 HRSC 32 Bits



5.454 TRAFFMEASCNT (CTM-Italy)

DID-name: TRAFFMEASCNT DID-number: 484 Function: Traffic Measurement for Telephony Applications Application: Block SSFO,RE,CMCJ,CMCH,CMGDI. Position Contents 1 Numeric code 2 Number of call attempts 3 Number of calls rejected due to internal congestion 4 Number of calls renounced by calling party 5 Number of calls with no B-answer 6 Number of calls with B subscriber busy 7 Number of calls with B-answer 8 Number of calls rejected because no free OT exists 9 Number of calls failed due to congestion from succeeding exchange Description: The record file shall be fixed file size. The variables can be stored in common stored variables if the block needs one record only, i.e. if there is only one measured object in the block. The counter specified in DID position 1,2,3,4,5,6,7 are stored in block CMCH. The counter specified in DID position 1,3,4,5,6,7,9 are stored in block CMCJ. The counter specified in DID position 1,2,8 are stored in block RE. The counter specified in DID position 1,2 are stored in block SSFO. The counter specified in DID position 1,3 are stored in block CMGDI. The size of the variables. Position Block Size 1 ALL 8 Bit 2-9 ALL 16 Bits



5.455 TRAFFMEASTAB (CTM Italy)

DID-name: TRAFFMEASTAB DID-number: 485 Function: Telephony Applications Translation Application: Block CMCH. Position Contents 1 Numeric code 2 Symbolic TRAFFMEAS object name. Description: The services are identified by a code (Numeric code). the variables are stored in one record per object. The relation between the Numeric code, the service designation will be described in the new design rule "Traffic measurements for Telephony Applications". The size of the variables. Position Block Size 1 CMCH 1 Bit 2 CMCH String, max. 7 ASCII characters



5.456 CTMMAPCNT (CTM Italy)

DID-name: CTMMAPCNT DID-number: 486 Function: Counters for CTM MAP operations Application: Block CMLUAP,CMSDAP,CMFDAP,CMLCAP,CMRSTAP. Position Contents 1 Operation identity (code) 2 Number of total requests for a MAP* operation 3 Number of operations executed successfully in HDB 4 Number of results sent without error towards HDB 5 Number of SendParameter operations sent from VDB to HDB with the Request Parameter set "request SubscriberData" 6 Number of Result sent from HDB to VDB containing subscriber data as a result of the SendParameter operation where request parameter was set to "request SubscriberData" Description: One record per MAP operation. The translation table CTMMAPTAB is used to find the relationship between operation identity and slogan in report output. All the Variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of operations in the block. Blocks with one operation have the counters as common stored variables. The variables can be stored in common stored variables if the block needs one record only, i.e. if there is only one operation in the block. The operations are identified by a code. All counters are not relevant for all of the operations. If a counter for the same MAP operation arrives from different blocks, the value will be added before storing in the Measurement Data Base. The size of the variables. Position Block Size 1 ALL 8 Bits 2 CMLUAP,CMSDAP CMLCAP,CMRSTAP 16 Bits 3 CMLUAP 16 Bits 4 CMLUAP,CMSDAP, CMLCAP 16 Bits



5.457 CTMMAPTAB (CTM Italy)

DID-name: CTMMAPTAB DID-number: 487 Function: CTM MAP translation table Application: Block CMLUAP,CMSDAP,CMFDAP,CMLCAP,CMRSTAP. Position Contents 1 Operation identity (code) 2 MAP* operation slogan Description: The relation between codes and MAP operations is defined in a new design rule" Counters for MAP* operations" ETX 102 60-1326 Uen. The size of the variables. Position Block Size 1 ALL 8 Bits 2 ALL ASCII string 7 characters



5.458 VDBACTCNT (CTM Italy)

DID-name: VDBACTCNT DID-number: 488 Function: Counters for VDB operations Application: Block CMM,CMLCAP,CMRNAP,CMRNP,CMGDI CMRMP,CMV. Position Contents 1 Number of VDB accesses with successful updating of location data due to inter-VCE roaming 2 Number of VDB accesses for location cancelation of not-registered terminals 3 Number of successful associations of terminal identity to roaming number 4 Number of associations of terminal identity to roaming number rejected due to unavailable roaming number 5 Number of associations of terminal identity to roaming number failed due to terminal identity not present in VDB 6 Number of associations of terminal identity to roaming number failed due to mobility restriction 7 Number of paging broadcast message transmission attempts 8 Number of successful paging broadcast attempts 9 Number of unsuccessful paging broadcast attempts 10 Total number of assigned roaming numbers 11 Total number of IPUI registered in the VDB Description: All the variables are stored as common data. The size of the variables. Position Block Size 1 CMM 16 Bits 2 CMLCAP 16 Bits 3-5 CMRNAP 16 Bits 6 CMRNP 16 Bits 7-9 CMGDI 16 Bits 10 CMRMP 16 Bits 11 CMV 32 Bits



5.459 CTMDECTCNT (CTM Italy)

DID-name: CTMDECTCNT DID-number: 489 Function: Counters for DECT operations Application: Block CMM. Position Contents 1 Number of location registration requests 2 Number of successful location registration requests Description: All the variables are stored as common data. The size of the variables. Position Block Size 1-2 CMM 16 Bits



5.460 USRACCESSTAB (HELIOS)

DID-name: USRACCESSTAB DID-number: 490 Function: Access Identification Application: Block LITH,LI, LIRA, LIV5. Position Contents 1 User Access Numeric Code 2 User Access String identifier Description: All the Variables (which are pointed out by the DID item positions) are stored as record variables because the block handles three access types then the maximum number of records is 3. The block reports all DID positions. Relationship between Codes and identifiers is controlled by ??? The size of the variables. Position Block Size 1 LITH 8 Bits 2 LITH 15 Char max ASCII string



5.461 ACCROUTECNT (CTM-Italy)

DID-name: ACCROUTECNT DID-number: 491 Function: Route counters in access route owning blocks Application: Block CMLIGDI. Position Contents 1 Global route number (GLROUTE) 2 Number of individuals (NUDEVCNT) 3 Number of blocked (BLOCCNT) 4 Number of seized B-Channels (BCHOCCCNT) 5 Number of calls (CALLCNT) 6 Number of calls with congestion (CONGCNT) Description: An ACCESS route consists of two individuals. One for incoming traffic(even internal route number) and one for outgoing traffic(odd internal route number). The incoming route record, in a pair of routes, is located before the outgoing route in the file. All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = number of routes in the block. Routes are identified by ROUTETRANTAB The size of the variables. Position Block Size 1-6 CMLIGDI 16 Bits



5.462 VCISERVCNT (HELIOS)

DID-name: VCISERVCNT DID-number: 492 Function: Counters specific to the Voice Code Charging service Application: Block SUSVCI. Position Contents 1 Service Identifier 2 The number of times the service is not fulfilled due to lack of announcements. (VCIANNOCONG) Description: One record per supplementry service, or per variant of the service (the latter if applicable). The variables are pointed out by the DID item position. The counters can be stored in common variables if the function block needs one record only, else a file of records is to be used. See also the DID ALLSERVIDTAB for tranlation from service identifier to slogan. The size of the variables. Position Block Size 1 SUSVCI 8 bits 2 SUSVCI 16 bits



5.463 MSCREGCNT (CMS88 C3)

DID-name: MSCREGCNT DID-number: 493 Function: Counters for the multiple registration access within an MSC Application: Block MCSH. Position Contents 1 Total number of rejected registration accesses detected during multiple access in the MSC (CREGREJCNT). 2 Total number of times a multiple access is detected in the MSC (CMATREGCNT). Description: All the variables are stored as common data and the counters are presented at an MSC total. The size of the variables. Position Block Size 1-2 MCSH 16 Bit



5.464 EXMSTATCNT (CMS88 C3)

DID-name: EXMSTATCNT DID-number: 494 Function: Counters for the multiple accesses rejected (for each EXM pair). Application: Block HLS Position Contents 1 Status (specified/unspecified) 2 Cooperating Exchange pointer 3 Cooperating Exchange pointer 4 Store and Compare counter (STCMCNT) Description: The counters are defined per selected (specified) pair of cooperating exchange. Position one, Status, indicates if the record is specified (=1) or unspecified (=0). A value of one indicates that the data store and compare counter is valid and ready to increment and report. Position two holds the cooperating exchange pointer. This pointer will identify the correct exchange in the EXM name translation file. Position three holds the cooperating exchange pointer. This pointer will identify the correct exchange in the EXM name translation file. Position four holds the recovery, peg counter for the corresponding cooperating exchange pair. The cooperating exchanges are identified by the pointer contained in position two and three. The file size of the Store and Compare (STCM) file is fixed at 128. The size of the variables. Position Block Size 1 HLS 2 Bits 2-4 HLS 16 Bits



5.465 IS41HLR2CNT (CMS88 )

DID-name: IS41HLR2CNT DID-number: 495 Function: Automatic roaming counters per cooperating exchange in MCIS41 for a Home System Application: Block MCIS41 Position Contents 1 State (not selected/selected) 2 Update HLR Information Incoming (UPHLRI) 3 Update HLR Information Outgoing (UPHLRO) 4 HLR Heartbeat Incoming (HLRHBI) 5 HLR Heartbeat Outgoing (HLRHBO) 6 Authentication Status Report Incoming (ASREPI) 7 SMS Notification Outgoing (SMSNTO) 8 Number of COunt Request Outgoing Messages(CNTREO) 9 Number of OTASP Required messages (OTASPI) Description: There is one record per cooperating exchange (selected for recording) and component type value. The number of records is a fixed size of 128. This allows counters to be collected for up to a maximum of 32 cooperating exchanges (see DID EXMCOMPTAB). The record number of the counter DIDs corresponds to the record number of the EXMCOMPTAB. State indicates whether or not the cooperating exchange record in the EXMCOMPTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables. Position Block Size 1 MCIS41 1 Bit 2-9 MCIS41 16 Bits



5.466 IS41HLR2TCNT (CMS88 C3)

DID-name: IS41HLR2TCNT DID-number: 496 Function: Automatic roaming counters per cooperating exchange in MCIS41 for a Home System Application: Block MCIS41 Position Contents 1 Component Type pointer 2 Authentication Status Report Incoming (ASREPIT) 3 SMS Notification Outgoing (SMSNTOT) 4 Update HLR Information Incoming (UPHLRIT) 5 Update HLR Information Outgoing (UPHLROT) 6 HLR Heartbeat Incoming (HLRHBIT) 7 HLR Heartbeat Outgoing (HLRHBOT) 8 Number of COunt Request Outgoing Global Messages(CNTREOT) 9 Number of OTASP request global messages (OTASPIT) Description: There is one record per component type value. The number of records is a fixed size of 4. The component type pointer value points to the corresponding symbolic component type name (see DID COMPTYPETAB ). The component type value is identified by a number from 0 to 3. The size of the variables. Position Block Size 1 MCIS41 2 Bits 2-9 MCIS41 32 Bits



5.467 IS41HOFF3CNT (CMS88 C3)

DID-name: IS41HOFF3CNT DID-number: 497 Function: Locating and handoff counters per cooperating exchange in MCIS41 for an exchange that participates in locating and handoff Application: Block MCIS41 Position Contents 1 State (not selected/selected) 2 Information Forward Incoming (IFFWDI) 3 Information Forward Outgoing (IFFWDO) 4 Facilities Directive2 Incoming (FDIR2I) 5 Facilities Directive2 Outgoing (FDIR2O) 6 Handoff Back2 Incoming (HBCK2I) 7 Handoff Back2 Outgoing (HBCK2O) 8 Handoff to Third2 Incoming (HTRD2I) 9 Handoff to Third2 Outgoing (HTRD2O) 10 Handoff Measurement Request2 Incoming (HMSR2I) 11 Handoff Measurement Request2 Outgoing (HMSR2O) 12 SMS Delivery Forward Incoming (SMDFWDI) 13 SMS Delivery Forward Outgoing (SMDFWDO) 14 SMS Delivery Backward Incoming (SMDBAKI) 15 SMS Delivery Backward Outgoing (SMDBAKO) 16 SMS Delivery Acknowledgement Incoming (SMDACKI) 17 SMS Delivery Acknowledgement Outgoing (SMDACKO) Description There is one record per cooperating exchange (selected for recording) and component type value. The number of records is a fixed size of 128. This allows counters to be collected for up to a maximum of 32 cooperating exchanges (see DID EXMCOMPTAB ). The record number of the counter DIDs corresponds to the record number of the EXMCOMPTAB. State indicates whether or not the cooperating exchange record in the EMXCOMPTAB DID is selected for recording and is defined as follows: State = 0 - not selected = 1 - selected The size of the variables. Position Block Size 1 MCIS41 1 Bit 2-17 MCIS41 16 Bits



5.468 IS41HOF3TCNT (CMS88 C3)

DID-name: IS41HOF3TCNT DID-number: 498 Function: Locating and handoff global counters in MCIS41 for an exchange that participates in locating and handoff Application: Block MCIS41 Position Contents 1 Component Type pointer 2 Information Forward Incoming (IFFWDIT) 3 Information Forward Outgoing (IFFWDOT) 4 Facilities Directive2 Incoming (FDIR2IT) 5 Facilities Directive2 Outgoing (FDIR2OT) 6 Handoff Back2 Incoming (HBCK2IT) 7 Handoff Back2 Outgoing (HBCK2OT) 8 Handoff to Third2 Incoming (HTRD2IT) 9 Handoff to Third2 Outgoing (HTRD2OT) 10 Handoff Measurement Request2 Incoming (HMSR2IT) 11 Handoff Measurement Request2 Outgoing (HMSR2OT) 12 SMS Delivery Forward Incoming Global (SMDFWDIT) 13 SMS Delivery Forward Outgoing Global (SMDFWDOT) 14 SMS Delivery Backward Incoming Global (SMDBAKIT) 15 SMS Delivery Backward Outgoing Global (SMDBAKOT) 16 SMS Delivery Ack Incoming Global (SMDACKIT) 17 SMS Delivery Ack Outgoing Global (SMDACKOT) Description The number of records is a fixed size of 4. The component type pointer value points to the corresponding symbolic component type name (see DID COMPTYPETAB ). The component type value is identified by a number from 0 to 3. The size of the variables. Position Block Size 1 MCIS41 2 Bits 2-17 MCIS41 32 Bits



5.469 ATERTRANSCNT (CME BSC)

DID-name: ATERTRANSCNT DID-number: 499 Function: Transmission devices per BSC in a TRC. Application: Block RTLTT, RTLTT24 DID item Contents position 1 State 2 BSC pointer (BSCP) 3 Available Ater-interface (AVATERTRCDEV) transmission device accumulation counter 4 Seized Ater-interface (SZATERTRCDEV) transmission device TRC 5 Seized Sub Ater-interface (SZSATERTRCDEV) transmission device accumulation counter 6 Ater-transmission allocation (ALLOCATERATP) Attempts 7 Sub Ater-transmission device (SALLOCATERATP) TRC allocation Attempts 8 Ater-transmission congestion (ATERCONG) 9 Blocked Ater-interface Trans- (BLATERTRCDEV) mission device 10 Number of accumulations (TRCNSCAN) Description: The counters are defined per BSC in a TRC. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). The value of this item is the same for both blocks. DID item position 2 is a pointer, the pointer value can be translated to a BSC name in the BSC translation table (DID BSCTRANTAB). The pointers value range is 0-15. Both blocks report an identical pointer for each corresponding record. The number of records in the file is 16. The file size is fixed. DID item positions 1 - 10 are stored in block RTLTT and RTLTT24. The counters reported from RTLTT and RTLTT24 shall be added together. The size of the variables. DID position Block Size 1 RTLTT,RTLTT24 1 Bits 2 RTLTT,RTLTT24 16 Bits



3 RTLTT,RTLTT24 16 Bits 4 RTLTT,RTLTT24 16 Bits 5 RTLTT,RTLTT24 16 Bits 6 RTLTT,RTLTT24 16 Bits 7 RTLTT,RTLTT24 16 Bits 8 RTLTT,RTLTT24 16 Bits 9 RTLTT,RTLTT24 16 Bits 10 RTLTT,RTLTT24 16 Bits



5.470 BSCTRANTAB (CME BSC)

DID-name: BSCTRANTAB DID-number: 500 Function: BSC name translation table. Application: Block ROTRAN DID item Contents position 1 Symbolic BSC name. (BSCNAME) Description: Translation from BSC number to symbolic internal BSC name in the TRC. The BSC number is identical with the record number in the file i.e the pointer. The maximum number of records in the internal BSC table is 16. The size of the variables. DID item position: 1 = string 7 characters The size of the variables. DID position Block Size 1 ROTRAN 7 characters



5.471 BSCMSLOTCNT (CME BSC)

DID-name: BSCMSLOTCNT DID-number: 501 Function: Counters for high speed data, per BSC. Application: Block RMCASS, RMCHO, RMRLS DID item Contents position 1 Assignment attempts for (TMASSALL) multislot connections. 2 Assignment complete for (TMCASSALL) multislot connections. 3 Configuration change attempts (TMCNCMATT) for multislot connections initiated by the MSC. 4 Successful configuration (TMCNCMSUCC) changes for multislot connections initiated by the MSC. 5 Configuration change attempts (TMCNCBATT) for multislot connections initiated by the BSC. 6 Successful configuration (TMCNCBSUCC) changes for multislot connections initiated by the BSC. 7 Handover attempts for multi- (TMHOATT) slot connections. 8 Successful handovers for (TMHOSUCC) multislot connections. 9 Number of requested channels (TMCHREQACC) for multislot connections accumulator. 10 Number of received channels (TMCHRECACC) for multislot connections accumulator. 11 Number of accumulations of (TMCHSCAN) requested and received channels for multislot connections counter. Description: The counters are defined per BSC (system total). DID item positions 1 - 4 and 6 and 9 - 11 are stored in the block RMCASS. DID item position 1 - 2 and 7 - 8 are stored in the block RMCHO. DID item position 5 is stored in the block RMRLS. The counters in position 1 and 2 will be reported from both RMCASS and RMCHO and should be added together. The size of the variables. DID position Block Size 1 RMCASS,RMCHO 16 Bits 2 RMCASS,RMCHO 16 Bits



3 RMCASS 16 Bits 4 RMCASS 16 Bits 5 RMRLS 16 Bits 6 RMCASS 16 Bits 7 RMCHO 16 Bits 8 RMCHO 16 Bits 9 RMCASS 16 Bits 10 RMCASS 16 Bits 11 RMCASS 16 Bits



5.472 CELEVENTDCNT (CME BSC)

DID-name: CELEVENTDCNT DID-number: 502 Function: Disconnection registrations per cell. Application: Block RMCNT, RQRCQS DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Normal disconnection (DISNORM) 4 Disconnection at bad radio link (DISBQA) quality. 5 Disconnection at bad signal (DISBSS) strength. 6 Disconnection at excessive TA (DISETA) Description: Description: One set of counters is defined for each cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-3 are stored in the cell file in block RMCNT. DID item positions 1,2 and 4-6 are stored in the cell file in block RQRCQS. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables: DID position Block Size 1 RMCNT,RQRCQS 1 Bits 2 RMCNT,RQRCQS 16 Bits 3 RMCNT 16 Bits 4 RQRCQS 16 Bits 5 RQRCQS 16 Bits 6 RQRCQS 16 Bits



5.473 CELEVENTHCNT (CME BSC)

DID-name: CELEVENTHCNT DID-number: 503 Function: Handover Channel Change registrations per cell. Application: Block RQCD, RCLS DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Accumulated time for Cell (CLSTIME) load sharing in seconds. 4 Total Time for Cell Load (TOTCLSTIME) Sharing in seconds. 5 Handover attempts due to (HOATTLS) Cell load sharing. 6 Successful handovers due to (HOSUCLS) Cell load sharing. 7 Handover attempts due to (HOATTBL) blocking. 8 Successful handovers due to (HOSUCBL) blocking. Description: One set of counters is defined for each cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). The value of this item is the same for both blocks. DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item position 3 is the number of seconds that Cell load sharing has been active. DID item position 4 supplies total time in seconds for averaging of DID item position 3. The maximum number of records in the file is 512. DID item positions 1 - 2 and 7 - 8 are stored in the cell file in block RQCD. The size alteration event 298 is used to alter the file size. DID item position 1 - 6 are stored in the cell file in block RCLS.



