Exchange Data

Network Description for Example DT

Network Description for Example DT2.1 LayoutThis network contains one Mobile Switching Center (MSC), two BSC/TRCs, one Stand Alone BSC, one Serving GPRS Support Node (SGSN), one MSC Server UMTS, one Media Gateway (MGw) and one Radio Network Controller (RNC). It also includes 12 cells according to Figure 1 . Cell SUNDB1B is a neighbouring UMTS cell.

Figure 1 Network Layout, ETSI and ANSIThe cell DT in the example DT defines the cell DT for BSC/TRC1 in fig 1. Connected to BSC/TRC1 are three sites; KISTA1, KISTA2 and KISTA3, all with RBS2000 and with 3 sector cells each. These cells are defined as internal in BSC/TRC1. STHLM1 and STHLM2 are defined as external cells to BSC/TRC1. STHLM1 is connected to SABSC1 and STHLM2 is connected to BSC/TRC2. The site SUNDB1 is connected to RNC1. SUNDB1B is defined as an external UMTS cell to BSC/TRC1. Note that SUNDB1A and SUNDB1C are not defined at all in BSC/TRC1.

2.1.1 Cell propertiesAll cells are designed mainly with default settings. Some optional features are included in the example DT even if the basic features are described in the first place. More information about implementing optional features are found in the section optional features in the configuration part of this Configuration and Integration Manual.

2.2 Layout, Traffic DT for ANSIThe traffic DT for ANSI is made according to Figure 2.

Figure 2 Network Layout with SS7 Signalling in Example DT for ANSI, Traffic DT.3 Data Transcript Structure, ETSI and ANSIThe DT structure and loading sequence is described in Table 1. Some DT files are different for ETSI and ANSI. ETSI (European Telecommunication Standards Institute) means that CCITT CCS7 signalling is used, ANSI (American National Standards Institute) means that ANSI CCS7 signalling is used.

Table 1 Loading Sequence and Data Transcript Structure

Loading Sequence DT TypeDescription

1IOG DT

Same for ETSI and ANSIRemote BSC and BSC/TRC with IOG20C.

2Fixed SAE

Different for ETSI and ANSI Remote BSC with APZ 212 25.

Remote BSC with APZ 212 30.

BSC/TRC with APZ 212 25 (not applicable for ANSI).

BSC/TRC with APZ 212 30.

3HW DT

Different for ETSI and ANSI Remote BSC, AXE 810.

Remote BSC, BYB 501.

BSC/TRC, AXE 810.

BSC/TRC, BYB 501.

4Traffic DT

Different for ETSI and ANSIBSC/TRC, AXE 810.

5Cell DT

Same for ETSI and ANSIRemote BSC and BSC/TRC.

IOG

!***************************************************************!

!* IOG DT FOR BSC/TRC *!

!* STANDARD FILE FOR IOG 20C 18 GB HD *!

!***************************************************************!

!* Doc:103/19046-FAD 104 06 Uen 2002-07-04 Rev C *!

!***************************************************************!

!* REVISION INFORMATION *!

!* CHANGES FROM REV B: *!

!* Two sizes of EXCHVOLUME provided to accomodate different *!

!* capacities of ROJ 207 110/1 R1A & R1B. *!

!* One size of OD volume *!

!* FILE=STTRANF2 added for STS *!

!* Commands for TCP/IP port (virtual OD) added. *!

!* Editorial changes. *!

!***************************************************************!

!***************************************************************!

! ***** DATA CHANGES BETWEEN CME20/CMS40 BSC R9 *****!

! ***** AND GSM900/1800 BSC R9.1 MAIN ARE MARKED WITH: *****!

! ***** *****!

! ***** !N! NEW *****!

! ***** !C! CHANGED *****!

! ***** !D! DELETED *****!

!***************************************************************!

!***************************************************************!

!**********************************************!

!*** SPG-0 VOLUME DEFINITION 18GB HD with ftp**!

!**********************************************!

!From a locally connected terminal in SPG0!

ISMCT;

!***********************!

!***** PROG_A & _B *****!

!***********************!

ISVOI:VOL=PROG_A,NODE=A,IO=HD-1,SIZE=300000,REV=1,LIMIT=90,EXPDATE=2020-12-31;

ISVOI:VOL=PROG_B,NODE=B,IO=HD-1,SIZE=300000,REV=1,LIMIT=90,EXPDATE=2020-12-31;

!**********************!