The size of the variables. DID position Block Size 1 RQCD,RCLS 1 Bits 2 RQCD,RCLS 16 Bits 3 RCLS 16 Bits 4 RCLS 16 Bits 5 RCLS 16 Bits 6 RCLS 16 Bits 7 RQCD 16 Bits 8 RQCD 16 Bits



5.474 CELEVENTSCNT (CME BSC)

DID-name: CELEVENTSCNT DID-number: 504 Function: Handover Channel Change registrations for subcell. Application: Block RQCD DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Handover attempts to underlaid (HOAATUL) cell. 4 Number of Successful handover (HOSUCUL) attempts to underlaid cell. 5 Handover attempts to overlaid (HOAATOL) cell. 6 Number of Successful handover (HOSUCOL) attempts to overlaid subcell. 7 Number of handover attempt to (HOATTULBQ) underlaid subcell due to bad quality urgency. 8 Number of successful handover (HOSUCULBQ) attempts to underlaid subcell due to bad quality urgency. 9 Number of handover attempts (HOATTULMAXIHO) from OL to UL subcell due to MAXIHO in OL subcell. 10 Number of successful handovers (HOSUCULMAXIHO) from OL to UL subcell due to MAXIHO in OL subcell. 11 Number of handover attempts (HOATTOLMAXIHO) from UL to OL subcell due to MAXIHO in UL subcell. 12 Number of successful handovers (HOSUCOLMAXIHO) from UL to OL subcell due to MAXIHO in UL subcell. Description: One set of counters is defined for each cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value is translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item position 3-12 are peg counters. DID item positions 1 - 12 are stored in the cell file in



block RQCD. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RQCD 1 Bit 2 - 12 RQCD 16 Bits



5.475 CELEVENTICNT (CME BSC)

DID-name: CELEVENTICNT DID-number: 505 Function: Intra cell Channel Change registrations per cell. Application: Block RQCD DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Number of intra cell handover (HOINUQA) attempts at bad uplink quality. 4 Number of intra cell handover (HOINDQA) attempts at bad downlink quality. 5 Number of intra cell handover (HOINBQA) attempts at bad quality in both links. 6 Number of successful intra cell (HOINSUC) handovers. 7 Number of unsuccessful intra (HOINBOCH) cell handover attempts, MS back on old channel. Description: One set of counters is defined for each cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). The maximum number of records in the file is 512. DID item positions 1 - 7 are stored in the cell file in block RQCD. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RQCD 1 Bits 2 RQCD 16 Bits 3 RQCD 16 Bits 4 RQCD 16 Bits 5 RQCD 16 Bits 6 RQCD 16 Bits 7 RQCD 16 Bits





5.476 CELLCCHHOCNT (CME BSC)

DID-name: CELLCCHHOCNT DID-number: 506 Function: Handover on SDCCH counters per cell. Application: Block RCCD DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 SDCCH handover attempts (CCHHOCNT) 4 Successful SDCCH handover (CCHHOSUC) attempts. 5 SDCCH handover attempts, (CCHHOTOCH) return to old channel. Description: The counters are defined per cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1 - 5 are stored in the cell file in block RCCD. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. DID position Block Size 1 RCCD 1 Bits 2 RCCD 16 Bits 3 RCCD 16 Bits 4 RCCD 16 Bits 5 RCCD 16 Bits



5.477 CELLCONFCNT (CME BSC)

DID-name: CELLCONFCNT DID-number: 507 Function: Cell Configration counters per cell. Application: Block RCACCA DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Number of reconfiguration (CONFATTC) attempts from TCH to SDCCH 4 Number of reconfiguration (CONFATTT) attempts from SDCCH to TCH Description: The counters are defined per cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1 - 4 are stored in the cell file in block RCACCA. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RCACCA 1 Bit 2 RCACCA 16 Bit 3 RCACCA 16 Bit 4 RCACCA 16 Bit



5.478 CELTCHFCNT (CME BSC)

DID-name: CELTCHFCNT DID-number: 508 Function: TCH/F connections per cell. Application: Block RCCD, RNLCT, RNTCH, RMCNT DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Dropped connections due to (TFNDROP) failure. 4 Assignment complete (TFCASSALL) for all MS power classes. 5 Successful MS channel (TFMSESTB) establishment on TCHs. 6 Successful MS channel (TFMSESTBSUB) establishment on TCHs for overlaid subcell. 7 Call attempt counter. (TFCALLS) 8 Call attempt counter for (TFCALLSSUB) overlaid subcell. 9 TCH congestion time. (TFTCONGS) 10 TCH congestion time for (TFTCONSUB) overlaid subcell. 11 Traffic level accumulator (TFTRALACC) 12 Number of accumulations of (TFNSCAN) traffic level counter. 13 TCH traffic level accumulated (TFTRALSUB) in overlaid subcell. 14 Dropped connections in (TFNDROPSUB) overlaid cell due to failure. 15 Assignment complete in (TFCASSALLSUB) overlaid cell for all MS power classes. 16 Number of congestion at (TFCONGSAS) assignment 17 Number of congestion at (TFCONGSASSUB) assignment, overlaid subcell 18 Number of congestion at (TFCONGSHO) handover 19 Number of congestion at (TFCONGSHOSUB) handover, overlaid subcell 20 Number of released TCH due (TFNRELCONG) to radio resource congestion 21 Number of released TCH due (TFNRELCONGSUB) to radio resource congestion, overlaid subcell 22 Counts the time when all radio (TFTHARDCONGS) resources are occupied (hard congestion) 23 Counts the time when all radio (TFTHARDCONGSSUB) resources are occupied (hard



congestion) in the overlaid subcell Description: The counters are defined per cell for TCH/Fs (Traffic CHannels/Full rate). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). The value of this item is the same for all three blocks. DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-2, 4 and 15 are stored in the cell file in block RCCD. DID item positions 1-2, 7-8, 16-19 are stored in the cell file in block RNLCT. DID item positions 1-2, 9-13 and 22-23 are stored in the cell file in block RNTCH. DID item positions 1-3, 5-6, 14, 20-21 are stored in the cell file in block RMCNT. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RCCD,RNLCT,RNTCH,RMCNT 1 Bit 2 RCCD,RNLCT,RNTCH,RMCNT 16 Bit 3 RMCNT 16 Bit 4 RCCD 16 Bit 5 RMCNT 16 Bit 6 RMCNT 16 Bit 7 RNLCT 16 Bit 8 RNLCT 16 Bit 9 RNTCH 16 Bit 10 RNTCH 16 Bit 11 RNTCH 16 Bit 12 RNTCH 16 Bit 13 RNTCH 16 Bit 14 RMCNT 16 Bit 15 RCCD 16 Bit 16 RNLCT 16 Bit 17 RNLCT 16 Bit 18 RNLCT 16 Bit 19 RNLCT 16 Bit 20 RMCNT 16 Bit 21 RMCNT 16 Bit 22 RNTCH 16 Bit 23 RNTCH 16 Bit




DID-name: CLTCHFV3CNT DID-number: 509 Function: TCH/F, speech Version 3, connections per cell. When requesting channels of type TCH/F for speech version 3, the counters in this DID can be incremented. Application: Block RNLCT, RNTCH DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Call attempt counter. (TFV3CALLS) 4 Call attempt counter for (TFV3CALLSSUB) subcell. 5 TCH congestion time. (TFV3TCONGS) 6 TCH congestion time for (TFV3TCONSUB) subcell. 7 Traffic level accumulator (TFV3TRALACC) 8 Number of accumulations of (TFV3NSCAN) traffic level counter. 9 TCH traffic level (TFV3TRALSUB) accumulated in subcell. 10 Number of congestion at (TFV3CONGSAS) assignment 11 Number of congestion at (TFV3CONGSASSUB) assignment, overlaid subcell 12 Number of congestion at (TFV3CONGSHO) handover 13 Number of congestion at (TFV3CONGSHOSUB) handover, overlaid subcell Description: The counters are defined per cell for TCH/Fs (Traffic CHannels/Full rate) Speech Version 3. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-4 and 10-13 are stored in the cell file in block RNLCT. DID item positions 1-2 and 5-9 are stored in the cell file in block RNTCH.



The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RNLCT,RNTCH 1 Bits 2 RNLCT,RNTCH 16 Bits 3 RNLCT 16 Bits 4 RNLCT 16 Bits 5 RNTCH 16 Bits 6 RNTCH 16 Bits 7 RNTCH 16 Bits 8 RNTCH 16 Bits 9 RNTCH 16 Bits 10 RNLCT 16 Bits 11 RNLCT 16 Bits 12 RNLCT 16 Bits 13 RNLCT 16 Bits



5.480 CELTCHHCNT (CME BSC)

DID-name: CELTCHHCNT DID-number: 510 Function: TCH/H connections per cell. Application: Block RNLCT, RCCD, RNTCH, RMCNT DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Dropped connections due to (THNDROP) failure. 4 Assignment complete (THCASSALL) for all MS power classes. 5 Successful MS channel (THMSESTB) establishment on TCHs. 6 Successful MS channel (THMSESTBSUB) establishment on TCHs for overlaid subcell. 7 Call attempt counter. (THCALLS) 8 Call attempt counter for (THCALLSSUB) overlaid subcell. 9 TCH congestion time. (THTCONGS) 10 TCH congestion time for (THTCONSUB) overlaid subcell. 11 Traffic level accumulator (THTRALACC) 12 Number of accumulations of (THNSCAN) traffic level counter. 13 TCH traffic level accumulated (THTRALSUB) in overlaid subcell. overlaid subcell. 14 Dropped connections in (THNDROPSUB) overlaid cell due to failure. 15 Assignment complete in (THCASSALLSUB) overlaid cell for all MS power classes. 16 Number of congestion at (THCONGSAS) assignment 17 Number of congestion at (THCONGSASSUB) assignment, overlaid subcell 18 Number of congestion at (THCONGSHO) handover 19 Number of congestion at (THCONGSHOSUB) handover, overlaid subcell 20 Number of released TCH due (THNRELCONG) to radio resource congestion 21 Number of released TCH due (THNRELCONGSUB) to radio resource congestion, overlaid subcell Description:



The counters are defined per cell for TCH/Hs (Traffic CHannels/Half rate). DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). The value of this item is the same for all three blocks. DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1, 2, 4 and 15 are stored in the cell file in block RCCD. DID item positions 1-3, 5-6, 14, and 20-21 are stored in the cell file in block RMCNT. DID item positions 1-2, 7-8, 16-19 are stored in the cell file in block RNLCT. DID item positions 1,2 and 9-13 is stored in the cell file in block RNTCH. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RCCD,RNLCT,RNTCH,RMCNT 1 Bit 2 RCCD,RNLCT,RNTCH,RMCNT 16 Bit 3 RMCNT 16 Bit 4 RCCD 16 Bit 5 RMCNT 16 Bit 6 RMCNT 16 Bit 7 RNLCT 16 Bit 8 RNLCT 16 Bit 9 RNTCH 16 Bit 10 RNTCH 16 Bit 11 RNTCH 16 Bit 12 RNTCH 16 Bit 13 RNTCH 16 Bit 14 RMCNT 16 Bit 15 RCCD 16 Bit 16 RNLCT 16 Bit 17 RNLCT 16 Bit 18 RNLCT 16 Bit 19 RNLCT 16 Bit 20 RMCNT 16 Bit 21 RMCNT 16 Bit




DID-name: CLTCHHV2CNT DID-number: 511 Function: TCH/H, speech Version 2, connections per cell. When requesting channels of type TCH/H for speech version 2, the counters in this DID can be incremented. Application: Block RNLCT, RNTCH DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Call attempt counter. (THV2CALLS) 4 Call attempt counter for (THV2CALLSSUB) subcell. 5 TCH congestion time. (THV2TCONGS) 6 TCH congestion time for (THV2TCONSUB) subcell. 7 Traffic level accumulator (THV2TRALACC) 8 Number of accumulations of (THV2NSCAN) traffic level counter. 9 TCH traffic level (THV2TRALSUB) accumulated in subcell. 10 Number of congestion at (THV2CONGSAS) assignment 11 Number of congestion at (THV2CONGSASSUB) assignment, overlaid subcell 12 Number of congestion at (THV2CONGSHO) handover 13 Number of congestion at (THV2CONGSHOSUB) handover, overlaid subcell Description: The counters are defined per cell for TCH/Hs (Traffic CHannels/Half rate) Speech Version 2. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-4 and 10-13 are stored in the cell file in block RNLCT. DID item positions 1-2 and 5-9 are stored in the cell file in block RNTCH.



The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RNLCT,RNTCH 1 Bits 2 RNLCT,RNTCH 16 Bits 3 RNLCT 16 Bits 4 RNLCT 16 Bits 5 RNTCH 16 Bits 6 RNTCH 16 Bits 7 RNTCH 16 Bits 8 RNTCH 16 Bits 9 RNTCH 16 Bits 10 RNLCT 16 Bits 11 RNLCT 16 Bits 12 RNLCT 16 Bits 13 RNLCT 16 Bits




DID-name: CLTCHHV3CNT DID-number: 512 Function: TCH/H, speech Version 3, connections per cell. When requesting channels of type TCH/H for speech version 3, the counters in this DID can be incremented. Application: Block RNLCT, RNTCH DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Call attempt counter. (THV3CALLS) 4 Call attempt counter for (THV3CALLSSUB) subcell. 5 TCH congestion time. (THV3TCONGS) 6 TCH congestion time for (THV3TCONSUB) subcell. 7 Traffic level accumulator (THV3TRALACC) 8 Number of accumulations of (THV3NSCAN) traffic level counter. 9 TCH traffic level (THV3TRALSUB) accumulated in subcell. 10 Number of congestion at (THV3CONGSAS) assignment 11 Number of congestion at (THV3CONGSASSUB) assignment, overlaid subcell 12 Number of congestion at (THV3CONGSHO) handover 13 Number of congestion at (THV3CONGSHOSUB) handover, overlaid subcell Description: The counters are defined per cell for TCH/Hs (Traffic CHannels/Half rate) Speech Version 3. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-4 and 10-13 are stored in the cell file in block RNLCT. DID item positions 1-2 and 5-9 are stored in the cell file in block RNTCH.



Note: In position 3-4 the counters are reported from two blocks and the values shall be added together by STS. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RNLCT,RNTCH 1 Bits 2 RNLCT,RNTCH 16 Bits 3 RNLCT 16 Bits 4 RNLCT 16 Bits 5 RNTCH 16 Bits 6 RNTCH 16 Bits 7 RNTCH 16 Bits 8 RNTCH 16 Bits 9 RNTCH 16 Bits 10 RNLCT 16 Bits 11 RNLCT 16 Bits 12 RNLCT 16 Bits 13 RNLCT 16 Bits



5.483 DOWNTIMECNT (CME BSC)

DID-name: DOWNTIMECNT DID-number: 513 Function: Downtime statistics per cell. Application: Block RNTCH DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Cell downtime accumulator (TDWNACC) 4 Number of accumulations of (TDWNSCAN) Cell downtime accumulator Description: The counters are defined per cell for TCHs. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-4 are stored in the cell file in block RNTCH. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RNTCH 1 Bits 2 RNTCH 16 Bits 3 RNTCH 16 Bits 4 RNTCH 16 Bits



5.484 NECELHOEXCNT (CME BSC)

DID-name: NECELHOEXCNT DID-number: 514 Function: Handover registrations, extended, between the serving cell and an external neighbour. Application: Block RQCD DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Global cell pointer to the (NEIGCELLP) neighbouring cell. 4 Number of handover attempts (HOATTLSS) when serving cell is a low signal strength cell. 5 Number of handover attempts (HOATTHSS) when serving cell is a high signal strength cell. 6 Number of handovers at high (HOATTHR) handover rate. 7 Number of successful handovers (HOSUCHR) at high handover rate. Description: One set of counters is defined for each neighbour relation. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer (internal cell number), the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item position 3 is a pointer (external cell number), the pointer value can be translated to a cell name in the external cell translation table (DID ECELLTRANTAB). DID item positions 1 - 7 are stored in the external neighbouring cell relation file in block RQCD. The sum of, the number of records in, the file with internal neighbouring cells and, the number of records in, the file with external neighbouring cell is maximum 8192. Size alteration event 522 is used to alter the filesize. The size of the variables. DID position Block Size 1 RQCD 1 Bits 2 RQCD 16 Bits 3 RQCD 16 Bits



4 RQCD 16 Bits 5 RQCD 16 Bits 6 RQCD 16 Bits 7 RQCD 16 Bits



5.485 NICELHOEXCNT (CME BSC)

DID-name: NICELHOEXCNT DID-number: 515 Function: Handover registrations, extended, between the serving cell and an internal neighbour. Application: Block RQCD DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Global cell pointer to the (NEIGCELLP) neighbouring cell. 4 Number of handover attempts (HOATTLSS) when serving cell is a low signal strength cell. 5 Number of handover attempts (HOATTHSS) when serving cell is a high signal strength cell. 6 Number of handovers at high (HOATTHR) handover rate. 7 Number of successful handovers (HOSUCHR) at high handover rate. Description: One set of counters is defined for each neighbour relation. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer (internal cell number), the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item position 3 is a pointer (internal cell number), the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1 - 7 are stored in the internal neighbouring cell relation file in block RQCD. The sum of, the number of records in, the file with internal neighbouring cells and, the number of records in, the file with external neighbouring cell is maximum 8192. Size alteration event 522 is used to alter the filesize. The size of the variables. DID position Block Size 1 RQCD 1 Bits 2 RQCD 16 Bits 3 RQCD 16 Bits



4 RQCD 16 Bits 5 RQCD 16 Bits 6 RQCD 16 Bits 7 RQCD 16 Bits



5.486 PREEMPCNT (CME BSC & BSC R9)

DID-name: PREEMPCNT DID-number: 516 Function: Preemption counters per cell. Application: Block RCCD, RMCNT DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Handover attempts due to (HOATTPH) preemption. 4 Failed assignment and intra (FAILPH) BSC handover attempts for connections with Preemption Capability Indicator set. The counter is only stepped if the preemption feature is active. 5 Number of disconnections due (DISPH) to preemption Description: The counters are defined per cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). The value of this item is the same for both blocks. DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1 - 4 are stored in the cell file in block RCCD. DID item positions 1,2 and 5 are stored in the cell file in block RMCNT. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. DID item positions 1,2 and 5 are stored in the cell file in block RNLCT. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RCCD,RMCNT 1 Bits 2 RCCD,RMCNT 16 Bits 3 RCCD 16 Bits 4 RCCD 16 Bits



5 RMCNT 16 Bits



5.487 LNPGTT1CNT (CCS)

DID-name: LNPGTT1CNT DID-number: 517 Function: Total SCCP LNP Global Title Translation Application: Block: SCRD DID item Contents position 1 Total number of LNP Global Title translations attempted 2 Number of successful LNP Global Title translations for ported subscribers 3 Number of successful LNP Global Title translations for non-ported subscribers Description: Three common store variables in SCRD. The size of the variable: DID item position 1 - 3 = 32 bits



5.488 DATACNT (GAP PAX

DID-name: DATACNT DID-number: 518 Function: Counter for data services Application: Block MTACC Position Contents 1 Data Service Code 2 Number of requests for data services, identified via called party number prefix analysis, at call from mobile subscriber. Description: The variables pointed out by the DID item positions are stored as common data. The data services are identified by a code. See DID DATATAB. Block MTACC belongs to the subsystem MSS. DID item position 1 is a pointer to the translation table (DID DATATAB) The size of the variables. DID Position Block Size 1 MTACC 8 bits 2 MTACC 32 bits

5.489 DATATAB (GAP PAX)

DID-name: DATATAB DID-number: 519 Function: Data services translation table Application: Block MTACC Position Contents 1 Data Service Code 2 Data Service Slogan Description: The variables pointed out by the DID item positions are stored in a record. Block MTACC belongs to the subsystem MSS Relation between code, slogan and data service:



Code Slogan Data service 1 A-S HDLC Asynchronous to synchronous HDLC The size of the variables. DID Position Block Size 1 MTACC 8 bits 2 MTACC 15 character ASCII string

5.490 SERVFEATCNT (GAP SCM, GAP SCM)

DID-name: SERVFEATCNT DID-number: 520 Function: Counter for number of subscribers having a feature active and counter for number of invocations of a feature. Application: Blocks HCSID, HDPD, MIN and HSTRD. Position Contents 1 Feature Code 2 Subscribers having a feature Active. 3 Number of successful invocations. Description: Variables are stored in common data. One record per CAMEL-feature. All the variables which are pointed out by the positions are stored in a record, the number of records = number of CAMEL services in block MIN. DID item position 1 is a pointer to the translation table (DID SERVFEATTAB) However, if there more than one set of counters in the block, the variables are stored in record data of a fixed, non size alterable, file. One record per feature. Number of records = number of features in the block. The features are identified by a feature code. See DID SERVFEATTAB for translation table relating slogans and feature codes. The size of the variables: DID position Block Size 1 HDPD, HSTRD 8 bits 2 HDPD, HSTRD 32 bits 1 - 2 HCSID 32 bits 3 HCSID 32 bits 1 MIN 8 bits 3 MIN 32 bits



5.491 SERVFEATTAB (GAP SCM, GAP SCM)

DID-name: SERVFEATTAB DID-number: 521 Function: Translation table for features in HLR Application: Blocks MIN, HDPD, HCSID and HSTRD Position Contents 1 Feature Code 2 Feature Slogan Description: Translation from feature code to feature slogan. Variables are stored in common data. However, if there is more than one set of counters in the block, the variables are storedin record data of a fixed, non size alterable, file. One record per feature. Number of records = number of features in the block. The size of the variables: DID position Block Size 1 MIN 8 bits 2 MIN 16 character (ASCII string) Relation between feature codes, feature slogans and features. Feature code Slogan Feature 1 OCAMEL Originating CAMEL 2 TCAMEL Terminating CAMEL 3 OCAMEL HLR Originating CAMEL in HLR 4 Reserved for other subsystems, not applicable in HLR 5 Reserved for other subsystems, not applicable in HLR 6 Reserved for other subsystems, not applicable in HLR 7 TCAMEL HLR Terminating CAMEL in HLR 8 Reserved for other subsystems, not applicable in HLR 9 E-OCAMELINC HLR Extended Originating CAMEL with IN Capability Indicator in HLR 10 Reserved for other subsystems, not applicable in HLR 11 Reserved for other subsystems, not applicable in HLR



12 Reserved for other subsystems, not applicable in HLR 13 E-TCAMELINC HLR Extended Terminating CAMEL with IN Capability Indicator in HLR 14 Reserved for other subsystems 15 E-CAMELOICK HLR Extended Originating CAMEL with OICK in HLR 16 Reserved for other subsystems, not applicable in HLR 17 Reserved for other subsystems, not applicable in HLR 18 Reserved for other subsystems, not applicable in HLR 19 E-CAMELTICK HLR Extended Terminating CAMEL with TICK in HLR 20 Reserved for other subsystems, not applicable in HLR 21 MMINT Mobility Management IN Triggering 22 SUBTRAC Subscriber Tracing 23 GPRSCSI GPRS CAMEL Subscription Information 24 OSMSCSI Originating SMS CAMEL Subscription Information

5.492 WIDEBAND1CNT (APOLLO)

DID-name: WIDEBAND1CNT DID-number: 522 Function: Counters for facility for sending of inband information to a subscriber's customer premises equipment Application: UPD,UPD24 Position Contents 1 Global route number (GLROUTE) 2 Total Number of calls completed (ANM received or sent, accumulated for all n values) 3 Total Number of calls failed (Call released with cause class other than "normal event" (000 and 001)) 4 Total Number of nx64 calls failed due to dual seizure 5 Number of call attempts for 1x64 kbps 6 Number of call attempts for 2x64 kbps 7 Number of call attempts for 3x64 kbps. 8 Number of call attempts for 4x64 kbps. 9 Number of call attempts for 5x64 kbps. 10 Number of call attempts for 6x64 kbps. 11 Number of call attempts for 7x64 kbps. 12 Number of call attempts for 8x64 kbps.