!***** OMFZLIBORD *****!

!**********************!

ISVOI:VOL=OMFZLIBORD,NODE=A,IO=HD-1,SIZE=100000,REV=1,LIMIT=90,EXPDATE=2020-12-31;

ISVOI:VOL=OMFZLIBORD,NODE=B,IO=HD-1,SIZE=100000,REV=1,LIMIT=90,EXPDATE=2020-12-31;

!**********************!

!***** RELVOLUMSW *****!

!**********************!

ISVOI:VOL=RELVOLUMSW,NODE=A,IO=HD-1,SIZE=16000000,REV=1,LIMIT=90,EXPDATE=2020-12-31;

ISVOI:VOL=RELVOLUMSW,NODE=B,IO=HD-1,SIZE=16000000,REV=1,LIMIT=90,EXPDATE=2020-12-31;

!*************************************************!

!C! !***** EXCHVOLUME if OD-HD ROJ 207 110/1 R1A *****!

!*************************************************!

ISVOI:VOL=EXCHVOLUME,NODE=A,IO=HD-1,SIZE=12876896,REV=1,LIMIT=80,EXPDATE=2020-12-31;

ISVOI:VOL=EXCHVOLUME,NODE=B,IO=HD-1,SIZE=12876896,REV=1,LIMIT=80,EXPDATE=2020-12-31;

!N! !*************************************************!

!N! !***** EXCHVOLUME if OD-HD ROJ 207 110/1 R1B *****!

!N! !*************************************************!

!N! ISVOI:VOL=EXCHVOLUME,NODE=A,IO=HD-1,SIZE=12877676,REV=1,LIMIT=80,EXPDATE=2020-12-31;

!N! ISVOI:VOL=EXCHVOLUME,NODE=B,IO=HD-1,SIZE=12877676,REV=1,LIMIT=80,EXPDATE=2020-12-31;

!**********************!

!***** CALLVOLUME *****!

!**********************!

ISVOI:VOL=BTSVOLUMSW,NODE=A,IO=HD-1,SIZE=2000000,REV=1,LIMIT=80,EXPDATE=2020-12-31;

ISVOI:VOL=BTSVOLUMSW,NODE=B,IO=HD-1,SIZE=2000000,REV=1,LIMIT=80,EXPDATE=2020-12-31;

!**********************!

!***** STATVOLUME *****!

!**********************!

ISVOI:VOL=STATVOLUME,NODE=A,IO=HD-1,SIZE=2000000,REV=1,LIMIT=80,EXPDATE=2020-12-31;

ISVOI:VOL=STATVOLUME,NODE=B,IO=HD-1,SIZE=2000000,REV=1,LIMIT=80,EXPDATE=2020-12-31;

!***********************!

!C! !*** OD VOLUME FTP ****!

!***********************!

ISVOI:VOL=OD_A,NODE=A,IO=HD-1,SIZE=2423584,REV=1,LIMIT=80,EXPDATE=2020-12-31;!

ISVOI:VOL=OD_B,NODE=B,IO=HD-1,SIZE=2423584,REV=1,LIMIT=80,EXPDATE=2020-12-31;!

!D! !*************************************************!

!D! !*** OD VOLUME FTP if OD-HD ROJ 207 110/1 R1B ****!

!D! !*************************************************!

!D! !ISVOI:VOL=OD_A,NODE=A,IO=HD-1,SIZE=2424364,REV=1,LIMIT=80,EXPDATE=2020-12-31;!

!D! !ISVOI:VOL=OD_B,NODE=B,IO=HD-1,SIZE=2424364,REV=1,LIMIT=80,EXPDATE=2020-12-31;!

END;

!****************************!

!*** APZ FILE DEFINITIONS ***!

!****************************!

!***********!

!*** CPS ***!

!***********!

INMCT:SPG=0;

INFII:FILE=RELFSW0,VOL=RELVOLUMSW,RLENGTH=2048,SIZE=16,EXP=640,TYPE=SEQ,FCLASS=CMP;



END;

!***********!

!*** FMS ***!

!***********!

!************************!

! Command log for APZ !

!************************!

INMCT:SPG=0;

INFII:FILE=RELADMPAR,VOL=RELVOLUMSW,RLENGTH=32,SIZE=192,EXP=32,TYPE=SEQ,FCLASS=CMP;

INFII:FILE=RELCMDHDF,VOL=RELVOLUMSW,RLENGTH=512,SIZE=300,EXP=75,TYPE=SEQ,FCLASS=CMP;

END;

!ONLY IF APZ RUNNING YET, OTHERWISE AFTER THAT!

INFDI: FILE=RELCMDHDF,DEST=CLOG,FILEID2=C,RULE2=2,EQUIP=NOLINK;

INFCC: FILE=RELCMDHDF,REMOVE=1000,DUMPCOND=DUMP;

!********************!

!*** Device files ***!

!********************!

INMCT:SPG=0;

INFII:FILE=OD0A1,NODE=A,IO=OD-1,RLENGTH=512,SIZE=16,EXP=64,TYPE=SEQ,FCLASS=DEV;

INFII:FILE=OD0B1,NODE=B,IO=OD-1,RLENGTH=512,SIZE=16,EXP=64,TYPE=SEQ,FCLASS=DEV;

INFII:FILE=DL0A1,NODE=A,IO=DL-1,RLENGTH=512,SIZE=16,EXP=64,TYPE=SEQ,FCLASS=DEV;

INFII:FILE=DL0B1,NODE=B,IO=DL-1,RLENGTH=512,SIZE=16,EXP=64,TYPE=SEQ,FCLASS=DEV;

END;

!***********!

!*** DCS ***!

!***********!

INMCT:SPG=0;

!************************************!

! DCS statistics administration file !

!************************************!

INFII:FILE=STTIMTABFIL0,VOL=OMFZLIBORD,RLENGTH=200,EXP=20,SIZE=20,TYPE=KEY,

FTYPE=KEY,FSTART=3,FLENGTH=2:FTYPE=DATA,FSTART=1,FLENGTH=2;

INFII:FILE=STTRGFILE0,VOL=OMFZLIBORD,RLENGTH=1700,EXP=100,SIZE=100,TYPE=KEY,

FTYPE=KEY,FSTART=3,FLENGTH=2:FTYPE=DATA,FSTART=1,FLENGTH=2;

!This file should be defined for STS, but defining it here will eliminate !

!an alarm from STS when starting the CP-dump in APZ. !

INFII:FILE=STSTART,VOL=STATVOLUME,RLENGTH=14,SIZE=1,EXP=0,TYPE=DIR,FCLASS=SPL;

!N!INFII:FILE=STTRANF2,VOL=STATVOLUME,RLENGTH=2048,SIZE=12,EXP=5,TYPE=SEQ,FCLASS=CMP;

!*****************************!

! Command log for LUM Boards !

!*****************************!

INFII:FILE=LUDMP010101,VOL=OMFZLIBORD,RLENGTH=4096,SIZE=1,EXP=2,TYPE=SEQ,FCLASS=CMP;








END;

!***********!

!*** MCS ***!

!***********!

INMCT:SPG=0;

!***************************!

! Alpha numeric output file !

!***************************!

INFII:FILE=AFFILE,VOL=EXCHVOLUME,RLENGTH=160,SIZE=100,EXP=100,TYPE=SEQ,FCLASS=CMP;

!**********************!

! Transaction log file !

!**********************!

INFII:FILE=TRLOGFILE,VOL=EXCHVOLUME,RLENGTH=256,SIZE=100,EXP=100,TYPE=SEQ,FCLASS=CMP;

!*********************!

! Files for SPS !

!*********************!

INFII:FILE=RPVDMP0A,VOL=OMFZLIBORD,RLENGTH=2048,SIZE=4,EXP=1,TYPE=SEQ,FCLASS=CMP;

INFII:FILE=RPVDMP0B,VOL=OMFZLIBORD,RLENGTH=2048,SIZE=4,EXP=1,TYPE=SEQ,FCLASS=CMP;

END;

!********************************!

! Transaction logging conditions !

!********************************!

IMLCT:SPG=0;

MCTLS:FILE=TRLOGFILE,FILEDUR=48,IO=ALL;

MCTBE:FILE=TRLOGFILE;

END;

!*****************************!

!***** DEFINITION OF CPT *****!

!*****************************!

!**********************************************!

!Be adviced that if the IOG20 is equipped with !

!LUM board ROJ 207 012/6, then the physical !

!position of AT-0 has been changed according !

!to doc 5/127 04-APZ 211 11 Uen rev. C. !