13 Number of call attempts for 9x64 kbps. 14 Number of call attempts for 10x64 kbps. 15 Number of call attempts for 11x64 kbps. Description: Maximum size of the record for these counters is 65535. The routes, for which the counters are used, are bothway routes consisting of two individuals, one for incoming traffic (even internal route number) and one for outgoing traffic (odd internal route number). The incoming route record, in a pair of routes, is located before the outgoing route in the file. While printing the report, ROUTETRANTAB needs to be used for translation from Global route number (GLROUTE) to symbolic route name. The size of the variables. DID position Block Size 1 - 15 UPD,UPD24 16 Bits



5.493 WIDEBAND2CNT (APOLLO)

DID-name: WIDEBAND2CNT DID-number: 523 Function: Counters for facility for sending of inband information to a subscriber's customer premises equipment Application: UPD,UPD24 Position Contents 1 Global route number (GLROUTE) 2 Number of call attempts for 12x64 kbps 3 Number of call attempts for 13x64 kbps 4 Number of call attempts for 14x64 kbps 5 Number of call attempts for 15x64 kbps 6 Number of call attempts for 16x64 kbps 7 Number of call attempts for 17x64 kbps. 8 Number of call attempts for 18x64 kbps. 9 Number of call attempts for 19x64 kbps. 10 Number of call attempts for 20x64 kbps. 11 Number of call attempts for 21x64 kbps. 12 Number of call attempts for 22x64 kbps. 13 Number of call attempts for 23x64 kbps. 14 Number of call attempts for 24x64 kbps. Description: Maximum size of the record for these counters is 65535. The routes, for which the counters are used, are bothway routes consisting of two individuals, one for incoming traffic (even internal route number) and one for outgoing traffic (odd internal route number). The incoming route record, in a pair of routes, is located before the outgoing route in the file. While printing the report, ROUTETRANTAB needs to be used for translation from Global route number (GLROUTE) to symbolic route name. The size of the variables. DID position Block Size 1 UPD,UPD24 16 Bits 2 UPD,UPD24 16 Bits 3 UPD,UPD24 16 Bits 4 UPD,UPD24 16 Bits 5 UPD,UPD24 16 Bits 6 UPD,UPD24 16 Bits 7 UPD,UPD24 16 Bits 8 UPD,UPD24 16 Bits 9 UPD,UPD24 16 Bits 10 UPD,UPD24 16 Bits 11 UPD,UPD24 16 Bits 12 UPD,UPD24 16 Bits 13 UPD,UPD24 16 Bits 14 UPD,UPD24 16 Bits



5.494 HNCGLRTAB (CMS 30 PH7)

DID-name: HNCGLRTAB DID-number: 525 Function: Translation table to translate the GLR pointer to network code and GLR number. Application: HGLRADI Position Contents 1 Network Code 2 GLR Number Description: All the variables are stored in a record. There is one record per GLR identity. SAE=500, block=HGLRADI. Max. size is 65535. The estimated max. size in a live exchange is 50. The translation table is used to translate the GLR pointer to network code and GLR number. The actual file pointer shall be used to connect the counter value (DID HINTARICCNT) to the GLR identity. There shall be one counter value for a GLR identity. The same pointer value connects the counter value to the GLR identity. The size of the variables. Position Block Size 1 HGLRADI ASCII string 7 characters 2 HGLRADI ASCII string 3 characters

5.495 AUTHCCCNT (CMS 88 D)

DID-name: AUTHCCCNT DID-number: 526 Function: Counters for Authentication on the control channel Application: MAUTHD Position Contents 1 Numeric Code 2 Number of Originating Accesses 3 Number of Terminating Accesses 4 Number of Registration Accesses 5 Number of Originating SMS Accesses Description: DID position 1 is a numberic code that links to the translation table. There is one counter per access type relating to authentication on the control channel. See DID AUTHCCTAB. The size of the variables. Position Block Size 1 MAUTHD 8 bits 2-5 MAUTHD 32 bits





5.496 AUTHCCTAB (CMS 88 D)

DID-name: AUTHCCTAB DID-number: 527 Function: Translation table for Authentication on the control channel Application: MAUTHD Position Contents 1 Numeric Code 2 Slogan Description: Translation DID for use with DID AUTHCCCNT. It translates a numeric code into a slogan for output in a report. The size of the variables. Position Block Size 1 MAUTHD 8 bits 2 MAUTHD MAximum 15 character ASCII string

5.497 GSCFCNT (GAP SCM)

DID-name: GSCFCNT DID-number: 528 Function: Counters for User functions of 'gsmSCF Address Administration in HLR' function per gsmSCF Application: Blocks HCSID, HDPD. Position Contents 1 State undefined/defined 2 Number of CAMEL users, pair MSISDN-TDP CNTCSIMS 3 Number of MMINT users, Detection Points CNTMMINT Description: DID item position 1 is a state bit. DID item position 2 is a pointer to the translation table (DID GSCFTAB) One record per gsmSCF in the blocks. Item position 1 is a state value to indicate if the record information is valid =1 or not =0. That means if the gsmSCF is defined or not. The size of the variables. DID Position Block Size 1 HCSID,HDPD 1 bit 2 HCSID 32 bits 3 HDPD 32 bits

5.498 GSCFTAB (GAP SCM)



DID-name: GSCFTAB DID-number: 529 Function: gsmSCF translation table. Application: Block HSCFA Position Contents 1 State undefined/defined 2 gsmSCF address 1 3 gsmSCF address 2 4 gsmSCF address 3 5 gsmSCF address 4 Description: DID item position 1 is a state bit. Translation from gsmSCF address to gsmSCF pointer. State indicates whether the gsmSCF is undefined =0 or defined =1. Items position 2-5 are four identity variables which together build a unique international address 15 digits. Complete gsmSCF address is designated according to following: gsmSCFaddress 1,2,3,4 The size of the variables. DID position Block Size 1 HSCFA 1 bit 2 HSCFA 16 bits 3 HSCFA 16 bits 4 HSCFA 16 bits 5 HSCFA 16 bits

5.499 ISPCNT (AMC Phase 5)

DID-name: ISPCNT DID-number: 530 Function: Counters per ISP is held in the function block DAGTRA in the DAG-AM. Application: DAGTRA DID item Contents position 1 State (undefined/defined) 2 CALLATT 3 NUMDEV 4 CALLCNG 5 CALLSUCC 6 CALLUNSUCC 7 ABNTERM 8 CUGREJ 9 IPADDRCONG 10 PPPUNSUCC 11 AUTHUNSUCC Description: One record per ISP in block DAGTRA. The maximum number



of records reported is 512. The ISP file will be size alterable by SAE 504. The record pointer is used to enable translation to ISP identity using ISPTAB translation table. State indicates whether the ISP is undefined (0) or defined (1). DID item position 1 is a state to the translation table (DID ISPTAB) The size of the variables. DID position Block Size 1 DAGTRA 1 bits 2 - 11 DAGTRA 32 bits

5.500 ISPTAB (AMC Phase 5)

DID-name: ISPTAB DID-number: 531 Function: ISP translation table Application: DAGTRA Position Contents 1 State 2 ISP identity Description: Translation from ISP record pointer to ISP identity. State indicates whether the ISP is undefined 0 or defined 1. One record per ISP in block DAGTRA. DID item position 1 is a state bit. The size of the variables. DID position Block Size 1 DAGTRA 1 bits 2 DAGTRA 16 bit

5.501 LNPMAINTCNT (AMC Phase 5)

DID-name: LNPMAINTCNT DID-number: 532 Function: Counters for LNP maintenance Application: DQLNT Position Contents 1 Number of failed LNP-SCP queries 2 Number of LNP-SCP responses with LRN 3 Total number of LNP-SCP queries Description: Three common store variables in MLNP The size of the variables.



DID Position Block Size 1 DQLNT 32 bits 2 DQLNT 32 bits 3 DQLNT 32 bits

5.502 SDIPMSCNT (POESI)

DID-name: SDIPMSCNT DID-number: 533 Function: Synchronous Digital paths multiplex section counter data Application: Blocks SDIPST Position Contents 1 MSCNTSTATE 2 Global SDIP number 3 Level numeric code 4 Local MS index 5 Number of near end errored seconds MSNES 6 Number of far end errored seconds MSFES 7 Number of near end severely errored seconds MSNSES 8 Number of far end severely errored seconds MSFSES 9 Number of near end unavailable seconds MSNUAS 10 Number of far end unavailable seconds MSFUAS 11 Number of near end unavailable events MSNUAV 12 Number of far end unavailable events MSFUAV 13 Number of suspect marked 15 minute intervals SMI 14 Number of base block errors near end MSNBBE 15 Number of base block errors far end MSFBBE Description: Description: The MSCNTSTATE in pos.1 indicates whether SDIPMSCNT is defined or not. The level numeric code in DID pos.3 is used to point to translation table SDIPLEVTAB. The index number in DID pos.4 and translation table SDIPLEVTAB is used to identify the MS object ex. "MS-0". The counters are presented as a total for each MS. One record per connected MS object. The counter file is size alterable, SAE 515 in SDIP. SDIP number and MS index must survive restart, all others are clear marked. Minor processor load for CP to SP data transfer. DID item position 1 is a state bit DID item position 2 is a pointer to the translation table (DID SDIPTAB) DID item position 3 is a pointer to the translation table (DID SDIPLEVTAB) The size of the variables. DID Position Block Size



1 SDIPST 1 bit 2 SDIPST 16 bits 3 SDIPST 8 bits 4 SDIPST 8 bits 5 - 13 SDIPST 16 bits 14 - 15 SDIPST 32 bits

5.503 SDIPTAB (POESI)

DID-name: SDIPTAB DID-number: 534 Function: Synchronous Digital paths symbolic SDIP-name Application: Block TRAN1 Position Contents 1 Symbolic SDIP-name Description: Translation from SDIP global number to SDIP symbolic number One record per SDIP. Pointer equals to global SDIP number All the variables which are pointed out by the DID item positions are stored in a record. Record individuals 0-255 can be used. The size of the variables. DID Position Block Size 1 TRAN1 7 characters (ASCII string)

5.504 SDIPLEVTAB (POESI)

DID-name: SDIPLEVTAB DID-number: 535 Function: Synchronous Digital paths level names Application: Block SDIPST Position Contents 1 Level numeric code 2 Level Name Description: Translation from level numeric code to a symbolic MS, HP or LP name All codes can be sent from SDIPST block from a record structure and STS will put the "-" in the Object Identifier. Code to name relationship 1 MS 2 VC4 3 VC12 The size of the variables.



DID Position Block Size 1 SDIPST 8 bits 2 SDIPST 7 characters (ASCII string)

5.505 SDIPHPCNT

DID-name: SDIPHPCNT DID-number: 536 Function: Synchronous Digital paths higher order path counter data Application: Block SDIPST Position Contents 1 HPCNTSTATE 0=undefined, 1=defined 2 Global SDIP number 3 Level numeric code 4 Local HP index 5 Number of near end errored seconds HPNES 6 Number of far end errored seconds HPFES 7 Number of near end severely errored seconds HPNSES 8 Number of far end severely errored seconds HPFSES 9 Number of near end unavailable seconds HPNUAS 10 Number of far end unavailable seconds HPFUAS 11 Number of near end unavailable events HPNUAV 12 Number of far end unavailable events HPFUAV 13 Number of suspect marked 15 minute intervals SMI 14 Number of base block errors near end HPNBBE 15 Number of base block errors far end HPFBBE Description: DID item position 1 is a state bit DID item position 2 is a pointer to the translation table (DID SDIPTAB) DID item position 3 is a pointer to the translation table (DID SDIPLEVTAB) The index number in DID pos.4 and translation table SDIPLEVTAB is used to identify the HP object ex. "VC4-0" The counters are presented as a total for each HP. One record per connected HP object. The counter file is size alterable, SAE 515 in SDIP. SDIP number and HP index must survive restart, all others are clear marked. Minor processor load for CP to SP data transfer. The size of the variables. DID Position Block Size 1 SDIPST 1 bit



2 SDIPST 16 bits 3 SDIPST 8 bits 4 SDIPST 8 bits 5 - 13 SDIPST 16 bits 14 - 15 SDIPST 32 bits

5.506 SDIPLPCNT (POESI)

DID-name: SDIPLPCNT DID-number: 537 Function: Synchronous Digital paths lower order path counter data Application: Block SDIPST Position Contents 1 LPCNTSTATE 2 Global SDIP number 3 Level numeric code 4 Local LP index 5 Number of near end errored seconds LPNES 6 Number of far end errored seconds LPFES 7 Number of near end severely errored seconds LPNSES 8 Number of far end severely errored seconds LPFSES 9 Number of near end unavailable seconds LPNUAS 10 Number of far end unavailable seconds LPFUAS 11 Number of near end unavailable events LPNUAV 12 Number of far end unavailable events LPFUAV 13 Number of suspect marked 15 minute intervals SMI 14 Number of base block errors near end LPNBBE 15 Number of base block errors far end LPFBBE Description: The LPCNTSTATE in DID pos 1 indicates whether SDIPLPCNT is defined or not. The level numeric code in DID pos.3 is used to point to translation table SDIPLEVTAB. The index number in DID pos.4 and translation table SDIPLEVTAB is used to identify the LP object ex. "VC12-0". The counters are presented as a total for each LP. One record per connected LP object. The counter file is size alterable, SAE 515 in SDIP. SDIP number and LP index must survive restart, all others are clear marked. DID item position 1 is a state bit DID item position 2 is a pointer to the translation table (DID SDIPTAB) DID item position 3 is a pointer to the translation table



(DID SDIPLEVTAB) The size of the variables. DID Position Block Size 1 SDIPST 1 bit 2 SDIPST 16 bits 3 SDIPST 8 bits 4 SDIPST 8 bits 5 - 13 SDIPST 16 bits 14 - 15 SDIPST 32 bits

5.507 EMGINTCALCNT (AXM2)

DID-name: EMGINTCALCNT DID-number: 538 Function: Counters for EMG internal traffic Application: Block TS Position Contents 1 TSB defined indicator (State)(TSBDEFINED) 2 EMG number (EMG) 3 EMG type indicator (EMGTYPE) 4 Number of occupied (TRALCNT) 5 Number of call attepmts (CALLCNT) 6 Number of cong call attempts (CONGCNT) Description: The EMG is identified by the EMG number. All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = max number of EMGs. EMG type indicates whether the EMG is of RSS type (=0) or AXM (=1). TSB defined indicates whether the EMG (TSB) is undefined (=0) or defined (=1). Only defined EMGs should be printed by STS. The size of the variables. Position Block Size of variable 1,3 TS 1 bit 2,4-6 TS 16 bits

In TSU CALLCNT, CONGCNT and TRALCNT counters will be stepped in the same way as in current implementation for the calls over TSB, each time an internal call attempt is made using the AUS network and an idle AUSN channel is available. If no idle channel in the network link is found CONGCNT is stepped. EMGTYPE and EMG will be declared as RELOAD variables. STS will translate the EMG number in the EMG name by means of the existing DID EMGTRANTAB:

5.508 AUSINTCALCNT (AXM2)

DID-name: AUSINTCALCNT DID-number: 539 Function: Counters for EMG internal traffic per AUS Application: Block ANH



Position Contents 1 EMTS type (State) 2 AUS number 3 Number of call attempts per AUS 4 Number of cong. call attempts per AUS Description: The AUS is identified by the AUS number. All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = max number of AUSs. EMTS type indicates whether the EM is of AUS type (=1) or not (=0). Only EM of type AUS should be printed by STS. The size of the variables. Position Block Size of variable 1 ANH 1 bit 2-4 ANH 16 bits

In ANHU the following will be counted:

* number of calls per AUS; * number of congestion per AUS, even if is possible to to set up a call over a second choice internal link

(EMRP ring).

5.509 CNIPSERVCNT

DID-name: CNIPSERVCNT DID-number: 540 Function: Counters specific to Calling Name/Line Identification Presentation (CNIP), PSTN Application: SUSCIP DID-item Contents 1 Service Identifier (CNIP-P) 2 Num. of successful invocation with name presentation 3 Num. of successful invocations with name presentation restriction 4 Num. of successful invocations with name unavailable 5 Num. of successful invocations with name presentation restriction override Description: One record per supplementary service, or per variant of the service (the latter if applicable). the variables are pointed out by the DID item positions. The counters can be stored in common variables if the function block needs one record only, else a file of records is to be used. See also the DID ALLSERVIDTAB The size of the variables.



Position Block Size of variable 1 SUSCIP 8 bits 2-5 SUSCIP 16 bits

5.510 NMROUTECNT (POLARIS)

DID-name: NMROUTECNT DID-number: 541 Function: Number of calls rejected due to NMS functions Application: Block NMGC Position Contents 1 Number of calls affected by TAR (NMTARCNT) 2 Number of unsuccessful calls affected by TAR (NMTARCONGCNT) 3 Number of calls affected by CANT (NMCANTCNT) 4 Number of calls affected by CANF (NMCANFCNT) 5 Number of calls affected by SKIP (NMSKIPCNT) 6 Number of calls affected by CRO (NMCROCNT) 7 Number of calls affected by ACC (NMACCCNT) 8 Number of unsuccesful route seizure affected by SCR (NMSCRCNT) 9 Number of calls affected by ROSA (NMROSACNT) 10 Number of unsuccessful calls affected by ROSA (NMROSACONGCNT) 11 State 12 Number of calls considered by ACC (NMACCNCALLSCNT) Description: One record per global route number. The global route number is identical with the record number in the file, that is the pointer. The global routes are identified by a number. The translation table (DID 46: ROUTETRANTAB) is used to translate the global route number to the symbolic route name. All the Variables (which are pointed out by the DID item positions) are stored as record-stored variables in block NMGC. The size of the variables: DID Position Block Size 1 - 10 NMGC 32 bits 11 NMGC 1 bit 12 NMGC 32 bits

5.511 L2V5CPATHCNT

DID name: L2V5CPATHCNT DID number: 542 Function: Counters for C-path load monitoring function Application: Block DLV5GU



DID item Contents position 1 State. 2 V5 interface (V5ID) number. 3 Logical C-channel (LCID) number. 4 V5 C-path idenfication number. 5 Number of sent octets. 6 Number of Received octets. Description: Counter in position 1 is a 1 bit variable (0=not active, 1=active) Counters in position 2 is a 32 bits identification (ID) counter with a value range of 0-16777215. Counters in position 3 is a 16 bits identification (ID) counter with a value range of 0-65535. Counter in position 4 is an 4 bits identification (ID) number with a value range of 1-6. Counters in position 5 and 6 are 32 bits PEG (PC) counters with a value range of 0-16777215. All the counters are record variables in the statistic file in DLV5GU. One record for each C-path. ISDN-DS and p type data can be spread into more than one C-paths (records). DID position 1 is used to identify whether the statistic record is active. Counters in position 2, 3 and 4 are used to identify the STS object. Counters 5 and 6 are the statistics data of the printed objects. The size of the variables. DID Position Block Sizes 1 DLV5GU 1 bit. 2, 5-6 DLV5GU 32 bits. 3 DLV5GU 16 bits. 4 DLV5GU 4 bits.

5.512 L2V5PRACNT

DID-name: L2V5PRACNT DID-number: 544 Function: Layer 2 ISDN Error Statistics Counters for Primary Rate Access connected over V5 Application: Block DLV5G DID item Contents 1 State of record (idle or defined). 2 V5 Identity 3 User Port 4 Number of received frames 5 Number of transmitted frames 6 Number of retransmitted frames 7 Number of DM frames received as reponse to SABME 8 Number of times proper reponse not received to establish link after N200 SABME sent. 9 Number of times a frame is received with



control field that is undefined or not implemented 10 Number of frames received with not permitted information field, or incorrect length of unnumbered or supervisory frame. 11 Number of frames received with invalid sequence number 12 Number of times FRMR frame received. 13 Number of times maximum number of transmissions (N200) reached on any frame except SABME 14 Number of times DM frame sent in response to a SABME frame received. 15 Number of times unexpected frame received. 16 Number of times invalid frames received (other than FCS fault) 17 Number of frames received with information field that exceeds the maximum length 18 Number of times unsolicited SUPERVISORY response received Description: Item pos 1 gives information whether L2V5PRACNT is relevant (1=relevant, access is connected and has layer 2 statistics function initiated). One record per chosen PRA in STS. All the variables (which are pointed out by the DID item positions) are stored in a record. Record individuals 0-100 can be used. No translation table is required for this DID because the V5ID and UP are numbers which do not need to be translated. The size of the variables. DID Position Block Sizes 1 DLV5G 1 bit. 2 DLV5G 32 bits (Range: 0 - 16777215) 3 DLV5G 16 bits.(Range: 0 - 8175) 4-18 DLV5G 32 bits.

5.513 L3V5PRACNT

DID-name: L3V5PRACNT DID-number: 545 Function: Layer 3 ISDN Error Statistics Counters for Primary Rate Access connected over V5 Application: Block MANV5G Position Contents 1 State of record (idle or defined). 2 V5 Identity 3 User Port 4 The number of times the threshold for unsuccessful protocol restarts on



point-to-point connections is reached. 5 DISCONNECT, RELEASE or RELEASE COMPLETE message transmitted or received with an abnormal cause code. 6 STATUS message transmitted with an abnormal cause code. 7 SETUP message received without manadatory information elements (or invalid information contents) 8 SETUP message received with call reference flag incorrectly set to one. 9 Message received is too short. 10 Messages received with invalid protocol discriminator information 11 Messages received with invalid call reference value 12 Messages received (other than SETUP and REGISTER) containing an unallocated call reference value. Description: Item pos 1 gives information whether L3V5PRACNT is relevant (1=relevant, access is connected and has layer 3 statistics function initiated). One record per chosen access in STS. All the variables (which are pointed out by the DID item positions) are stored in a record. Record individuals 0-100 can be used. No translation table is required for this DID because the V5ID and UP are numbers which do not need to be translated. The size of the variables. DID Position Block Sizes 1 MANV5G 1 bit. 2 MANV5G 32 bits.(Range: 0 - 16777215) 3 MANV5G 16 bits.(Range: 0 - 8175) 4-12 MANV5G 16 bits.

5.514 AUSCNT

DID name: AUSCNT DID number: 546 Function: Counters for Access Unit Switches Application: Block AUS DID item Contents position 1 Number of Access Unit Switches 2 Number of blocked Access Unit Switches 3 Number of blockings of Access Unit Switches Description:



All the variables are stored as common data and the counters are presented as system total. All the counters related to DID positions 1-3 are stored in block AUS. The size of the variables. Position Block Size 1 AUS 16 Bits 2 AUS 16 Bits 3 AUS 16 Bits

5.515 CELTCHFPCNT

DID name: CELTCHFPCNT DID number: 547 Function: TCH/F connections in P-GSM 900 band per subcell. Application: Block RNTCH, RMCNT DID item Contents position 1 State 2 Global cell pointer to the serving cell. (SERVCELLP) 3 Number of connections (TFESTPGSMSUB) successfully established on P-GSM 900 band TCH/F in an overlaid subcell 4 Number of connections (TFESTPGSM) successfully established on P-GSM 900 band TCH/F in an underlaid subcell 5 Number of dropped (TFDROPPGSMSUB) connections due to failure for connections on PGSM 900 band TCH/F in an overlaid subcell 6 Number of dropped (TFDROPPGSM) connections due to failure for connections on P-GSM 900 band TCH/F in an underlaid cell 7 Congestion time on P-GSM 900 (TFCONGPGSMSUB) band TCH/F in an overlaid subcell 8 Congestion time on P-GSM 900 (TFCONGPGSM) band TCH/F in an underlaid subcell 9 Traffic level accumulator (TFTRALPACCSUB) on P-GSM 900 band TCH/F in an overlaid subcell. 10 Traffic level accumulator (TFTRALPACC) on P-GSM 900 band TCH/F in an underlaid subcell.



11 Number of accumulations of (TFNSCAN) traffic level counter. Description: The counters are defined per cell for TCH/F. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 3-8 and 11 are peg counters. DID item positions 9-10 are status counters. DID item positions 1-2 and 7-11 is stored in block RNTCH. DID item positions 1-6 are stored in block RMCNT. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID Position Block Size 1 RNTCH,RMCNT 1 bit 2 RNTCH,RMCNT 16 bits 3-6 RMCNT 16 bits 7-11 RNTCH 16 bits

5.516 KRQUALITYCNT

DID name: KRQUALITYCNT DID number: 548 Function: Traffic congestion rate counters for KR per AUS. Application: Block KRT DID item Contents position 1 Data valid (State). 2 AUS Number. 3 Number of KR seizure attempts per AUS. 2 Number of congested seizure attempts per AUS. Description: The AUS is identified by the AUS number. All the variables (which are pointed out by the DID item positions) are stored in a record, the number of records = max number of AUSs (1792). Data Valid indicates if AUS DID variables are useful (valid=1), only valid AUSs should be printed out by STS.



The size of the variables: DID Position Block Size 1 KRT 1 bit 2-4 KRT 16 bits STS collects the values of the counters and presents the result in a report.

5.517 VPNSERVCNT

DID-name: VPNSERVCNT DID-number: 549 Function: Virtual Private Network (VPN) counters Application: IUVPNT (VPNO process) DID-item: Contents position 1 Service Identifier 2 Number of VPN call generated in the Originating Local Exchange (NVPNCNT) 3 Number of VPN call generated in the Originating Local Exchange that have not met VPN feature trasparency (NUVPNCALL) Description: The variables are pointed out by the DID item positions. The counters shall be stored in common variables. See also the DID ALLSERVIDTAB. The size of the variables. DID Position Block Size 1 IUVPNT 8 bits 2-3 IUVPNT 16 bits

5.518 REGSATPAGCNT

DID-name: REGSATPAGCNT DID-number: 550 Function: Counters for Regional Satellite Systems Application: Block MPAG DID-item: Contents position 1 Number of first HPA page attempts (NPAG1HPATOT) 2 Number of page responses to first HPA page (NPAG1HPARESUCC) 3 Number of repeated HPA page attempts (NPAG2HPATOT) 4 Number of page responses to repeated HPA (NPAG2HPARESUCC) Description: DID item positions 1-4 are peg counters.



All the variables are stored as common data and the counters are presented as system total. The size of the variables. DID Position Block Size 1-4 MPAG 16 bits

5.519 SGSNCNT

DID-name: SGSNCNT DID-number: 551 Function: Counters for MAP operations per SGSN Application: Blocks HGLUAP, HISDAP3, HDSDAP3, HLCAP DID-item: Contents position 1 State (undefined/defined) 2 Number of update GPRS location (CNGPRSUPLOC) operations received 3 Number of insert subscriber (CNTGPRSINS) data operations sent 4 Number of delete subscriber (CNTGPRSDEL) data operations sent 5 Number of cancel GPRS location (CNTGPRSCAN) operations sent 6 Number of purge ms operations (CNTPURGEGPRS) received Description: DID item position 1 is a pointer to the translation table (DID SGSNTAB) DID item position 1 is a state value indicating if the SGSN is defined or undefined, 0 = undefined. One record per SGSN in the blocks. Counter information refers to number of total attempts, that is successful attempts and unsuccessful attempts. See DID SGSNTAB for translation table related to state and SGSN number. DID item positions 1-6 are stored in a record, the number of valid records = number of SGSNs in the blocks. The internal SGSN number is identical with the record number (i.e record pointer). DID item position 2-6 are peg counters. The size of the variables. DID Position Block Size 1 HGLUAP 1 bit 1 HISDAP3 1 bit 1 HDSDAP3 1 bit



1 HLCAP 1 bit 2 HGLUAP 16 bits 3 HISDAP3 16 bits 4 HDSDAP3 16 bits 5 HLCAP 16 bits 6 HMSPAP3 16 bits

5.520 SGSNTAB

DID-name: SGSNTAB DID-number: 552 Function: SGSN translation table. Application: Blocks HVLRAD DID-item: Contents position 1 State (undefined/defined) 2 SGSN nature of address indicator 3 SGSN address 1 4 SGSN address 2 5 SGSN address 3 6 SGSN address 4 Description: Translation from SGSN number to SGSN pointer. Item position 1 is a state value to indicate if the record information is valid =1 or not =0. That means if the SGSN is defined or not. Item position 2 contains the nature of SGSN address 3=national, 4=international. Items position 3-6 are four identity variables which together build a unique address 15 digits. Complete SGSN number is designated according to following: SGSNnature-SGSNaddress(1,2,3,4) Example: The number 3467042222 will be delivered as didpos2 3 3 0764 4 2224 5 FFF2 6 FFFF The number 4123456789012345 will be delivered as didpos2 4 3 4321 4 8765 5 2109 6 F543 DID item positions 1-6 are stored in the already existing VLR record, the number of valid records = number of SGSNs in the block.



The size of the variables. DID Position Block Size 1 HVLRAD 1 bit 2 HVLRAD 8 bits 3 HVLRAD 16 bits 4 HVLRAD 16 bits 5 HVLRAD 16 bits 6 HVLRAD 16 bits

This is an example printout for the object type SGSN:

NUMBER OF DELETE SUBSCRIBER DATA / SGSN OBJTYPE SGSN SGSNADDRESS DSDGPRS 449172413333 5 44917241001 8 41100151002 3

5.521 SGSNSTATCNT

DID-name: SGSNSTATCNT DID-number: 553 Function: Counters for Gs interface paging procedures per SGSN Application: Block MGPRO DID-item: Contents position 1 State (undefined/defined) 2 Number of first page attempts (NPAG1SGSNTOT) to an SGSN 3 Number of repeated page attempts (NPAG2SGSNTOT) to an SGSN 4 Number of sent Reset messages (NSGSNRESETSENT) to an SGSN 5 Number of received Reset messages (NSGSNRESETREC) from an SGSN Description: DID item position 1 is a state value indicating if the SGSN is defined or undefined, 0 = undefined. DID item position 1 is a state to the translation table (DID SGSNSTTAB) One record per connected SGSN. DID item position 2-5 are peg counters. The block MGPRO belongs to the subsystem MMS.



The size of the variables. DID Position Block Size 1 MGPRO 1 bit 2-5 MGPRO 16 bits

5.522 SGSNSTTAB

DID-name: SGSNSTTAB DID-number: 554 Function: SGSN name translation table Application: Block MTRAN DID-item: Contents position 1 State (undefined/defined) 2 Symbolic SGSN name Description: Translation from SGSN pointer to symbolic name. This translation is required for statistics on SGSN level (DID SGSNSTATCNT).DID item position 1 is a state value indicating if the SGSN is defined or undefined, 0 = undefined. One record per SGSN. The block MTRAN belongs to the subsystem MDS. The size of the variables. DID Position Block Size 1 MTRAN 1 bit 2 MTRAN 7 characters (ASCII string)

5.523 GPRSGSCNT

DID-name: GPRSGSCNT DID-number: 555 Function: Additional GPRS Gs interface counters Application: Block MGPRO DID-item: Contents position 1 Number of received GPRS detach (NDETGPRS) messages 2 Number of sent Reset messages (NRESETSENT) 3 Number of received Reset (NRESETRECEIVED) messages 4 Number of sent Alert Request (NALERT) messages 5 Number of received MS Activity (NACTINDIC) Indication messages 6 Number of sent MS Information (NMSINFOREQ) Request messages 7 Number of received MS (NMSINFORESP)



Information Response messages Description: All the variables are stored as common data. DID item position 1-7 are peg counters. The size of the variables. DID Position Block Size 1 - 7 MGPRO 16 bits

5.524 PDPDEFCNT

DID-name: PDPDEFCNT DID-number: 556 Function: Counter for the number of subscribers with PDP-Context defined. Application: Block HGPRSD DID-item: Contents position 1 Number of subscribers with at (ONEPCNT) least one PDP-Context defined Description: Defined total number of subscribers with at least one PDP-Context defined. The counter will be stored as common data. The size of the variables. DID Position Block Size 1 HGPRSD 32 bits

5.525 NAMSUBSCNT

DID-name: NAMSUBSCNT DID-number: 557 Function: Counters for the number of subscribers registered having each NAM value. Application: Block HSD DID-item: Contents position 1 Number of subscribers with 'non-GPRS only' NAM (NONGPRSCNT) 2 Number of subscribers with 'GPRS only' NAM (GPRSCNT) 3 Number of subscribers with NAM to (BOTHCNT) 'both GPRS and non-GPRS' NAM



Description: Defined total number of subscribers with each possible NAM value. All the counters are stored as common data. The size of the variables. DID Position Block Size 1 - 3 HSD 32 bits

5.526 MRSCELTLMCNT

DID-name: MRSCELTLMCNT DID-number: 558 Function: Cell Traffic Load Monitoring Application: Block MRALLOC DID-item: Contents position 1 CELL state 2 Number of observations for cell traffic (TNOTLC) load monitoring. 3 Number of observations for cell traffic (NOACTLTH1) load monitoring, where the traffic load has been above cell traffic load monitoring threshold 1. 4 Number of observations for cell traffic (NOACTLTH2) load monitoring, where the traffic load has been above cell traffic load monitoring threshold 2. 5 Number of observations for cell traffic (NOACTLTH3) load monitoring where the traffic load has been above cell traffic load monitoring threshold 3. 6 Number of observations for cell traffic (NOACTLTH4) load monitoring, where the traffic load has been above cell traffic load monitoring threshold 4. 7 Number of observations for cell traffic (NCTLTH5) load monitoring where the traffic load has been above cell traffic load monitoring threshold 5. 8 Number of observations for cell traffic (NCTLTH6) load monitoring where the traffic load has been above cell traffic load monitoring threshold 6. 9 Number of observations for cell traffic (NCTLTH7) load monitoring where the traffic load has been above cell traffic load monitoring threshold 7. 10 Number of observations for cell traffic (NCTLTH8) load monitoring where the traffic load has been above cell traffic load monitoring threshold 8. Description:



The counters are defined per cell. DID item position 1 is a state value indicating if the cell is defined or undefined, 0 = undefined. The file including the records is size alterable (SAE 132) with a maximum of 4096 records. The record number can be translated to a cell identity using the cell translation table (DID MRSCELLTTAB). The size of the variables. DID Position Block Size 1 MRALLOC 1 bit 2 - 10 MRALLOC 16 bits

5.527 MRSCDTCNT

DID-name: MRSCDTCNT DID-number: 559 Function: CDT measurements Application: Block MRCH DID-item: Contents position 1 Cell state 2 CDT accumulator (CDTACCUM) 3 CDT measurements (CDTCCHCNT) 4 CDT measurements (CDTTCHCNT) 5 CDT measurements (CDTALLCNT) The counters are defined per cell for TCHs. DID item position 1 is a state value indicating whether the counters for the cell are valid for statistics measurements or not, 0 = counters not valid. DID items are stored in records. The file including the records is size alterable (SAE 132) with maximum of 1024 records. The record number can be translated to a cell identity in the cell translation table (DID MRSCELLTTAB). The size of the variables. DID Position Block Size 1 MRCH 1 bit 2 MRCH 16 bits 3 MRCH 16 bits 4 MRCH 16 bits 5 MRCH 16 bits

5.528 MOBPOSCNT (CSS R9.0)

DID-name: MOBPOSCNT DID-number: 560 Function: Counters describing different failure scenarios for Mobile Positioning Services



Application: Block MISPDH DID-item: Contents position 1 Number of Initial Position Attempts (MPIATTEMPT) ordered from the MPC. 2 Number of Position Update Attempts (MPUATTEMPT) ordered from the MPC. 3 Position failures due to Call Delay (MPCDTFAIL) Timer timeouts. 4 Number of Initial Position Attempts (MPIPAFAIL) Failures. 5 Number of Position Update Attempts (MPUPAFAIL) Failures. The counters are common stored variables that maintain the under DID defined scenarios. DID-item position 3 is no longer reported. All counters have the size 16 bit and type pc. The size of the variables. DID Position Block Size 1-2 MISPDH 32 bits 4-5 MISPDH 16 bits

5.529 BSC2CNT (CSS R9.0)

DID-name: BSC2CNT DID-number: 561 Function: Counters for BSC statistics Application: Block MRRM, MUREL and MHO Position Contents 1 Number of MSC Invoke Trace messages sent to the target BSC. (NBSTSMITTOT) 2 Number of CONNECTION ORIENTED INFORMATION messages sent to the target BSC. (NBSCOINSNTTOT) 3 Number of successful CONNECTION ORIENTED INFORMATION messages received from the target BSC with valid TA value. (NBSCOINRCVSUCC) 4 Number of handover request messages sent to the target BSC during UMTS to GSM handover (NBSTSUGHRTOT) 5 Number of successful incoming handovers to the BSC during UMTS to GSM handover (NBSTIUGHBSUCC) 6 Number of total PERFORM LOCATION REQUEST messages sent to the target BSC (NBSSLOCREQTOT) 7 Number of successful PERFORM LOCATION RESPONSE messages received from the target



BSC including Location Estimate. (NBSRLOCRESSUCC) 8 Number of handover required messages received. (NBSTRGUHRTOT) 9 Number of successful outgoing handover from the BSC. (NBSTOGUHBSUCC) Description: The counters in DID positions 1 - 4 and 6 - 8 are stored in block MRRM. The counter in DID position 5 in block MUREL. The counter in DID position 9 is stored in block MHO. One record per BSC in block MRRM. Each record is identified by the BSC number (pointer). The DID item positions for BSC2CNT is to be record stored. Blocks MRRM and MUREL belong to the subsystem MMS. The size of the variables: DID position Block Size 1 - 4 MRRM 16 bits 5 MUREL 16 bits 6-8 MRRM 16 bits 9 MHO 16 bits

5.530 BSCGPRSCNT*

DID-name: BSCGPRSCNT DID-number: 562 Function: GPRS counters per BSC. Application: Block RGRLC, RMPAG DID item Contents position 1 Discarded PCU frames uplink (DISCUL) per PCU. 2 Discarded PCU frames downlink (DISCDL) per PCU. 3 Number of 08.18 PAGING CS with (PAGCSBSC) paging area not set to cell. 4 Number of rejected 08.18 PAGING (PAGCSCONG) CS due to congestion. 5 Number of 08.18 PAGING PS with (PAGPSBSC) paging area not set to cell. 6 Number of failed PDCH (ALLPDCHPCUFAIL) allocations due to no PDU resources. 7 Number of times a cell relocation attempt is failed (FAILMOVECELL) The size of the variables. DID position Block Size



1,2 RGRLC 16 bits 4 RMPAG 16 bits 3,5 RMPAG 32 bits 6 RGRLC 32 bits 7 RGRLC 16 bits

5.531 CELLGPRSCNT

DID-name: CELLGPRSCNT DID-number: 563 Function: GPRS counters per cell. Application: Block RGRLC DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Number of allocated PDCHs (ALLPDCHACC) accumulator. 4 Number of accumulations of (ALLPDCHSCAN) allocated PDCHs. 5 Packet channel allocation (PCHALLATT) attempts. 6 Packet channel allocation (PCHALLFAIL) failures. 7 Number of packet data random (PDRAC) accesses. 8 Number of packet data packet (PDPRAC) random accesses. 9 Number of radio block messages, (RBCUL) uplink. 10 Number of radio block messages, (RBCDL) downlink. 11 Number of retransmitted radio (RETRANSUL) messages, uplink. 12 Number of retransmitted radio (RETRANSDL) messaged, downlink. 13 Number of 08.18 PAGING CS to (PAGCSBVCI) be transmitted on PCH. 14 Number of 08.18 PAGING CS to (PPAGCSBVCI) be transmitted on PPCH. 15 Number of used PDCHs (ALLPDCHACTACC) accumulator. 16 Maximum number of used PDCHs (ALLPDCHPEAK) during the last 15 minutes. 17 Number of preempted used PDCHs (PREEMPTPDCH) 18 Number of transmitted RLC Data blocks,uplink for EGPRS (ERBCUL) 19 Number of retransmitted RLC Data blocks, uplink for EGPRS (ERETRANSUL) 20 Number of DL TBF establishment requests (DLTBFEST) 21 Number of unsuccessful DL TBF establishment requests due to



lack of resources (FAILDLTBFEST) 22 Average time between a TBF release due to PDCH preemption and a successful TBF establishment (TBFPREEMPEST) 23 Number of released TBF's due to preemption (PREEMPTTBF) 24 Number of released TBF's due to move of cell and GPRS support is removed (MOVECELLTBF) 25 Number of times a cell is moved to another RP (CELLMOVED) Description: The counters are defined per cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item position 3-15 and 17-25 are peg counters and stored in the cell file in block RGRLC. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RGRLC 1 Bit 2-6 RGRLC 16 Bits 7-12 RGRLC 32 Bits 13-14 RGRLC 16 Bits 15 RGRLC 32 Bits 16 RGRLC 16 Bits 17-24 RGRLC 32 Bits 25 RGRLC 16 Bits

5.532 HS7SL1CNT

DID-name: HS7SL1CNT DID-number: 564 Function: High Speed Signalling Link group 1 Application: Blocks C7SL2 Position Contents 1 Status Indicator 2 Total time in local RB congestion. Coded as HSLTTLRBC x 50ms. (HSLTTLRBC) 3 Number of messages transmitted (not including retransmission of messages). (HSLNMSUTR) 4 Number of messages received in error (incoming message error rate). (HSLNSUERR) 5 Number of negative acknowledgements received to messages sent. That is the number of MAA-ERROR indications with error type SD loss (outgoing message error rate). (HSLNNAREC) 6 Number of messages received. (HSLNMSURE)



7 Number of messages discarded due to SL congestion on level 1. (HSLDISMSU1) 8 Number of messages discarded due to SL congestion on level 2. (HSLDISMSU2) 9 Number of messages discarded due to SL congestion on level 3. (HSLDISMSU3) 10 Number of occurences of congestion events resulting in loss of messages on level 1. (HSLLOFMSU1) 11 Number of occurences of congestion events resulting in loss of messages on level 2. (HSLLOFMSU2) 12 Number of occurences of congestion events resulting in loss of messages on level 3. (HSLLOFMSU3) 13 Number of cells discarded due to Header Error Control (HEC) violations. (HSLHECDSCDS) 14 Number of Out of Cell Delineation (OCD) violations. (HSLOCDANMLS) 15 Number of cells discarded due to protocol (Asynchronous Transfer Mode (ATM) Layer Header) errors. (HSLHDRDSCDS) 16 Number of incoming Network Data Collection (NDC) valid (occupied) ATM cells. (HSLINCCELLS) 17 Number of outgoing Network Data Collection (NDC) valid ATM cells. (HSLOUTCELLS) Description: The counters are defined per signalling link. Individuals are identified by signalling link number. To identify these counters the DID C7SLTAB(154) is required. One record per signalling link (1-1022). Records are identified by signalling link pointer (SLP). DID position 1 is a state value and indicates whether the individual is active or inactive for ITU, MTP or TTC, values are: 0 - DID inactive 1 - DID active for ITU and MTP signalling links 2 - DID active for TTC signalling links. DID item positions 13, 14, 15, 16, and 17 are not valid for for ATM. The size of the variables: DID position Block Size 1 C7SL2 2 bits 2 C7SL2 16 bits 3-17 C7SL2 32 bits

5.533 DYNTRUNKVCNT

DID-name: DYNTRUNKVCNT DID-number: 565 Function: Counters for Dynamic Trunking connection performance for the virtual devices. Application: Blocks UPPVD Position Contents 1 Global route number (GLROUTE)



2 Maximum number of connections (MAXCON) 3 Number of established connections (NUMCON) 4 Number of connection requests (CREQCNT) 5 Number of requests resulting in Congestion (CONGCNT) 6 Number of connection requests resulting in timeout (TOCNT) 7 Number of connection requests failed (Including CONGCNT and TOCNT) (FAILCNT) Description: One record per route in the block. All varibles are stored in a record.The number of records = the number of routes in the block. Individual number 0 is not used. The translation table DID ROUTETRANTAB is used to translate the global route number to the symbolic route name. Counter in position 1 is of type ID. Counters in positions 2-3 are of type status. Counters in positions 4-7 are of type peg. The size of the variables: DID position Block Size 1-7 UPPVD 16 bits

5.534 DYNTRUNKHCNT

DID-name: DYNTRUNKHCNT DID-number: 566 Function: Counters for Dynamic Trunking connection performance for the physical devices. Application: Blocks UPVDC Position Contents 1 Global route number (GLROUTE) 2 Maximum number of connections (MAXCON) 3 Number of established connections (NUMCON) 4 Number of connection requests (CREQCNT) 5 Number of requests resulting in Congestion (CONGCNT) 6 Number of connection requests resulting in timeout (TOCNT) 7 Number of connection requests failed (Including CONGCNT and TOCNT) (FAILCNT) 8 Number of fault indication received for IWU (IWUFCNT) Description: One record per route in the block. All varibles are stored in a record.The number of records = the number of routes in the block. Individual number 0 is not used. The translation table DID ROUTETRANTAB is used to translate the global route number to the symbolic route name. Counter in position 1 is of type ID. Counters in positions 2-3 are of type status. Counters in positions 4-8 are of type peg.