! !

! LUM-1 !

! I------------I !

! I T-Ethernet I 1-1-1-1 !

! I------------I !

! I V-ALI I 1-1-1-2 !

! I------------I !

! I V-CPT I 1-1-1-3 !

! I------------I !

! I V-AT-0 I 1-1-1-4 !

! I------------I !

! !

!**********************************************!

!***** CPT FOR IOG20 *****!

IMLCT:SPG=0;

!ILLUI:LU=1-1-1,CHAR=79,TWIN; !Already defined on SP-dump!

!ILBLE:LU=1-1-1; !Already done on SP-dump!

ILLLI:PP=1-1-1-3,RATE=64000,PROT=SDLC/V36;

ILLLC:PP=1-1-1-3,TIMING=SOURCE,DSRSUP=NO,DCDSUP=YES;

ILLLI:NP=1-1-1-3-1,ADDR=H'01,PROT=CPT/SDLC;

ILLLC:NP=1-1-1-3-1,N2=1,K=1;

ILLLI:NP=1-1-1-3-2,ADDR=H'86,PROT=CPT/SDLC;

ILLLC:NP=1-1-1-3-2,N2=1,LINK=NOALARM;

ILLLI:NP=1-1-1-3-3,ADDR=H'A9,PROT=CPT/SDLC;


ILLLI:NP=1-1-1-3-4,ADDR=H'CD,PROT=CPT/SDLC;


ILLBE:PP=1-1-1-3;

PTCCI:NP=1-1-1-3-1;

PTCCI:NP=1-1-1-3-2;

PTCCI:NP=1-1-1-3-3;

PTCCI:NP=1-1-1-3-4;

ILLBE:NP=1-1-1-3-1;

ILLBE:NP=1-1-1-3-2;

ILLBE:NP=1-1-1-3-3;

ILLBE:NP=1-1-1-3-4;

END;

!**********************************!

!**** ALPHA NUMERIC FILE USERS ****!

!**********************************!

!

!****************************************!

! !

! IO CONFIGURATION FOR IOG20 !

! !

! SPG-0 !

! A-NODE B-NODE !

! LUM1 LUM2 LUM3 LUM3 LUM2 LUM1 !

! !

! I----I----I----I I----I----I----I !

! ITCP IAT4 IAT8 I IAT8 IAT4 ITCP I !

! I----I----I----I I----I----I----I !

! IAT1 IAT5 IAT9 I IAT9 IAT5 IAT1 I !

! I----I----I----I I----I----I----I !

! ICPT IAT6 IAT10I IAT10IAT6 ICPT I !

! I----I----I----I I----I----I----I !

! IAT0 IAT7 IAT11I IAT11IAT7 IAT0 I !

! I----I----I----I I----I----I----I !

! !

! NOTE: LUM1 = ROJ 207 012/6 !

!****************************************!

!*********************************!

! DEFINITION OF LINE UNIT MODULES !

!*********************************!

!LUM1 TO LUM3, A- and B-Node!

!ILLUI:LU=1-1-1,CHAR=79,TWIN;! !ALREADY DONE ON SP-DUMP!

!ILLUI:LU=1-1-2,CHAR=79,TWIN;! !ALREADY DONE ON SP-DUMP!

ILLUI:LU=1-1-3,CHAR=79,TWIN;

!ILBLE:LU=1-1-1;! !ALREADY DONE ON SP-DUMP!




ILBLE:LU=1-1-3;

ILBLE:LU=1-2-3; E

!*************************!

! CONNECTION OF ATs SPG-0 !

!*************************!

!**** CONNECTION OF IO PORT FOR TCP/IP ****!

!N!INMCT:SPG=0;

!N!INFII:FILE=IPROTFILE0,VOL=OMFZLIBORD,TYPE=KEY,FCLASS=SPL,RLENGTH=32,SIZE=4,EXP=10,FTYPE=KEY,FSTART=3,FLENGTH=6:FTYPE=DATA,FSTART=1,FLENGTH=2;

!N!INFII:FILE=OD0A2,NODE=A,IO=OD-2,RLENGTH=512,SIZE=16,EXP=64,TYPE=SEQ,FCLASS=DEV;

!N!INFII:FILE=OD0B2,NODE=B,IO=OD-2,RLENGHT=512,SIZE=16,EXP=64,TYPE=SEQ,FCLASS=DEV;

!N!END;

!N!INMCT:SPG=0;

!N!INMEI:NODE=A,IO=OD-2,VOL=VNODEA,FORMAT=NSR02;

!N!INMEI:NODE=B,IO=OD-2,VOL=VNODEB,FORMAT=NSR02;

!N!END;

IMLCT:SPG=0;

ILIPI:PORT=1-1-1-1,IP="10.4.0.12";

ILIRI:IPADDR=DEFAULT,GWY="10.4.0.2";

END;

!**** CONNECTION OF IO PORT AT-1 ****!