The size of the variables: DID position Block Size 1-8 UPVDC 16 bits

5.535 LCSCNT

DID-name: LCSCNT DID-number: 567 Function: Counters for Location Services Application: Block MLSC Position Contents 1 Total number of initiated Location (NMSCLOCACQTOT) Acquisition procedure. 2 Number of successful initiated (NMSCLOCACQSUCC) Location Acquisition procedure. 3 Total number of initiated Perform loation messages (NMSCP3LOCTOT) 4 Number of successful messages (NMSCP4LOCSUCC) 5 Number of successful messages for which Location Estimate was generated by E-OTD method. (NMSCP5LOCEOTD) 6 Number of successful messages for which Location Estimate was generated by AGPS method. (NMSCP6LOCAGPS) 7 Number successful messages for which Location Estimate was generated by Time-Advance method. (NMSCP7LOCTIMADV) Description: All the variables are stored as common data. The counters specified in DID positions 1-7 are stored in block MLSC. Size of variables is 16 bits. The size of the variables: DID position Block Size 1 - 7 MLSC 16 bits

5.536 CELLDUALTCNT

DID-name: CELLDUALTCNT DID-number: 568 Function: Dual band MSs on TCH/F per cell. Application: Block RCCD, RNTCH, RMCNT



DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Traffic level accumulator. (TFDUALTRALACC) 4 Dropped connections due to (TFDUALNDROP) failure. 5 Assignment complete for all (TFDUALCASSALL) MS power classes. 6 Assignment attempts for all (TFDUALASSALL) MS power classes. 7 Number of accumulations of (TFDUALSCAN) traffic level counter Description: The counters are defined per cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1-2 and 5-6 are stored in the cell file in block RCCD. DID item positions 1-3 are stored in the cell file in block RNTCH. DID item positions 1-2 and 4 are stored in the cell file in block RMCNT. DID item position 7 is stored in the cell file in block RNTCH. The maximum number of records in the file is 512. The size alteration event 298 is used to alter the file size. The size of the variables. DID position Block Size 1 RCCD,RNTCH,RMCNT 1 Bit 2 RCCD,RNTCH,RMCNT 16 Bits 3 RNTCH 16 Bits 4 RMCNT 16 Bits 5 RCCD 16 Bits 6 RCCD 16 Bits 7 RNTCH 16 Bits

5.537 CELLHCSCNT

DID-name: CELLHCSCNT DID-number: 569 Function: HCS counters per cell. Application: Block RQRCQS DID item Contents position 1 State



2 Global cell pointer to the (SERVCELLP) serving cell. 3 Accumulated number of locating (LOCEVAL) evaluations. 4 Accumulated number of locating (BRHILAYER) evaluations where basic ranking differs from HCS ranking. Description: One set of counters is defined for each cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1 - 4 are stored in the cell file in block RQRCQS. The size alteration event 298 is used to alter the file size. The maximum number of records in the file is 512. The size of the variables. DID item position: 1 = 1 bit. DID item positions: 2 - 4 = 16 bits.

5.538 CELLHSCSDCNT

DID-name: CELLHSCSDCNT DID-number: 570 Function: HSCSD counters per (sub)cell. Application: Block RNTCH DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Traffic level accumulator for (TFHSCSDMAIN) seized HSCSD main channels. 4 Traffic level accumulator for (TFHSCSDMAINSUB) seized HSCSD main channels in in the overlaid cell. 5 Traffic level accumulator for (TFHSCSDNESEC) seized non-essential HSCSD secondary channels. 6 Traffic level accumulator for (TFHSCSDNESECSUB) seized non-essential HSCSD secondary channels in overlaid subcell. 7 Traffic level accumulator for (TFHSCSDESEC) seized essential HSCSD secondary channels. 8 Traffic level accumulator for (TFHSCSDESECSUB) seized essential HSCSD



secondary channels in overlaid subcell. Description: One set of counters is defined for each cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). The size alteration event 298 is used to alter the file size. The maximum number of records in the file is 512. DID item positions 1 - 8 are stored in the block RNTCH. The size of the variables. Position Block Size 1 RNTCH 1 bit 2 RNTCH 16 bits 3 RNTCH 16 bits 4 RNTCH 16 bits 5 RNTCH 16 bits 6 RNTCH 16 bits 7 RNTCH 16 bits 8 RNTCH 16 bits

5.539 CELLSQICNT

DID-name: CELLSQICNT DID-number: 571 Function: Speech quality supervision per cell. Application: Block RQRCQS DID item Contents position 1 State 2 Global cell pointer to the (SERVCELLP) serving cell. 3 Number of measurements with (TSQIGOOD) good speech quality. 4 Number of measurements with (TSQIGOODSUB) good speech quality in overlaid subcell. 5 Number of measurements with (TSQIACCPT) acceptable speech quality. 6 Number of measurements with (TSQIACCPTSUB) acceptable speech quality in overlaid subcell. 7 Number of measurements with (TSQIBAD) unsatisfactory speech quality. 8 Number of measurements with (TSQIBADSUB) unsatisfactory speech quality in overlaid subcell. Description:



One set of counters is defined for each cell. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item positions 1 - 8 are stored in the cell file in block RQRCQS. The size alteration event 298 is used to alter the file size. The maximum number of records in the file is 512. The size of the variables. DID item position: 1 = 1 bit. DID item positions: 2 - 8 = 16 bits.

5.540 EMGPRSCNT

DID-name: EMGPRSCNT DID-number: 572 Function: GPRS counters per EM. Application: Block RGRLC DID item Contents position 1 State 2 RP Address 3 PCU-RP processor load per RP. (RPPLOAD) Description: DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item positions 1-3 are stored in the EM file in block RGRLC. The maximum number of records in the file is 16. The RP address can range between 0 and 1023. The RP is identified by the RP Address which is stored in the EM file. No size alteration. The size of the variables. Position Block Size 1 RGRLC 1 bit 2 RGRLC 16 bits 3 RGRLC 16 bits



5.541 LOADREGCNT (BSC R9)

DID-name: LOADREGCNT DID-number: 573 Function: Load regulation counters per BSC. Application: Block RGRLC, RMSCS DID item Contents position 1 Number of rejected packet (NREJPCH) channel allocation attempts. 2 Number of positive replies from (NFTDEMC LOAS for emergency calls. 3 Number of originating calls (NREJORG) rejected at signalling connection setup. 4 Number of originating emergency (NREJEMC) calls rejected at signalling connection setup. 5 Number of normal originating (NREJPRIO) connections rejected by the Processor Load Control function 6 Number of location updates (NREJNPRIO) rejected by the Processor Load Control function Description: The counters are defined per BSC (system total). DID item positions 1-6 are peg counters. DID item positions 1 is stored in the block RGRLC. DID item positions 4-6 are stored in the block RMSCS. DID item positions 2-3 are not used by the BSC. The size of the variables. DID item positions: 1-6 = 16 bits. DID position Block Size 1 RGRLC 16 bits 2 Removed from block RMSCS 16 bits 3 Removed from block RMSCS 16 bits 4 RMSCS 16 bits 5 RMSCS 16 bits 6 RMSCS 16 bits

5.542 DIGSCNT

DID-name: DIGSCNT



DID-number: 574 Function: Counters for measurement data base for GSS set of parts, GSTS Application: Block CLM, MUX3, MUX34, XM, MUXTS, MUXSP. Position Contents 1 Block (number) 2 Number of connected DIGS units 3 Number of blocked DIGS units in plane A 4 Number of blocked DIGS units in plane B 5 Number of blocked DIGS units Description: All the variables are stored as common data. The blocks are identified by a number. The translation table (DID 94: BNTAB) is used to translate the block number to the block name. DID item position 1 is a pointer to the translation table (DID BNTAB) The size of the variables: DID position Block Size 1 - 2 All blocks 16 bits 3 - 4 MUX3, MUX34, XM, MUXTS, MUXSP 16 bits 5 All blocks 16 bits

5.543 LOASMISC1CNT

DID-name: LOASMISC1CNT DID-number: 575 Function: Counters for offered Miscellaneous Tasks Application: Block LOAS in OMS-R Position Contents 1 Number of miscellaneous tasks with (NOFFMT0) priority level 0 offered to the Processor Load Control function 2 Number of miscellaneous tasks with (NOFFMT1) priority level 1 offered to the Processor Load Control function 3 Number of miscellaneous tasks with (NOFFMT2) priority level 2 offered to the Processor Load Control function 4 Number of miscellaneous tasks with (NOFFMT3) priority level 3 offered to the Processor Load Control function 5 Number of miscellaneous tasks with (NOFFMT4) priority level 4 offered to the Processor Load Control function 6 Number of miscellaneous tasks with (NOFFMT5) priority level 5 offered to the Processor Load Control function 7 Number of miscellaneous tasks with (NOFFMT6)



priority level 6 offered to the Processor Load Control function 8 Number of miscellaneous tasks with (NOFFMT7) priority level 7 offered to the Processor Load Control function 9 Number of miscellaneous tasks with (NOFFMT8) priority level 8 offered to the Processor Load Control function 10 Number of miscellaneous tasks with (NOFFMT9) priority level 9 offered to the Processor Load Control function 11 Number of miscellaneous tasks with (NOFFMT10) priority level 10 offered to the Processor Load Control function 12 Number of miscellaneous tasks with (NOFFMT12) priority level 12 offered to the Processor Load Control function 13 Number of miscellaneous tasks with (NOFFMT13) priority level 13 offered to the Processor Load Control function 14 Number of miscellaneous tasks with (NOFFMT14) priority level 14 offered to the Processor Load Control function 15 Number of miscellaneous tasks with (NOFFMT15) priority level 15 offered to the Processor Load Control function Description : One record. All the Variables (which are pointed out by the DID item positions) are stored in one record or as common stored variables. The size of the variables: Position Block Size 1 - 15 LOAS 32 bits

5.544 LOASMISC2CNT

DID-name: LOASMISC2CNT DID-number: 576 Function: Counters for fetched Miscellaneous Tasks Application: Block LOAS in OMS-R Position Contents 1 Number of miscellaneous tasks with (NFTDMT0) priority level 0 fetched from the Processor Load Control function 2 Number of miscellaneous tasks with (NFTDMT1) priority level 1 fetched from the Processor Load Control function 3 Number of miscellaneous tasks with (NFTDMT2) priority level 2 fetched from the Processor Load Control function 4 Number of miscellaneous tasks with (NFTDMT3) priority level 3 fetched from the Processor Load Control function



5 Number of miscellaneous tasks with (NFTDMT4) priority level 4 fetched from the Processor Load Control function 6 Number of miscellaneous tasks with (NFTDMT5) priority level 5 fetched from the Processor Load Control function 7 Number of miscellaneous tasks with (NFTDMT6) priority level 6 fetched from the Processor Load Control function 8 Number of miscellaneous tasks with (NFTDMT7) priority level 7 fetched from the Processor Load Control function 9 Number of miscellaneous tasks with (NFTDMT8) priority level 8 fetched from the Processor Load Control function 10 Number of miscellaneous tasks with (NFTDMT9) priority level 9 fetched from the Processor Load Control function 11 Number of miscellaneous tasks with (NFTDMT10) priority level 10 fetched from the Processor Load Control function 12 Number of miscellaneous tasks with (NFTDMT12) priority level 12 fetched from the Processor Load Control function 13 Number of miscellaneous tasks with (NFTDMT13) priority level 13 fetched from the Processor Load Control function 14 Number of miscellaneous tasks with (NFTDMT14) priority level 14 fetched from the Processor Load Control function 15 Number of miscellaneous tasks with (NFTDMT15) priority level 15 fetched from the Processor Load Control function Description : One record. All the Variables (which are pointed out by the DID item positions) are stored in one record or as common stored variables. The size of the variables: Position Block Size 1 - 15 LOAS 32 bits

5.545 LOASINCOCNT

DID-name: LOASINCOCNT DID-number: 577 Function: Counters for Incoming Calls Application: Block LOAS in OMS-R Position Contents 1 Number of incoming calls with (NOFFIN0) priority level 0 offered to the Processor Load Control function 2 Number of incoming calls with (NFTDIN0) priority level 0 fetched from the



Processor Load Control function 3 Number of incoming calls with (NOFFIN1) priority level 1 offered to the Processor Load Control function 4 Number of incoming calls with (NFTDIN1) priority level 1 fetched from the Processor Load Control function 5 Number of incoming calls with (NOFFIN2) priority level 2 offered to the Processor Load Control function 6 Number of incoming calls with (NFTDIN2) priority level 2 fetched from the Processor Load Control function 7 Number of incoming calls with (NOFFIN3) priority level 3 offered to the Processor Load Control function 8 Number of incoming calls with (NFTDIN3) priority level 3 fetched from the Processor Load Control function 9 Number of incoming calls with (NOFFIN4) priority level 4 offered to the Processor Load Control function 10 Number of incoming calls with (NFTDIN4) priority level 4 fetched from the Processor Load Control function 11 Number of incoming calls with (NOFFIN5) priority level 5 offered to the Processor Load Control function 12 Number of incoming calls with (NFTDIN5) priority level 5 fetched from the Processor Load Control function 13 Number of incoming calls with (NOFFIN6) priority level 6 offered to the Processor Load Control function 14 Number of incoming calls with (NFTDIN6) priority level 6 fetched from the Processor Load Control function 15 Number of incoming calls with (NOFFIN7) priority level 7 offered to the Processor Load Control function 16 Number of incoming calls with (NFTDIN7) priority level 7 fetched from the Processor Load Control function 17 Number of incoming calls with (NOFFIN8) priority level 8 offered to the Processor Load Control function 18 Number of incoming calls with (NFTDIN8) priority level 8 fetched from the Processor Load Control function 19 Number of incoming calls with (NOFFIN9) priority level 9 offered to the Processor Load Control function 20 Number of incoming calls with (NFTDIN9) priority level 9 fetched from the Processor Load Control function 21 Number of incoming calls with (NOFFIN10) priority level 10 offered to the Processor Load Control function 22 Number of incoming calls with (NFTDIN10) priority level 10 fetched from the



Processor Load Control function 23 Number of incoming calls with (NOFFIN15) priority level 15 offered to the Processor Load Control function 24 Number of incoming calls with (NFTDIN15) priority level 15 fetched from the Processor Load Control function Description : One record. All the Variables (which are pointed out by the DID item positions) are stored in one record or as common stored variables. The size of the variables: Position Block Size 1 - 24 LOAS 32 bits

5.546 RNCSTATCNT (UMSC 1.0)

DID-name: RNCSTATCNT DID-number: 578 Function: RNC record counter Application: Blocks MUAMCL, MURABP, MUREL, MURELP, MHO, and MUIP DID item Contents position 1 Number of received reset messages 2 Number of relocation required messages received 3 Number of relocation request messages sent to the target RNC 4 Number of successful incoming relocation to the RNC 5 Number of successful outgoing relocation to the RNC 6 Number of relocation required messages received for UMTS to GSM handover 7 Number of successful outgoing UMTS to GSM handover from the RNC 8 Number of successful RAB assign. for call from mobile subscriber. 9 Number of successful RAB assign. for call to mobile subscriber. 10 Total number of RAB assignments for call from mobile subscriber. 11 Total number of RAB assignments for call to mobile subscriber. 12 Number of received Reset Resource messages. 13 Number of sent Reset Resource messages. 14 Number of relocation request messages sent to the target RNC. (NRNTSRRUTOT) 15 Number of successful incoming relocation to the RNC. (NRNTIHRUSUCC)



16 Number of Location Reporting Control messages sent. (NRNTLRCTOT) 17 Number of Location Report messages containing Geographical Co-ordinates (NRNTLRSUCC) received. Description: All the variables are stored as record stored data. The counters specified in DID positions 2 are stored MUAMCL, 3, 4, 7 and 13 are stored in block MURELP, DID positions 1, 5, 6 and 8 counters in MUREL and DID position 14 is stored in Block MHO. New RAB assignment counters for RNC level statistical data are added to MURABP. The counters specified in DID positions 16 and 17 are stored MUIP. The counters are stepped per RNC. The translation table RNCTAB will be used to translate from the internal record number to the symbolic RNC name. Blocks MUREL and MURELP belong to the subsystem MMS. The size of the variables. DID position Block Size 1 MUAMCL 32 bit 2,3,6,14 MURELP 32 bits 4,5,7 MUREL 32 bits 8-11 MURABP 32 bits 12,13 MUAMCL 32 bits 15 MHO 32 bits 16,17 MUIP 16 bits

5.547 RNCTAB (CSS R9.0)

DID-name: RNCTAB DID-number: 579 Function: RNC name translation table Application: Block MTRAN Position Contents 1 State (undefined/defined) 2 Symbolic RNC name Description: Translation from RNC pointer to symbolic name. This translation is required for statistics (DID RNCSTATCNT). State indicates whether the RNC is undefined (=0) or defined (=1). One record per RNC. The block MTRAN belongs to the subsystem MDS. The size of the variables.



DID item position: 1 = 1 bit DID item position: 2 = String 7 characters

5.548 LSCCCNT

DID-name: LSCCCNT DID-number: 580 Function: Simultaneously established and rejection calls counters Application: Block LSCC in OMS-R Position Contents 1 Simultaneously established calls counter (LSCCCOUNT) 2 Rejection counter (REJCOUNT) Description: All the variables (which are pointed out by the DID item positions) are stored as common stored variables. The size of the variables: DID position Block Size 1 - 2 LSCC 32 bits

5.549 TRAFFSRFCNT (CSS R8.1)

DID-name: TRAFFSRFCNT DID-number: 581 Function: Counters for the number of messages successfully and unsuccessfully routed by FNR for SRF solution for NP. All existing counters (except NPNOACNT and SRFDBMISCNT) will apply to the function 'NP for GSM and GSM Networks' in GSM800/1900. Application: Blocks FLNAN and FRRGAP Position Contents 1 Number of successful translations (IMPMESSCNT) performed for IMPORTED subscribers. Associated to functions: SRF NP. 2 Number of successful translations (EXPMESSCNT) performed for EXPORTED subscribers. Associated to functions: SRF NP. 3 Number of successful translations (OTHERMESSCNT) performed for OTHER subscribers. Associated to functions: SRF NP. 4 Number of messages successfully answered (SRIIMPCNT) to GMSC for IMPORTED subscribers. Associated to functions: SRF NP. 5 Number of messages successfully answered (SRIEXPCNT) to GMSC for EXPORTED subscribers.



Associated to functions: SRF NP. 6 Number of messages successfully answered (SRIOTHERCNT) to GMSC for OTHER subscribers. Associated to functions: SRF NP. 7 Number of messages received with a special (NPNOACNT) NOA value indicating 'second query' for the subscriber. Associated to functions: SRF NP. 8 Number of messages answered with an error (SRFDBMISCNT) due to database mismatch. Associated to functions: SRF NP. 9 Number of messages answered with the error (UNKSUBSCNT) 'Unknown subscriber'. Associated to functions: SRF NP. 10 Number of messages directly relayed to (RELAYHOMECNT) the HPLMN except those forwarded to the default route. Associated to functions: SRF NP. 11 Number of messages directly relayed (RELAYOUTCNT) outside the HPLMN. Associated to functions: SRF NP. Description: Traffic counters of messages received, answered and analysed at SCCP level or TCAP level for the SRF solution for the NP. All the variables are stored as common data and the counters are presented as system total. The size of the variables. Position Blocks Size 1 - 3 FLNAN 32 bits 4 - 6 FRRGAP 32 bits 7 FLNAN 32 bits 8 - 9 FRRGAP 32 bits 10 - 11 FLNAN 32 bits

5.550 MESSFLNOCNT (CSS R8.1)

DID-name: MESSFLNOCNT DID-number: 583 Function: Counters for different type of messages received in FNR, according to the incoming translation type. All existing counters will apply to the new function 'Number Migration from ANSI-41 to GSM/UMTS. Application: Block FLNAN Position Contents 1 Counter of all the messages received with (TTIN0MESSCNT) TTIN=0. Associated to functions: FAMF, SRF NP and Number Migration from ANSI-41 to GSM/UMTS. 2 Counter of all the messages received with (TTIN10MESSCNT) TTIN=10. Associated to functions: FAMF, NP for GSM and GSM Networks, Flexible Allocation of



MSISDN and Number Migration from ANSI-41 to GSM/UMTS. 3 Counter of all the messages received with (TTIN128MESSCNT) TTIN=128. Associated to functions: FAMF, SRF NP and Number Migration from ANSI-41 to GSM/UMTS. 4 Counter of all the messages received with (TTINPOS1CNT) TTIN1, where TTIN1 is the incoming TT in the 1st position of the TT table. Associated to functions: FAMF, SRF NP, NP for GSM and GSM Networks, Flexible Allocation of MSISDN and Number Migration from ANSI-41 to GSM/UMTS. 5 Counter of all the messages received with (TTINPOS2CNT) TTIN2, where TTIN2 is the incoming TT in the 2nd position of the TT table. Associated to functions: FAMF, SRF NP, NP for GSM and GSM Networks, Flexible Allocation of MSISDN and Number Migration from ANSI-41 to GSM/UMTS. 6 Counter of all the messages received with (TTINPOS3SCNT) TTIN3, where TTIN3 is the incoming TT in the 3rd position of the TT table. Associated to functions: FAMF, SRF NP, NP for GSM and GSM Networks, Flexible Allocation of MSISDN and Number Migration from ANSI-41 to GSM/UMTS. 7 Counter of all the messages received with (TTINPOS4CNT) TTIN4, where TTIN4 is the incoming TT in the 4th position of the TT table. Associated to functions: FAMF, SRF NP, NP for GSM and GSM Networks, Flexible Allocation of MSISDN and Number Migration from ANSI-41 to GSM/UMTS. 8 Counter of all the messages received with (TTINPOS5CNT) TTIN5, where TTIN5 is the incoming TT in the 5th position of the TT table. Associated to functions: FAMF, SRF NP, NP for GSM and GSM Networks, Flexible Allocation of MSISDN and Number Migration from ANSI-41 to GSM/UMTS. 9 Counter of all the messages received with (TTINPOS6CNT) TTIN6, where TTIN6 is the incoming TT in the 6th position of the TT table. Associated to functions: FAMF, SRF NP, NP for GSM and GSM Networks, Flexible Allocation of MSISDN and Number Migration from ANSI-41 to GSM/UMTS. 10 Counter of all the messages received with (TTINPOS7CNT) TTIN7, where TTIN7 is the incoming TT in the 7th position of the TT table. Associated to functions: FAMF, SRF NP, NP for GSM and GSM Networks, Flexible Allocation of MSISDN and Number Migration from ANSI-41 to GSM/UMTS. 11 Counter of all the messages received with (TTINPOS8CNT) TTIN8, where TTIN8 is the incoming TT in the 8th position of the TT table. Associated to functions: FAMF, SRF NP,



NP for GSM and GSM Networks, Flexible Allocation of MSISDN and Number Migration from ANSI-41 to GSM/UMTS. 12 Counter for the number of messages (TTIN1PARCNT) received with TTIN defined by application parameter TTIN1. Associated to functions: FAMF, SRF NP, NP for GSM and GSM Networks, Flexible Allocation of MSISDN and Number Migration from ANSI-41 to GSM/UMTS. 13 Counter for the number of messages (TTIN5PARCNT) received with TTIN defined by application parameter TTIN5. Associated to functions: FAMF, SRF NP, NP for GSM and GSM Networks, Flexible Allocation of MSISDN and Number Migration from ANSI-41 to GSM/UMTS. Description: Counters of the different messages recieved, according to the translation type. The corresponding counter will be increased after incoming translation type has been checked and matches with one of the defined ones. All the variables are stored as common data and the counters are presented as system total. The size of the variables. Position Block Size 1 - 13 FLNAN 32 bits

5.551 MRSCELPKTCNT (CMS30 Phase 10)

DID-name: MRSCELPKTCNT DID-number: 584 Function: Cover events related to incoming circuit switch calls during packet data communication (per cell). Application: Block MRCELL Position Contents 1 Cell State 2 Total number of TCH assignment (NPKTASSATT) attempts to MS in packet data mode 3 Total number of successful (NPKTASSATTSUC) TCH assignment attempts to MS in packet data mode 4 SMS call TCH assignment attempts (NPKTSMSASSATT) to MS in packet data mode 5 Successful SMS call TCH (NPDSMSASSATTSUC) assignment attempts to MS in packet data mode Description:



The counters are defined per cell. DID item position 1 is a state value indicating if the cell is defined or not, (0 = undefined / 1 = defined). DID items are stored in records. The file including the records is size alterable with maximum size of 4096 records. The record number can be translated to a cell name in the cell translation table (DID MRSCELLTTAB). The size of the variables. Position Block Size 1 MRCELL 1 bit 2-5 MRCELL 16 bits

5.552 MRSCLUPCHCNT (CMS30 Phase 10)

DID-name: MRSCLUPCHCNT DID-number: 585 Function: Covers UPCH channel measurements (per cell). Application: Block MRCELL Position Contents 1 Cell State 2 Correctly received UPCH slots (NPDSLOTCORRECT) accumulator 3 Erroneously received UPCH slots (NPDSLOTERR) accumulator 4 Number of accumulations of (NPDSLOTACC) correct and erroneously UPCH slots accumulator Description: The counters are defined per cell. DID item position 1 is a state value indicating if the cell is defined or not, (0 = undefined / 1 = defined). DID items are stored in records. The file including the records is size alterable with maximum size of 4096 records. The record number can be translated to a cell name in the cell translation table (DID MRSCELLTTAB). The size of the variables. Position Block Size 1 MRCELL 1 bit 2-4 MRCELL 32 bits

5.553 GSCNT (CAPC 6.2)

DID-name: GSCNT DID-number: 586



Function: Counters for Gs Interface message Statistics. Application: Block MGSCOUNT Position Contents 1 Number of received Reset Indication messages from SGSN (NRESETR) 2 Number of sent Reset Indication messages to SGSN (NRESETS) 3 Number of received Uplink Tunnel Request for Authentication messages from SGSN (NUPAUTH) 4 Number of received Uplink Tunnel Request for R-DATA messages from SGSN (NUPRD) 5 Number of sent Downlink Tunnel Request for R-DATA Accept messages to SGSN (NDORDA) 6 Number of sent Downlink Tunnel Request for R-DATA Reject messages from SGSN (NDORDR) 7 Number of received Paging Reject messages from SGSN (NPAGEREJ) 8 Number of received MS Unreachable messages from SGSN (NMSUNREA) 9 Number of received Uplink Tunnel Request for page response (reject) messages from SGSN (NUPPRREJ) 10 Number of sent Paging Request messages to SGSN (NPAGEREQ) 11 Number of sent Downlink Tunnel Request for page messages to SGSN (NDOPAGE) 12 Number of received Uplink Tunnel Request for registration messages from SGSN (NUPREG) 13 Number of received Uplink Tunnel Request for capability report messages from SGSN (NUPCREP) 14 Number of sent Downlink Tunnel Request for registration Accept messages to SGSN (NDOREGA) 15 Number of sent Downlink Tunnel Request for registration Reject messages to SGSN (NDOREGR) 16 Number of sent Downlink Tunnel Request for Capability Request messages to SGSN (NDOCREQ) 17 Number of received Uplink Tunnel Request for R-DATA Accept messages from SGSN (NUPRDA) 18 Number of received Uplink Tunnel Request for R-DATA Reject messages from SGSN (NUPRDR) 19 Number of sent Downlink Tunnel Request for R-DATA messages from SGSN (NDORD) 20 Number of received Mobile Status messages from SGSN (NMBSTAR)



21 Number of sent Mobile Status messages to SGSN (NMBSTAS) 22 Number of received Reset-Ack messages from SGSN (NREACKR) 23 Number of sent Reset-Ack messages to SGSN (NREACKS) 24 Number of received IMSI Detach Indication messages from SGSN (NIMSIDI) 25 Number of sent IMSI Detach-Ack messages to SGSN (NIMSIDA) Description: All the variables are stored as common data and the counters are presented as system total. This function collects statistics for CMS8800 GNC received/sent messages from/to SGSM through the Gs Interface. The size of the variables. Position Blocks Size 1 - 25 MGSCOUNT 32 bits

5.554 RELOCCNT (CSS R9.0)

DID-name: RELOCCNT DID-number: 587 Function: Counters for relocation, MSC level Application: Blocks MUREL and MURELP Position Contents 1 Number of inter-RNC relocation attempts. 2 Number of received relocation required (excluding those received during guard time). 3 Number of sent relocation requests to the target RNC. 4 Number of successful relocation requests to the target RNC. 5 Number of sent relocation commands. 6 Number of successful inter-RNC relocation attempts. 7 Number of switch orders to the MGW triggered by relocation detect. 8 Number of switch orders to the MGW triggered by relocation complete. 9 Number of relocation attempts causing the UE to switch back to the old RNC. 10 Number of relocation faults causing the MSC server to release the call. 11 Number of inter-RNC relocation attempts on signalling channel. 12 Number of successful inter-RNC relocation on signalling channel. Description:



All the variables are stored as common data. The counters specified in DID positions 2-5 are stored in block MURELP and the remaining counters in MUREL. The size of the variables: Position Block Size 1 MUREL 16 bits 2-5 MURELP 16 bits 5-12 MUREL 16 bits

5.555 NMSCUGHOCNT (CSS R9.0)

DID-name: NMSCUGHOCNT DID-number: 588 Function: Counters for UMTS to GSM inter-MSC handover on neighbouring MSC level Application: Block MUREL, MHIC DID item Contents position 1 Number of basic UMTS to GSM handover attempts to neighbouring MSC/VLR server or MSC/VLR 2 Number of successful basic UMTS to GSM handovers to neighbouring MSC/VLR server or MSC/VLR 3 Number of basic UMTS to GSM handover attempts on signalling channels to neighbouring MSC/VLR server or MSC/VLR 4 Number of successful basic UMTS to GSM handovers on signalling channels to neighbouring MSC/VLR server or MSC/VLR 5 Number of subsequent UMTS to GSM handover attempts to neighbouring MSC (back to anchor or to third MSC) 6 Number of successful subsequent UMTS to GSM handovers to neighbouring MSC (back to anchor or to third MSC) 7 Number of subsequent UMTS to GSM handover attempts on signalling channel to neighbouring MSC (back to anchor or to third MSC) 8 Number of successful subsequent UMTS to GSM handovers on signalling channel to neighbouring MSC (back to anchor or to third MSC) 9 Number of basic handover attempts from signalling channel to traffic channel to neighbouring MSC/VLR Server or MSC/VLR 10 Number of successful basic handovers from signalling channel to traffic channel to neighbouring MSC/VLR Server or



MSC/VLR Description: One record per neighbouring MSC in the blocks. In practice, it is conceivable for one particular MSC to have 5 neighbours. The pointer for MSC is the same in all blocks. It is the same as the pointer in the MSC translation table in block MTRAN (DID: MSCTAB). Pointer 0 is used in case of 'unknown MSC'. Block MUREL belongs to the subsystem MMS. The size of the variables: Position Block Size 1-4 MUREL 16 bits 5-8 MHIC 16 bits 9-10 MUREL 16 bits Note that the description of DID 200 NBRMSCLCNT need to be updated in order to reflect GSM handover.

5.556 UGHNDOVERCNT (CSS R9.0)

DID-name: UGHNDOVERCNT DID-number: 589 Function: Counters for UMTS to GSM handover, MSC level. Application: Blocks MUREL, MURELP and MRRM DID item Contents position 1 Number of received relocation required (excluding those received during guard time) for UTMS to GSM handover 2 Number of sent UTMS to GSM handover requests to the target BSC 3 Number of successful UTMS to GSM handover requests to the target BSC 4 Number of sent relocation commands sent during UTMS to GSM handover 5 Number of GS-operations triggered by handover detect during UTMS to GSM handover 6 Number of GS-operations triggered by handover complete during UTMS to GSM handover 7 Number of UTMS to GSM handover attempts causing the MS to switch back to the old serving RNC 8 Number of UTMS to GSM handover faults causing the MSC to release the call 9 Number of handover attempts from RNC to BSC 10 Number of successful handovers from RNC



to BSC 11 Number of handover attempts from RNC to BSC on SDCCH 12 Number of successful handovers from RNC to BSC on SDCCH 13 Number of handover attempts from signalling channel to traffic channel 14 Number of successful handovers from signalling channel to traffic channel Description: All the variables are stored as common data. The counters specified in DID positions 1 and 4 are stored in MURELP. The counters specified in DID positions 2 - 3 are stored in MRRM. The counters specified in DID positions 5 - 14 are stored in MUREL. Blocks MHO, MRRM and MUREL belong to the subsystem MMS. The size of the variables: Position Block Size 1,4 MURELP 16 bits 2,3 MRRM 16 bits 5-14 MUREL 16 bits

5.557 PDCUMTSFNRCNT (CSS R9.0)

DID-name: PDCUMTSFNRCNT DID-number: 590 Function: Counters associated to PDC-UMTS functionality: both for the number of subscribers of each type defined in the data base and for roaming number provision messages received in the FNR from both UMTS and PDC networks. Application: Blocks FLNAN, FRRGAP, FRDOP DID item position Contents 1 Counter for the number of individual PDC relationships defined in the FNR (NPDCSUBSCNT). 2 Counter for the number of individual UMTS relationships defined in the FNR (NUMTSSUBSCNT). 3 Counter for the number of SCCP messages for PDC subscribers in the PDC network (NPDCHOMECNT). 4 Counter for the number of PDC MAP messages for PDC subscribers ported from the UMTS network (NPDCPORTEDCNT).



5 Counter for the number of UMTS MAP messages for UMTS subscribers in the UMTS network (NUMTSHOMECNT). 6 Counter for the number of UMTS MAP messages for UMTS subscribers ported from the PDC network (NUMTSPORTEDCNT). 7 Counter for the number of PDC MAP messages for UMTS subscribers (NPDCUMTSCNT). 8 Counter for the number of UMTS MAP messages for PDC subscribers (NUMTSPDCCNT). 9 Counter for the number of PDC messages successfully answered (NPDCSUCCCNT). 10 Counter for the number of UMTS messages successfully answered (NUMTSSUCCCNT). 11 Counter for the number of PDC messages answered with an error (NPDCERRORCNT). 12 Counter for the number of UMTS messages answered with an error (NUMTSERRORCNT). Description: All the counters will be stored in common variables. Object type, PDCUMTSFLN, will be defined to include all the counters associated to PDC-UMTS FNR feature. The rest of the counters defined in the design base won't be used by this functionality, except those related to traffic sensitive SAEs (SAECNT and BNTAB), that will be handled by FLNAN (SAE 500), FRRGAP (SAE 500), FMAPTC (SAE 500 and 604) and FRDOP (SAE 500). The size of the variables: Position Block Size 1-8 FLNAN 32 bits 9,11 FRDOP 32 bits 10,12 FRRGAP 32 bits

5.558 UMTSSECCNT (CSS R9.0)

DID-name: UMTSSECCNT DID-number: 592 Function: Security handling counter for UMTS Application: Blocks MUIP DID item position Contents 1 Number of successfully received



Security Mode Complete messages. (signal SENDCIPHR) 2 Total Number of sent Security Mode Command messages. (signal SENDCIPH) Description: The counters are stored in common data and DID item positions: 1-2 = 32 bits,counters are R declared. The size of the variables: Position Block Size 1-2 MUIP 32 bits

5.559 AAL2PATHCNT (CSS R9.0)

DID-name: AAL2PATHCNT DID-number: 593 Function: Counters for AAL type 2 Paths Application: Block A2CTL Position Contents 1 State (undefined/defined) 2 Number of connection attempts on path (NCONN) 3 Number of established bearer connections on path (NSUCC) 4 Number of lost connection attempts due to congestion of CIDs (NFAILCGCID) 5 Number of lost connection attempts due to congestion of bandwidth (NFAILCGBW) 6 Number of lost connection attempts due to congestion of GS (NFAILCGGS) 7 Number of lost connection attempts due to congestion of AAL2 channels (NFAILCGCH) 8 Current number of active connections on path (TRAL) Description: One record per path. The path file is size alterable (SAE 514). State indicates whether the path is undefined (=0) or defined (=1). The record pointer is used to enable translation to symbolic path name using the AAL2PATHTAB translation table (DID 594). The size of the variables. Position Block Size 1 A2CTL 1 bit 2-7 A2CTL 16 bits 8 A2CTL 8 bits

5.560 AAL2PATHTAB (CSS R9.0)

DID-name: AAL2PATHTAB DID-number: 594



Function: AAL2 Path Translation Table Application: Block A2CTL Position Contents 1 Symbolic Path name Description: Translation from Path pointer to symbolic name. One record per path. The path file is size alterable (SAE 514). The size of the variables. Position Block Size 1 A2CTL 7 characters (ASCII string)

5.561 AUTHSUBSCNT (CSS R9.0)

DID-name: AUTHSUBSCNT DID-number: 595 Function: Counters for the number of subscribers storing each kind of authentication vectors. Application: Block HAUTHD Position Contents 1 Number of subscribers storing triplets (SUBSTRIPL) 2 Number of subscribers storing quintets (SUBSQUINT) Description: Defined total number of subscribers storing each kind of authentication vectors. All the counters are stored as common data. The size of the variables. Position Block Size 1 - 2 HAUTHD 32 bits

5.562 ECNPCNT (CSS R9.0)

DID-name: ECNPCNT DID-number: 596 Function: Measurement of values from echo canceller in pool with Network Probe. Application: ECP5 (new SNT owning block for ECP505 devices) Position Contents 1 State 2 Non valid count 3 Interval 1 count 4 Interval 2 count 5 Interval 3 count 6 Interval 4 count 7 Interval 5 count 8 Interval 6 count 9 Interval 7 count 10 Interval 8 count



11 Interval 9 count 12 Interval 10 count 13 Interval 11 count 14 Interval 12 count 15 Interval 13 count 16 Interval 14 count 17 Interval 15 count 18 Interval 16 count Description: The counters in this DID represent the different measured levels in the echo canceller. Each counter represents a number of calls, for which the measured parameter is within the range corresponding to the counter. When a sample is taken, a counter number is calculated basing on the measured value and the counter is incremented. Counter values are only valid if State = 1. The counters are individual variables, one record is used for each measurement. The size of the file will be 4 (ASL R, ASL S, ERL, PD). The record number in the DID will be used to point to the corresponding record in the translation DID. The size of the variables. Position Blocks Size 1 ECP5 1 bit 2-18 ECP5 32 bits

5.563 ECNPTAB (AMC 6.1)

DID-name: ECNPTAB DID-number: 597 Function: ECNP translation table. Application: ECP5 (new SNT owning block for ECP505 devices). Position Contents 1 ASCII indentifier Description: Translation from the object timer in ECNPCNT to object name. The size of the variables. Position Block Size 1 ECP5 15 Characters

5.564 SH2AMCNT (CSS R9.0)

DID-name: SH2AMCNT DID-number: 598 Function: Counters for the Control File held in the function block SH2OSRF, the MCS traffic file held in the function block SH2MCS, the Dialogue files held in the Protocol handling Function Operation Handling blocks SH2PM/SH2TCUx and Dialogue Control traffic Level held in the



function block SH2DM, in the SSF-AM. Application: SH2OSRF, SH2MCS, SH2PM and SH2TCU1/SH2TCU2/SH2TCU3, SH2DM. Position Contents 1 Number of SRF seizure attempts (SRFATT) 2 Number of SRF seizure attempts with congestion (SRFCNG) 3 Number of unsuccessful SRF control connections (TIMESRF) 4 Number of occupied SRF individuals (SRFTRF) 5 Number of ETC seizure attempts (ETCATT) 6 Number of ETC seizure attempts with congestion (ETCCNG) 7 Number of unsuccessful ETC control connections (TIMEETC) 8 Number of occupied SRF individuals (ETCTRF) 9 Number of service requests for Call Gapping (CGREQ) 10 Number of service requests for Call Limiting (CLREQ) 11 Number of service requests for Service Filtering (SFREQ) 12 Number of unsuccessful dialogues for ActivityTest failure (CDIALATTFAIL) 13 Number of message sending requests rejected by Protocol Manager (CSENDREQREJ) 14 Dialogue initiation attempts (CDIALINITATT) 15 Dialogue initiation attempts with congestion (CDIALINITCONG) 16 Number of unsuccessful dialogues aborted by SSF (CDIALABORTSSF) 17 Dialogue in progress (CDIALINPROG) 18 Number of processed dialogues (CDIALPROCESSED) 19 Number of unsuccessful dialogues, message not accepted by TCAP (CDIALREJTCAP) 20 Number of unsuccessful dialogues, aborted by SCF or remote TCAP. (CDIALREMABORT) 21 Number of Error or Reject components received from SCF. (CDIALSCFERRREJ) 22 Number of Error or Reject components sent by SSF. (CERRREJSEND) 23 Number of dialogue seizure attempts (DIAATT) 24 Number of dialogue seizure attempts that meet congestion (DIACNG) 25 Number of dialogues individuals in use (DIATRF) Description: All the variables are stored in Common data and the counters are presented as system total. Note that multiple SH2PM blocks can be present in the SSF-AM. Note that only one SH2TCUx (x=1, 2 or 3) block is active on the SSF-AM dump. The size of the variables : position Block Size 1-8 SH2OSRF 32 Bits 9-11 SH2MCS 32 Bits 12-15 SH2PM 32 bits



16 SH2TCUx 32 bits 17 SH2TCUx 16 bits 18-22 SH2TCUx 32 bits 23-25 SH2DM 32 Bits

5.565 SH2AMCALLCNT (CSS R9.0)

DID-name: SH2AMCALLCNT DID-number: 599 Function: Counters for the Call File held in the function block SH2CPM in the SSF-AM. Application: SH2CPM DID item Contents position 1 Number of call seizure attempts (CALLATT) 2 Number of occupied call individuals (CALLTRF) 3 Number of call seizure attempts with congestion (CALLCNG) Description: All the variables are stored as common data. The size of the variables : position Block Size 1-3 SH2CPM 32 Bits

5.566 SH2ISTCNT (CSS R9.0)

DID-name: SH2ISTCNT DID-number: 600 Function: Triggering and SCF Invocation, Dialogue Level Application: Block SH2FIM DID item Contents position 1 Number of Tssf timeouts due to IDP/ARI (TIMEINI) 2 Number of Tssf timeouts due to subsequent operations (TIMESUB) 3 Number of IDP/ARI operations sent (OPSINI) 4 Number of aborts for sent IDP/ARI operations (OPSIAB) 5 Number of rejects and ReturnErrors for sent IDP/ARIs (OPSIREJ) 6 Number of subsequent operations (OPSSUB) 7 Number of aborts for subsequent operations (OPSAAB) 8 Number of rejects and ReturnErrors for subsequent operations (OPSAREJ) 9 Number of received operations (OPRECAL) 10 Number of errors for received operations (OPRECF) 11 Number of IST Selection (ISTSEL) 12 Number of failed IST selections due to data error in the IST data. (ISTDERR)



Description:

One record per IST in the SSF identified with the IST number. All the variables (wich are pointed out by DID item positions) are stored in a record.

The maximum number of records is 65536. Initial number of records is 1.

The size of the variables : position Block Size 1-12 SH2FIM 32 Bits

5.567 SH2SCFCNT (BSS R9)

DID-name: SH2SCFCNT DID-number: 601 Function: Operation Handling and Dialogue Control, Traffic Level Application: Block SH2TD6 DID item Contents position 1 Number of SCF invocation attempts per DPC+SSN (SCFDPC) 2 Number of SCF invocation attempts per GLT (SCFGLT) 3 Number of SCF invocation attempts per GLT+SSN (SCFGSSN)

Description:

One record per destination in the SSF identified a destination number. All the variables (which are pointed out by DID item positions) are stored in a record.

This file is size alterable by SAE 937. The maximum number of records is 32766. Initial number of records is 1.

The size of the variables : position Block Size 1-3 SH2TD8 32 Bits

5.568 BSCPOSCNT (BSC R9)

DID-name: BSCPOSCNT DID-number: 602 Function: Positioning Measurement Coordinator Application: Block RMPOS DID item Contents position



1 Number of 09.31 PERFORM LOCATION REQUESTS sent to the SMLC. (PERFLOCREQ) 2 Number of 08.08 PERFORM LOCATION REQUESTS sent to the MSC, due to reception of 09.31 PERFORM. LOCATION RESPONSE from the SMLC (PERFLOCRESP) 3 Number of 09.31 PERFORM LOCATION ABORT sent to the SMLC, due to reception of 08.08 PERFORM LOCATION ABORT. (PERFLOCABORT) 4 Number of 08.71 RESET messages sent to the SMLC. (RESET) 5 Number of 08.71 ABORT messages sent to the SMLC. (ABORT)

Description:

The counters are defined per BSC(system total). DID item positions 1-5 are PC and stored in the block RMPOS. The size of the variables = 16 bits. The variables are stored as common data.

The size of the variables : position Block Size 1-5 RMPOS 16 Bits

5.569 CELLPOSCNT (BSC R9)

DID-name: CELLPOSCNT DID-number: 603 Function: Positioning Measurement Coordinator (cell level) Application: Block RMCNT DID item Contents position 1 State 2 Global cell pointer to the serving cell (SERVCELLP) 3 Number of 04.31 MEASURE POSITION REQUEST sent to the MS (MEASPOSREQ) 4 Number of 04.31 MEASURE POSITION RESPONSE sent to the SMLC (MEASPOSRESP)

Description:

One set of counter is defined per cell The variables are stored in a record The maximum mumber of records in the file is 512 The SAE 298 is used to alter the file size DID item positions 1-4 are stored in the cell file in block RMCNT. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer, the pointer value can be translated to a cell name in the cell translation table(DID CELLTRANTAB) DID item positions 3 and 4 are PC.

The size of the variables : position Block Size 1 RMCNT 1 Bit 2-4 RMCNT 16 Bits



5.570 OPTFEATCNT

DID-name: OPTFEATCNT DID-number: 604 Function: Counters for Optional Feature statistic Application: Block MTA, MABC and MUABC DID item Contents position 1 Total number of call attempts (NTOTLIWFBYPASS) requiring "Bypassing of the local IWF for Internet calls" 2 Total number of successful call (NSUCCLIWFBYPASS) attempts requiring "Bypassing of the local IWF for Internet calls" 3 Number of service requests for multi-media over 3.1 kHz Audio. (NMMGSMTOT) 4 Number of accepted service requests for multi-media over 3.1 kHz Audio. (NMMGSMSUCC) 5 Number of service requests for multi-media over UDI or RDI. (NMMUMTSTOT) 6 Number of accepted service requests for multi-media over UDI or RDI. (NMMUMTSSUCC)

Description:

All the variables are stored as common variables in the blocks MTA (variable 1&2), MABC (variable 3&4), and MUABC (variable 5&6).

The size of the variables : position Block Size 1-2 MTA 32 Bits 3-4 MABC 32 Bits 5-6 MUABC 32 Bits

5.571 APPLATCNT (AP Platform Only)

DID-name: APPLATCNT DID-number: 605 Function: Counters for the Adjunct Processor. Application: Platform Statistic Source (AP) Position Contents 1 Current CPU usage (percent) 2 Current Priviledged CPU usage (percent) 3 Current User CPU usage (percent) 4 Context switching rate (switches per second) 5 Registry quota in use (percentage)



6 Available free memory (bytes) 7 Page fault rate (number per second) 8 Cache fault rate (number per second) 9 Network Interface, bytes received (per second) 10 Network Interface, bytes sent (per second) Description: The size of the variables. DID positions: 1-10 = 32 bits


DID-name: APDISKCNT DID-number: 606 Function: Counters for the Adjunct Processor disks Application: Platform Statistic Source (AP) Position Contents 1 State 2 Disk read time (percentage of period spent reading) 3 Disk write time (percentage of period spent writing) 4 Average disk read Queue length 5 Average disk write Queue length Description: One record per disk. State position indicates if the individual is valid or not (0=invalid). The disks are identified using the translation table APDISKTAB. The individual for the table corresponds to the individual in the counter DID. The size of the variables. DID positions: 1 = 8 bit 2-5 = 32 bits


DID-name: APDISKTAB DID-number: 607 Function: Translation table for disk name on Adjunct Processor. Application: Platform Statistics Source (AP) Position Contents 1 Disk Name Description: One record per disk. Note: The Translation table APDISKTAB is not defined in STDEF.



The size of the variables. position Block Size 1 PSS STRING 31 Characters

5.574 GUHNDOVERCNT

DID-name: GUHNDOVERCNT DID-number: 608 Function: Counters for Intra-MSC GSM to UMTS handover Application: Blocks MURELP, MHO, MRRM DID item Contents position 1 Number of received handover required (NGUHNDHRQDTOT) 2 Number of sent relocation requests to the target RNC. (NGURELREQTOT) 3 Number of successful GSM TO UMTS relocation requests to the target RNC. (NGURELREQSUCC) 4 Number of handover commands send during GSM to UMTS handover. (NGUHNDCMDTOT) 5 Number of switch orders to the MGW triggered by relocation detect during GSM to UMTS handover. (NGURELDGSSUCC) 6 Number of switch orders to the MGW triggered by relocation complete during GSM to UMTS handover. (NGURELCGSSUCC) 7 Number of handover attempts causing the UE to switch back to the old BSC. (NGUHNDATTSUCC) 8 Number of handover faults causing the MSC server to release the call. (NGUHNDRELRR) 9 Number of handover attempts from BSC to RNC. (NGUHBSCRNCTOT) 10 Number of successful handovers from BSC to RNC. (NGUHBSCRNCSUCC) 11 Number of handover attempts from BSC to RNC on signalling channel. (NGUHNDSDTOT) 12 Number of successful handovers from BSC to RNC on signalling channel. (NGUHNDSDSUCC) 13 Number of handover attempts from BSC to RNC from signalling to traffic channel. (NGUHNDSHTTOT) 14 Number of successful handovers from BSC to RNC from signalling to traffic channel. (NGUHNDSHTSUCC)

Description:

All the variables are stored as common data. The counters specified in DID position 1 and 4 are stored in block MRRM, positions 2 and 3 are stored in MURELP and the remaining counters in block MHO.



The size of the variables : position Block Size 1 MRRM 16 Bits 2-3 MURELP 16 Bits 4 MRRM 16 Bits 5-14 MHO 16 Bits

5.575 DTAPLCSCNT

DID-name: DTAPLCSCNT DID-number: 609 Function: Counters for DTAP messages for Location Services Application: Block MCISS DID item Contents position 1 Total number of initiated DTAP messages for Location Services. (NDTAP1TOT) 2 Total number of accepted messages requesting that Location Estimate is sent to the MS. (NDTAPMSTOT) 3 Total number of accepted messages requesting that Location Estimate is sent to a specific LCS client. (NDTAPEXTOT) 4 Number of accepted messages requesting deciphering keys or assistance data for E-OTD. (NDTAPEOTD) 5 Number of accepted messages requesting deciphering keys or assistance data for A-GPS. (NDTAPAGPS) 6 Total number of successful messages. (NDTAPSTOT)

Description: The counters will be stored in common variables. The variables will be clear marked.

The size of the variables : position Block Size 1-6 MCISS 32 Bits

5.576 PCKTDATACNT

DID-name: PCKTDATACNT DID-number: 610 Function: Packet data statistics Application: Blocks MRRM, MRPD and MSCHC DID item Contents position 1 Counter for the number of Network initiated reactivation



Attempts from Dormant state. (NSRATOT) 2 Counter for successful response to Network activation from Dormancy. (NSRPSUCC) 3 Counter for unsuccessful response to Network activation from Dormancy due to "service option not available" cause value. (NSRPUNSUCC) 4 Counter for the Number of Dormancy transitions. (NPACDTOT) 5 Number of Packet data call attempts (including DORMANCY handoff). (NPDATATOT)

Description:

The size of the variables : position Block Size 1 MRRM 16 Bits 2-3 MRPD 16 Bits 4 MRRM 16 Bits 5 MSCHC 16 Bits

5.577 MTSFB3CNT (UMTS GSM/MSC)

DID-name: MTSFB3CNT DID-number: 611 Function: Counters for MTS MAP V3 operation Fall Back statistics for Application Contexts (AC). Application: Block MHOAAP3 DID item Contents position 1 AC Identity (code) 2 Number of fall backs for an Application Context MAP V3 to MAP V2 3 Number of fall backs for an Application Context MAP V3 to MAP V1

Description:

One record per Application Context (the number of records = number of Application Contexts in the block). The variables are stored as common data if the block contains only one Application Context. The Application Contexts are identified by a code. (DID: MTSFBTAB). Note that the description of the DID MTSFBTAB should be rephrased in order to include also fallbacks from MAP V3.

The size of the variables : position Block Size 1 MHOAAP3 8 Bits 2-3 MHOAAP3 16 Bits



5.578 NBRMSCGUHCNT (UMTS GSM/MSC)

DID-name: NBRMSCGUHCNT DID-number: 612 Function: Counters Neightbouring MSC Level Statistics for GSM to UMTS Handover Application: Blocks MHO and MHIC DID item Contents position 1 Number of basic GSM to UMTS handover attempts to neighbouring MSC/VLR server 2 Number of successful basic GSM to UMTS handover attempts to neighbouring MSC/VLR server 3 Number of subsequent GSM to UMTS handover attempts from neighbouring MSC back to anchor MSC/VLR server per serving MSC 4 Number of successful subsequent GSM to UMTS handover from neighbouring MSC back to anchor MSC/VLR server per serving MSC 5 Number of subsequent GSM to UMTS handover attempts from neighbouring MSC to third MSC/VLR server. The target MSC/VLR server shall be the measurement object. 6 Number of successful subsequent GSM to UMTS handovers from neighbouring MSC to third MSC/VLR server. The target MSC/VLR server shall be the measurement object. 7 Number of incoming GSM to UMTS handover attempts from neighbouring MSC (incoming handovers shall include basic handovers and subsequent handover from neighbouring MSC) 8 Number of successful incoming GSM to UMTS handovers from neighbouring MSC (incoming handovers shall include basic handovers and subsequent handover from neighbouring MSC) 9 Number of basic GSM to UMTS handovers attempts from signalling to traffic channel 10 Number of successful basic GSM to UMTS handovers from signalling to traffic channel 11 Number of basic GSM to UMTS handovers attempts from signalling to signalling channel to neighbouring MSC/VLR server 12 Number of successful basic GSM to UMTS handovers from signalling to signalling channel to neighbouring MSC/VLR server



13 Number of subsequent GSM to UMTS handover attempts on signalling channel from neighbouring MSC back to anchor MSC/VLR server, per serving MSC 14 Number of successful subsequent GSM to UMTS handovers on signalling channel from neighbouring MSC back to anchor MSC/VLR server, per serving MSC 15 Number of subsequent GSM to UMTS handover attempts from signalling to signalling channel from neighbouring MSC to third MSC/VLR server. The target MSC/VLR server shall be the measurement object. 16 Number of successful subsequent GSM to UMTS handover from signalling to signalling channel from neighbouring MSC to third MSC/VLR server. The target MSC/VLR server shall be the measurement object. 17 Number of Subsequent GSM to UMTS handover attempts from signalling to signalling channel from neighbouring MSC to third MSC/VLR server. The target MSC/VLR server shall be the measurement object. 18 Number of successful incoming GSM to UMTS handovers on signalling channel from neighbouring MSC (incoming handovers shall include basic handovers and subsequent handover from neighbouring MSC)

Description:

One record per neighbouring MSC in the blocks. In practice, it is conceivable for one particular MSC to have 5 neighbours. The pointer for MSC is the same in all blocks. It is the same as the pointer in the MSC translation table in block MTRAN (DID: MSCTAB). Pointer 0 is used in case of "unknown MSC".

The size of the variables : position Block Size 1-6 MHO 16 Bits 7-8 MHIC 16 Bits 9-16 MHO 16 Bits 17-18 MHIC 16 Bits

5.579 ISDNEBAGCNT

DID-name: ISDNEBAGCNT DID-number: 613 Function: Counters for ISDN-E BA group ststistics Application: Blocks LIADM, LITH, PHO and PHT Position Contents 1 Number of B-channels in the BA group. (BCGBA) 2 Number of B-channels in service in the BA group. (BCSGBA)



3 Number of originating call attempts. (OCABA) 4 Number of originating calls that get B-Answer (OCBABA) 5 Number of Busy channels (originating traffic level counter) (OTLBA) 6 Number of active call (originating active traffic level counter) (OATLBA) 7 Number of terminating call attempts. (TCABA) 8 Number of terminating successful call attempts (calls that get a free channel). (TSCABA) 9 Number of terminating calls that get B-Answer. (TCBABA) 10 Number of Busy channels (terminating traffic level counter) (TTLBA) 11 Number of active call (terminating active traffic level counter) (TATLBA)

Description: One record per BA group. The number of records is fixed and is 501. The counter specified in DID position 1 is stored in block LIADM (in a file with 1 field and 501 records); the counters specified in DID positions 2,5 and 10 are stored in block LITH (in a file with 3 fields and 501 records); the counters in DID positions 3,4 and 6 are in PHO block (in a file with 3 fields and 501 records); in DID positions 7,8,9 and 11 are in PHT block (in a file with 4 fields and 501 records). The base addresses given in DIDinfo event are the ones of the first record (record pointer = 0) of the files. The record number will be used to identify the object.

The size of the variables : Position Block Size 1 LIADM 16 Bits 2 LITH 16 Bits 3-4 PHO 16 Bits 5 LITH 16 Bits 6 PHO 16 Bits 7-9 PHT 16 Bits 10 LITH 16 Bits 11 PHT 16 Bits

5.580 ISDNEPRAGCNT

DID-name: ISDNEPRAGCNT DID-number: 614 Function: Counters for ISDN-E PRA group statistics Application: Blocks LIADM, LITH, PHO and PHT Position Contents 1 Number of B-channels in the PRA group. (BCGPRA) 2 Number of B-channels in service in the PRA group. (BCSGPRA) 3 Number of originating call attempts. (OCAPRA) 4 Number of originating calls that get B-Answer. (OCBAPRA)



5 Number of Busy channels (originating traffic level counter). (OTLPRA) 6 Number of active call (originating active traffic level counter). (OATLPRA) 7 Number of terminating call attempts. (TCAPRA) 8 Number of terminating successful call attempts (calls that get a free channel). (TSCAPRA) 9 Number of terminating calls that get B-Answer. (TCBAPRA) 10 Number of Busy channels (terminating traffic level counter). (TTLPRA) 11 Number of active call (terminating active traffic level counter). (TATLPRA)

Description: One record per PRA group. The number of records is fixed and is 501. The counter specified in DID position 1 is stored in block LIADM (in a file with 1 field and 501 records); the counters specified in DID positions 2,5 and 10 are stored in block LITH (in a file with 3 fields and 501 records); the counters in DID positions 3,4 and 6 are in PHO block (in a file with 3 fields and 501 records); in DID positions 7,8,9 and 11 are in PHT block (in a file with 4 fields and 501 records). The base addresses given in DIDinfo event are the ones of the first record (record pointer = 0) of the files. The record number will be used to identify the object.

The size of the variables : Position Block Size 1 LIADM 16 Bits 2 LITH 16 Bits 3-4 PHO 16 Bits 5 LITH 16 Bits 6 PHO 16 Bits 7-9 PHT 16 Bits 10 LITH 16 Bits 11 PHT 16 Bits

5.581 MNPMAINTCNT (UMTS GSM/MSC)

DID-name: MNPMAINTCNT DID-number: 615 Function: Counters for MNP maintenance Application: Block DQMNT Position Contents 1 Number of unsuccessful MNP database queries due to signalling failure towards MNP database. (QUERYFAILURE) 2 Nunber of ReleaseCall operations received from the MNP database. (RELCALL)

Description: Two common store variables in DQMNT.

The size of the variables : Position Block Size 1 - 2 DQMNT 32 Bits



5.582 ANSIGSMNMCNT (UMTS GSM/MSC)

DID-name: ANSIGSMNMCNT DID-number: 616 Function: Counters associated to functionallity for feature 'Number Migration from ANSI-41 to GSM/UMTS': both for the number of subscribers of each type defined in the database and for roaming number provision messages received in the FNR for ANSI-41 networks and subscribers. They can be reported as 16 bits via a 32 bit DID interface. Application: Blocks FLNAM, FRRGAP and FARRAP. Position Contents 1 Counters for the number of subscribers in the operator's own GSM network. (NGSMSUBSCNT) 2 Counter for the number of subscribers in the operator's own ANSI-41 network. (NANSISUBSCNT) 3 Counter for the number of incoming messages from GSM networks, with received TT equal to 0, 128 or TTIN1, and sucessfully translated in the SRF application. (INGSMSUCCCNT) 4 Counter for the number of incoming messages from ANSI-41 networks, with received TT equal to TTIN5, and sucessfully translated in the SRF application. (INANSISUCCCNT) 5 Counter for the number of messages received without Global Title in the 'Called Address' and forwarded to the ANSI-41 default route. (UNSUCCANSICNT) 6 Counter for the number of messages received with the Global Title in the 'Called Address' and forwarded to the ANSI-41 default route because the translation can not be accomplished. (TRANSFAILANSICNT) 7 Counters for the number of LocationRequest messages received in the ANSI-41 MAP application. (LOCREQMAPCNT) 8 Counters for the number of LocationRequest messages received in the ANSI-41 MAP application and relayed through the SCCP-user function. (LOCREQRELAYCNT) 9 Counter for the number of LocationRequest messages successfully answered. (LOCREQSUCCCNT) 10 Counter for the number of SRI and RIR messages successfully answered to GMSC for ANSI-41 MAP subscribers. (SRIANSISUCCCNT) 11 Counter for the number of SMSRequest messages received in the ANSI-41 MAP



application. (SMSREQMAPCNT) 12 Counter for the number of SMSRequest messages received in the ANSI-41 MAP application and relayed through the SCCP-user function. (SMSREQRELAYCNT) Description All the counters will be stored in common variables. The size of the variables. Position Block Size 1-6 FLNAN 32 bits 7-12 FARRAP 32 bits

5.583 CAMEL3CNT (UMTS GSM/MSC)

DID-name: CAMEL3CNT DID-number: 617 Function: Counters for Camel phase 3 data statistics Application: Block MSDH3 Position Contents 1 Number of Camel phase 3 data received but not supported. (NFENSUP)

Description: Variable is stored in common data and the counter is presented as system total. The counter specified in DID position 1 is stored in block MSDH3.

The size of the variables : Position Block Size 1 MSDH3 32 Bits

5.584 CAMELSMSCNT (UMTS GSM/MSC)

DID-name: CAMELSMSCNT DID-number: 618 Function: Counter for Camel SMS Application: Block SHSMS (SSFAM) Position Contents 1 Number of invocations of access CAMEL service for MO SMS (NSMSINV) 2 Number of MO SMS failures due to rejection from the CAMEL feature (NSMSFAIL)

Description: All the variables are stored as common data and the counters are presented as system total.



The size of the variables : Position Block Size 1 - 2 SHSMS 32 Bits

5.585 NUCELLRELCNT (GSM/BSC)

DID-name: NUCELLRELCNT DID-number: 619 Function: Inter System GSM (to UTRAN) Handover per cell. Application: Block RQUCD Position Contents 1 State 2 Global cell pointer to the serving cell (SERVCELLP) 3 Global cell pointer to the external UTRAN cell (NEIGCELLPUTRAN) 4 The number of handover commands sent to the neighbouring UTRAN FDD cell (HOVERCNTUTRAN) 5 The number of successful handovers to the neighbouring UTRAN FDD cell (HOVERSUCUTRAN) 6 The number of handover attempts to the neighbouring UTRAN FDD cell where the MS returns to the old channel. (HORTTOCHUTRAN) Description: One set of counters is defined for each neighbour relation. The variables are stored in a record, max 8192 individuals. DID item position 1-6 are stored in the external UTRAN neighbouring cell relation file in block RQUCD. DID item position 1 is a state value indicating if the individual is used or not, (0 = not used). DID item position 2 is a pointer to internal cell number. The pointer value is translated to a cell name using the internal cell translation table CELLTRANTAB. DID item position 3 is a pointer to the external cell number. The pointer value is translated to a cell name using the external cell translation table UCELLTRANTAB. DID item positions 4-6 are PC. The sum of the number of records in the file with external UTRAN neighbouring cell is 8192. The size of the variables. Position Block Size 1 RQUCD 1 bit 2 - 6 RQUCD 32 bits



5.586 UCELLTRANTAB (BSS R9)

DID-name: UCELLTRANTAB DID-number: 620 Function: External Utran cell Translation table Application: Block ROTRAN Position Contents 1 Symbolic cell name (CELLNAME) Description: Translation from cell number to symbolic external UTRAN cell name. The cell number is identical with the record number in the file i.e. the pointer. The size of the variables. Position Block Size 1 ROTRAN string 7 characters

5.587 DTRASUBPOOLCNT (GSM/BSC)

DID-name: DTRASUBPOOLCNT DID-number: 621 Function: Transcoder Resource Counters per Transcoder Sub Pool Application: Block RTTPH Position Contents 1 State 2 Global transcoder pool pointer (ID1) 3 Sub pool number (ID2) 4 Active Transcoder Resources (TPSUBACTR) 5 Available Transcoder Resources (TPSUBAVTR) 6 Idle Transcoder Resources (TPSUBIDLTR) 7 Number of accumulations (TPACC) Description: DID position 1 indicates the state of the corresponding record (0 = not valid, 1 = valid). Only valid records are to be output. DID position 2 is a pointer to the global transcoder translation table (DID TPTRANTAB). DID position 3 is the number of the transcoder sub pool. DID item position 4-7 are peg counters. DID item position 1-7 stored in block RTTPH. The number of objects defined are 8 per pool. The maximum number of records in the file is 40. The size of the variables.



Position Block Size 1 RTTPH 1 bit 2 - 7 RTTPH 16 bits

5.588 TRAFFGPRSCNT (BSC R9 inc 4)

DID-name: TRAFFGPRSCNT DID-number: 623 Function: GPRS Traffic Load counters Per Cell Application: RGRLC Position Contents 1 Cell State 2 Global cell pointer to the serving cell (SERVCELLP) 3 Number of Accumulation of TBF's and PDCH's (TRAFFGPRSSCAN) 4 Number of simultaneous UL TBF for GPRS in a cell (TBFULGPRS) 5 Number of simultaneous DL TBF for GPRS in a cell (TBFDLGPRS) 6 Number of simultaneous UL TBF for EGPRS in a cell (TBFULEGPRS) 7 Number of simultaneous DL TBF for EGPRS in a cell (TBFDLEGPRS) 8 Sum of simultaneous UL TBF for GPRS on every PDCH in a cell (TBFPULGPRS) 9 Sum of simultaneous DL TBF for GPRS on every PDCH in a cell (TBFPDLGPRS) 10 Sum of simultaneous UL TBF for EGPRS on every PDCH in a cell (TBFPULEGPRS) 11 Sum of simultaneous DL TBF for EGPRS on every PDCH in a cell (TBFPDLEGPRS) 12 Number of simultaneous UL PDCH for GPRS in a cell (PDCHULGPRS) 13 Number of simultaneous DL PDCH for GPRS in a cell (PDCHDLGPRS) 14 Number of simultaneous UL PDCH for EGPRS in a cell (PDCHULEGPRS) 15 Number of simultaneous DL PDCH for EGPRS in a cell (PDCHDLEGPRS) Description: One set of counters are defined for each cell. DID item position 1 is a state value indicating if the Individual is used or not , (0 = not used). DID item position 2 is a pointer, the pointer value is translated to a cell name in the cell translation table (DID CELLTRANTAB) DID item position 3-15 are peg counters. DID item position 1-15 are stored in the cell file in Block RGRLC . The file including the records is size alterable (SAE 298) with a maximum of 512 records.



The size of the variables: Position Block Size 1 RGRLC 1 bit 2 RGRLC 32 bits 3 RGRLC 16 bits 4-15 RGRLC 32 bits

5.589 QOSTRANTAB (BSC R9 inc 4)

DID-name: QOSTRANTAB DID-number: 626 Function: Translation Table for all measured combinations of Qos: GPRS/EGPRS, Ack/Unack mode, Qos class [THP1, THP2,THP3, Background],Uplink/Downlink & Maximum BitRate {8 values} 200 individuals Application: Block RGRLC Position Contents 1 Symbolic name (QOSCOMB) Description: Translation for Combination of Qos to symbolic name The size of the variables. Position Block Size 1 RGRLC string 31 characters(first 16 chars valid only)v

5.590 RLINKBITRCNT (BSC R9 inc 4)

DID-name: RLINKBITRCNT DID-number: 627 Function: GPRS Radio Link BitRate counters per cell Application: RGRLC Position Contents 1 State 2 Global cell pointer to the serving cell (SERVCELLP) 3 TBFs within bitrates interval 8 kbps for GPRS (INT8BRGPRSTBF) 4 TBFs within bitrates interval 10 kbps for GPRS (INT10BRGPRSTBF) 5 TBFs within bitrates interval 12 kbps for GPRS (INT12BRGPRSTBF) 6 TBFs within bitrates interval 14 kbps for GPRS (INT14BRGPRSTBF) 7 TBFs within bitrates interval 16 kbps for GPRS (INT16BRGPRSTBF) 8 TBFs within bitrates interval 18 kbps



for GPRS (INT18BRGPRSTBF) 9 TBFs within bitrates interval 10 kbps for EGPRS (INT10BREGPRSTBF) 10 TBFs within bitrates interval 15 kbps for EGPRS (INT15BREGPRSTBF) 11 TBFs within bitrates interval 20 kbps for EGPRS (INT20BREGPRSTBF) 12 TBFs within bitrates interval 25 kbps for EGPRS (INT25BREGPRSTBF) 13 TBFs within bitrates interval 30 kbps for EGPRS (INT30BREGPRSTBF) 14 TBFs within bitrates interval 35 kbps for EGPRS (INT35BREGPRSTBF) 15 TBFs within bitrates interval 40 kbps for EGPRS (INT40BREGPRSTBF) 16 TBFs within bitrates interval 45 kbps for EGPRS (INT45BREGPRSTBF) 17 TBFs within bitrates interval 50 kbps for EGPRS (INT50BREGPRSTBF) 18 TBFs within bitrates interval 55 kbps for EGPRS (INT55BREGPRSTBF) Description: One set of counters are defined for each cell. DID item position 1 is a state value indicating if the Individual is used or not , (0 = not used). DID item position 2 is a pointer, the pointer value is translated to a cell name in the cell translation table (DID CELLTRANTAB) DID item position 3-18 are peg counters. DID item position 1-18 are stored in the cell file in Block RGRLC . The file including the records is size alterable (SAE 298) with a maximum of 512 records. DID item position 3-18 are peg counters. The size of the variables: Position Block Size 1 RGRLC 1 bit 2-18 RGRLC 32 bits

5.591 BSCQOSCNT (BSC R9 Inc 4)

DID-name: BSCQOSCNT DID-number: 628 Function: GPRS Quality of Service counters for BSC Application: RGRLC Position Contents 1 State 2 Pointer, The pointer value is translated to



a QOS combination name in the QOS translation Table. This position gives the record number to use from the Translation table 3 Total number of TBF's per BSC and a given combination of GPRS/EGPRS, Ack/Unack mode, Uplink/Downlink,Qos class [THP1,THP2,THP3,Background] and Maximum BitRate[8 values] (NUMBERTBF) 4 Total number of transmitted LLC PDU octets per BSC and a given combination of GPRS/EGPRS, Ack/Unack mode, Uplink/Downlink, Qos class[THP1,THP2,THP3,Background] and Maximum BitRate[8 values] (NUMBERLLCPDU) 5 PFC lifetime of all LLC PDUs per BSC and a given combination of GPRS/EGPRS, Ack/Unack mode, Uplink/Downlink,Qos class [THP1,THP2,THP3,Background] and Maximum BitRate[8 values] (PFCLIFETIME) Description: One set of counters are defined for each cell. DID item position 1 is a state value indicating if the Individual is used or not , (0 = not used). DID item position 2 is a pointer, the pointer value is translated to a Quality of Service combination name in the QoS translation table (DID QOSTRANTAB) DID item position 3-5 are peg counters. DID item position 1-5 are stored in the cell file in Block RGRLC . The file size is fixed with 200 objects The number of records in the file is 200 records fixed The size of the variables: Position Block Size 1 RGRLC 1 bit 2-5 RGRLC 32 bits

5.592 IS41GMSCT2CNT (CMS11 MSC)

DID-name: IS41GMSCT2CNT DID-number: 629 Function: Counter describing the number of Inter-System Position Request Invoke sent between the MPC and the MSC. Application: MCIS41 Position Contents 1 Component Type pointer 2 Number of Inter-System Position Request (POSINV) Invoke sent between the MPC and the MSC.



Description: There is one record per component type value. The number of records is a fixed size of 4. The component type pointer value points to the corresponding symbolic component type name (see DID COMPTYPETAB). The component type value is identified by a number from 0 to 3. The size of the variables: Position Block Size 1 MCIS41 16 bits component type pointer 2 MCIS41 32 bits

5.593 CAPAGECNT (CMS88)

DID-name: CAPAGECNT DID-number: 630 Function: Counters for Cell Based Paging Application: MCSH Position Contents 1 State 2 Cell pointer to the initial paging cell 3 Number of cell based page attempts (CAPPATT) 4 Number of cell based page responses when responding cell = initial paging cell (CAPPR) 5 Number of cell based page responses when responding cell is not equal to initial paging cell (CAPPRX) Description: One set of counters is defined for each cell. DID item position 1 is a state value indicating if the individual is used or not. (0 = not used). DID position 2 is a pointer to the initial paging cell. Its value can be translated to a cell name in the translation table (DID CELLTTAB). The maximum number of records in the file is 2048. Size alteration event 132 is used to alter the file size. DID item position 1 - 5 are stored in the CELLDATA file in block MCSH. The size of the variables: Position Block Size 1 MCSH 1 bit 2 - 5 MCSH 16 bits



5.594 CELLTTAB (Odyssey)

DID-name: CELLTTAB DID-number: 631 Function: Cell Translation Table Application: MRTRAN Position Contents 1 Symbolic cell name Description: Translation table from cell pointer to cell name, given in a cell name table. The maximum number of records in the file is 2048. Size alteration event 132 is used to alter the file size. DID item position 1 is the symbolic name of the cell. The size of the variables. Position Block Size 1 MRTRAN string 7 characters

5.595 NRMCNT (UMTS GSM/MSC)

DID-name: NRMCNT DID-number: 632 Function: Network Resource Model counters Application: Block NRM Position Contents 1 State (defined or undefined) 2 Successful selections (MGSEL) Description: One record per Media Gateway (MG) defined in the NRM file. The file uses SAE-1134. The maximum file size is 64k. Individual number 0 is not in use. State indicates if a record is valid (=1) or not (=0). The identity for each record is made using the corresponding record in the translation DID MGTAB. The size of the variables. Position Block Size 1 NRM 1 bit 2 NRM 32 bits



5.596 MGTAB (GATTO)

DID-name: MGTAB DID-number: 633 Function: Media Gateway (MG) translation table Application: Block NRM Position Contents 1 Symbolic MG name Description: Translation from MG pointer to symbolic name One record per Media Gateway (MG). The file uses SAE-1134. The maximum file size is 64k. Individual number 0 is not in use. The size of the variables. Position Block Size 1 NRM string 7 characters

5.597 EMWIDELIVCNT (CMS88)

DID-name: EMWIDELIVCNT DID-number: 634 Function: Counters for the Enhanced MWI Delivery Application: Block MMWI Position Contents 1 Total number of MWI page requests on DCCH (MWIREQ) 2 Number of MWI page requests (first attempt) (MWIREQ0) 3 Number of MWI page requests (first retry) (MWIREQ1) 4 Number of MWI page requests (second retry) (MWIREQ2) 5 Total number of successful MWI deliveries (MWIDEL) on DCCH 6 Number of successful MWI deliveries (for (MWIDEL0) the first attempt) 7 Number of successful MWI deliveries (for (MWIDEL1) a first retry) 8 Number of successful MWI deliveries (for (MWIDEL2) a second retry) 9 Times the maximum number of retries allowed (MWIFAIL) is exceeded, without successful answer Description: These counters are needed to obtain statistic information about the Digital Control Channel efficiency in the Enhanced MWI Feature. The size of the variables. Position Block Size



1 - 9 MMWI 32 bits

5.598 UMTSPOSCNT (UMTS GSM/MSC)

DID-name: UMTSPOSCNT DID-number: 635 Function: Counters for UMTS positioning Application: Block MUIP Position Contents 1 Number of Location Reporting Control messages sent. (NRNTLRCTOT) 2 Number of Location Report messages containing Geographical Co-ordinates received. (NRNTLRSUCC) Description: These counters should be kept per MSC/VLR and will be stored as common stored variables. The size of the variables. Position Block Size 1 - 2 MUIP 32 bits

5.599 MRSCELPAGCNT (CMS30)

DID-name: MRSCELPAGCNT DID-number: 636 Function: Paging Measurements Per Cell Application: MRPAGD Position Contents 1 Cell State 2 Number of requests to send a page of priority 1. (NRQPAG1) 3 Number of requests to send a page of priority 2. (NRQPAG2) 4 Number of requests to send a page of priority 3. (NRQPAG3) 5 Number of requests to send a page of priority 4. (NRQPAG4) 6 Number of not distributed page requests of priority 1. (NRJPAG1) 7 Number of not distributed page requests of priority 2. (NRJPAG2) 8 Number of not distributed page requests of priority 3. (NRJPAG3) 9 Number of not distributed page requests of priority 4. (NRJPAG4)



Description: The counters are defined per cell. DID item position 1 is a state value indicating if the cell is defined or undefined, (0 = undefined). The file including the records is size alterable (SAE 132) with a maximum of 4096 records. The record number can be translated to a cell identity using the cell translation table (DID MRSCELLTTAB). The size of the variables: Position Block Size 1 MRPAGD 1 bit 2 - 9 MRPAGD 16 bits

5.600 CELLQOSGCNT (TPC0 6.4.2)

DID-name: CELLQOSGCNT DID-number: 624 Function: GPRS Quality of service counters per cell Application: RGRLC Position Contents 1 State 2 Global cell pointer to the seving cell (SERVCELLP) 3 Accumulated throughput per PFC for GPRS,UL, and Qos class THP1 in a cell (ULTHP1GTHR) 4 Accumulated throughput per PFC for GPRS,DL, and Qos class THP1 in a cell (DLTHP1GTHR) 5 Accumulated throughput per PFC for GPRS,UL, and Qos class THP2 in a cell (ULTHP2GTHR) 6 Accumulated throughput per PFC for GPRS,DL, and Qos class THP2 in a cell (DLTHP2GTHR) 7 Accumulated throughput per PFC for GPRS,UL, and Qos class THP3 in a cell (ULTHP3GTHR) 8 Accumulated throughput per PFC for GPRS,DL, and Qos class THP3 in a cell (DLTHP3GTHR) 9 Accumulated throughput per PFC for GPRS,UL, and Qos class background in a cell (ULBGGTHR) 10 Accumulated throughput per PFC for GPRS,DL, and Qos class background in a cell (DLBGGTHR) 11 Number of PFC's for GPRS,UL and Qos class THP1 in a cell (ULTHP1GPFC) 12 Number of PFC's for GPRS,DL and Qos class THP1 in a cell (DLTHP1GPFC) 13 Number of PFC's for GPRS,UL and Qos class THP2 in a cell (ULTHP2GPFC) 14 Number of PFC's for GPRS,DL and Qos class THP2 in a cell (DLTHP2GPFC) 15 Number of PFC's for GPRS,UL and Qos class THP3 in a cell (ULTHP3GPFC) 16 Number of PFC's for GPRS,DL and Qos class



THP3 in a cell (DLTHP3GPFC) 17 Number of PFC's for GPRS,UL and Qos class background in a cell (ULBGGPFC) 18 Number of PFC's for GPRS,DL and Qos class background in a cell (DLBGGPFC) 19 Total LLC PDU data for GPRS,UL and Qos class THP1 in a cell (ULTHP1GDATA) 20 Total LLC PDU data for GPRS,DL and Qos class THP1 in a cell (DLTHP1GDATA) 21 Total LLC PDU data for GPRS,UL and Qos class THP2 in a cell (ULTHP2GDATA) 22 Total LLC PDU data for GPRS,DL and Qos class THP2 in a cell (DLTHP2GDATA) 23 Total LLC PDU data for GPRS,UL and Qos class THP3 in a cell (ULTHP3GDATA) 24 Total LLC PDU data for GPRS,DL and Qos class THP3 in a cell (DLTHP3GDATA) 25 Total LLC PDU data for GPRS,UL and Qos class background in a cell (ULBGGDATA) Description: One set of counters defined for each cell DID item position 1 is a state value indicating if the Individual is used or not , (0 = not used). DID item position 2 is a pointer, the pointer value is translated to a cell name in the cell translation table (DID CELLTRANTAB) DID item position 3-25 are peg counters. DID item position 1-25 are stored in the cell file in Block RGRLC . The cell file is alterable using SAE 298 Max number of objects is 512 The size of the variables: Position Block Size 1 RGRLC 1 bit 2-25 RGRLC 32 bits

5.601 CELLQOSG2CNT (TPC0 6.4.2)

DID-name: CELLQOSG2CNT DID-number: 625 Function: GPRS Quality of service counters per cell Application: RGRLC Position Contents 1 State 2 Global cell pointer to the seving cell (SERVCELLP) 3 Total LLC PDU data for GPRS,DL and Qos class background in a cell (DLBGGDATA)



Description: One set of counters defined for each cell DID item position 1 is a state value indicating if the Individual is used or not , (0 = not used). DID item position 2 is a pointer, the pointer value is translated to a cell name in the cell translation table (DID CELLTRANTAB) DID item position 3 is a peg counter and stored in the cell file in Block RGRLC . The cell file is alterable using SAE 298 Max number of objects is 512 The size of the variables: Position Block Size 1 RGRLC 1 bit 2-3 RGRLC 32 bits

5.602 CELLQOSEGCNT (TCP06.4.2)

DID-name: CELLQOSEGCNT DID-number: 639 Function: EGPRS Quality of service counters per cell Application: RGRLC Position Contents 1 State 2 Global cell pointer to the seving cell (SERVCELLP) 3 Accumulated throughput per PFC for EGPRS,UL, and Qos class THP1 in a cell (ULTHP1EGTHR) 4 Accumulated throughput per PFC for EGPRS,DL, and Qos class THP1 in a cell (DLTHP1EGTHR) 5 Accumulated throughput per PFC for EGPRS,UL, and Qos class THP2 in a cell (ULTHP2EGTHR) 6 Accumulated throughput per PFC for EGPRS,DL, and Qos class THP2 in a cell (DLTHP2EGTHR) 7 Accumulated throughput per PFC for EGPRS,UL, and Qos class THP3 in a cell (ULTHP3EGTHR) 8 Accumulated throughput per PFC for EGPRS,DL, and Qos class THP3 in a cell (DLTHP3EGTHR) 9 Accumulated throughput per PFC for EGPRS,UL, and Qos class background in a cell (ULBGEGTHR) 10 Accumulated throughput per PFC for EGPRS,DL, and Qos class background in a cell (DLBGEGTHR) 11 Number of PFC's for EGPRS,UL and Qos class THP1 in a cell (ULTHP1EGPFC) 12 Number of PFC's for EGPRS,DL and Qos class THP1 in a cell (DLTHP1EGPFC) 13 Number of PFC's for EGPRS,UL and Qos class THP2 in a cell (ULTHP2EGPFC) 14 Number of PFC's for EGPRS,DL and Qos class THP2 in a cell (DLTHP2EGPFC) 15 Number of PFC's for EGPRS,UL and Qos class THP3 in a cell (ULTHP3EGPFC) 16 Number of PFC's for EGPRS,DL and Qos class



THP3 in a cell (DLTHP3EGPFC) 17 Number of PFC's for EGPRS,UL and Qos class background in a cell (ULBGEGPFC) 18 Number of PFC's for EGPRS,DL and Qos class background in a cell (DLBGEGPFC) 19 Total LLC PDU data for EGPRS,UL and Qos class THP1 in a cell (ULTHP1EGDATA) 20 Total LLC PDU data for EGPRS,DL and Qos class THP1 in a cell (DLTHP1EGDATA) 21 Total LLC PDU data for EGPRS,UL and Qos class THP2 in a cell (ULTHP2EGDATA) 22 Total LLC PDU data for EGPRS,DL and Qos class THP2 in a cell (DLTHP2EGDATA) 23 Total LLC PDU data for EGPRS,UL and Qos class THP3 in a cell (ULTHP3EGDATA) 24 Total LLC PDU data for EGPRS,DL and Qos class THP3 in a cell (DLTHP3EGDATA) 25 Total LLC PDU data for EGPRS,UL and Qos class background in a cell (ULBGEGDATA) Description: One set of counters defined for each cell DID item position 1 is a state value indicating if the Individual is used or not , (0 = not used). DID item position 2 is a pointer, the pointer value is translated to a cell name in the cell translation table (DID CELLTRANTAB). DID item position 3-25 are peg counters. DID item position 1-25 are stored in the cell file in Block RGRLC . The cell file is alterable using SAE 298 Max number of objects is 512 The size of the variables: Position Block Size 1 RGRLC 1 bit 2-25 RGRLC 32 bits

5.603 CELLQOSEG2CNT (TCP06.4.2)

DID-name: CELLQOSEG2CNT DID-number: 640 Function: EGPRS Quality of service counters per cell Application: RGRLC Position Contents 1 State 2 Global cell pointer to the seving cell (SERVCELLP) 3 Total LLC PDU data for EGPRS,DL and Qos class background in a cell (DLBGEGDATA) Description: One set of counters defined for each cell



DID item position 1 is a state value indicating if the Individual is used or not , (0 = not used). DID item position 2 is a pointer, the pointer value is translated to a cell name in the cell translation table (DID CELLTRANTAB) DID item position 3 is a peg counter and stored in the cell file in Block RGRLC . The cell file is alterable using SAE 298 Max number of objects is 512 The size of the variables: Position Block Size 1 RGRLC 1 bit 2-3 RGRLC 32 bits

5.604 CCCHLOADCNT (TPC0 6.4.2)

DID-name: CCCHLOADCNT DID-number: 641 Function: CCCHLoad counters per cell Application: RMCNT, RGRLC Position Contents 1 State 2 Global cell pointer to the seving cell (SERVCELLP) 3 Number of CS IMMEDIATE ASSIGNMENTS sent on the CCCH (CSIMMASS) 4 Number of CS IMMEDIATE ASSIGNMENTS REJECT sent on the CCCH (REJCSIMMAS) 5 Number of PS IMMEDIATE ASSIGNMENTS sent on the CCCH (PSIMMASS) 6 Number of PS IMMEDIATE ASSIGNMENTS REJECT sent on the CCCH (REJPSIMMASS) Description: One set of counters defined for each cell DID item position 1 is a state value indicating if the Individual is used or not , (0 = not used). DID item position 2 is a pointer, the pointer value is translated to a cell name in the cell translation table (DID CELLTRANTAB) DID item position 3-6 are peg counters. DID item position 1-2 are stored in the cell file in Block RMCNT and RGRLC . DID item position 3-4 are stored in the cell file in block RMCNT DID item position 5-6 are stored in the cell file in block RGRLC The cell file is alterable using SAE 298 Max number of objects is 512 The size of the variables:



Position Block Size 1 RMCNT,RGRLC 1 bit 2 RMCNT,RGRLC 16 bits 3-4 RMCNT 32 bits 5-6 RGRLC 32 bits

6 References

(1) 1/1551-ANT 227 02, Object Types in STS.



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