! ALARM INTERFACE !

!Already defined on SP-dump!

!IMLCT:SPG=0;!

!ILBLI:NP=1-1-1-2;!

!ILSLI:NP=1-1-1-2,PROT=X28/V24,RATE=2400;!

!ILSLC:NP=1-1-1-2,PAD=19-0,PRIV=5-1;!

!ILTEI:NP=1-1-1-2,NTN=1011102;!

!ILPCI:NTNA=1011102,NTNB=1015100;!

!MCDCI:DIR=USER,NAME=T1011102,AUTH=E;!

!MCDBE:DIR=USER,NAME=T1011102;!

!MCDCI:DIR=COM,NAME=T1011102,NTN=1011102,AUTO=YES,QUEUE=YES,SUPRV=NO;!

!MCDBE:DIR=COM,NAME=T1011102;!

!MCDVI:IO=AT-1,NTN=1011102;!

!ILBLI:NP=1-1-1-2;!

!END;!

!IOIOI:IO=AT-1;! !Valid after APZ start!

!Remove AT-0's SP-dump default definition!

IMLCT:SPG=0;

ILBLI:NP=1-1-1-1;

MCDVR:IO=AT-0;

ILPCR:NTNA=1011101;

MCDBI:DIR=USER,NAME=T1011101;

MCDCR:DIR=USER,NAME=T1011101;

MCDBI:DIR=COM,NAME=T1011101;

MCDCR:DIR=COM,NAME=T1011101;

ILTER:NTN=1011101;

ILSLR:NP=1-1-1-1;

END;


IMLCT:SPG=0;

ILBLI:NP=1-1-1-4;

ILSLI:NP=1-1-1-4,PROT=X28/V24,RATE=4800;

ILSLC:NP=1-1-1-4,PAD=19-2,PRIV=5-1;

ILTEI:NP=1-1-1-4,NTN=1011104;

ILPCI:NTNA=1011104,NTNB=1015100;

MCDCI:DIR=USER,NAME=T1011104,AUTH=E;

MCDBE:DIR=USER,NAME=T1011104;

MCDCI:DIR=COM,NAME=T1011104,NTN=1011104,AUTO=YES,QUEUE=YES,SUPRV=NO;

MCDBE:DIR=COM,NAME=T1011104;

MCDVI:IO=AT-0,NTN=1011104;

ILBLI:NP=1-1-1-4;

END;



IMLCT:SPG=0;

ILBLI:NP=1-1-2-1;



ILTEI:NP=1-1-2-1,NTN=1011201;







ILBLI:NP=1-1-2-1;

END;



IMLCT:SPG=0;

ILBLI:NP=1-1-2-2;



ILTEI:NP=1-1-2-2,NTN=1011202;







ILBLI:NP=1-1-2-2;

END;



IMLCT:SPG=0;

ILBLI:NP=1-1-2-3;



ILTEI:NP=1-1-2-3,NTN=1011203;







ILBLE:NP=1-1-2-3;

END;



IMLCT:SPG=0;

ILBLI:NP=1-1-2-4;



ILTEI:NP=1-1-2-4,NTN=1011204;







ILBLE:NP=1-1-2-4;

END;



IMLCT:SPG=0;

ILBLI:NP=1-1-3-1;



ILTEI:NP=1-1-3-1,NTN=1011301;







ILBLE:NP=1-1-3-1;

END;



IMLCT:SPG=0;

ILBLI:NP=1-1-3-2;



ILTEI:NP=1-1-3-2,NTN=1011302;







ILBLE:NP=1-1-3-2;

END;



IMLCT:SPG=0;

ILBLI:NP=1-1-3-3;



ILTEI:NP=1-1-3-3,NTN=1011303;







ILBLE:NP=1-1-3-3;

END;



IMLCT:SPG=0;

ILBLI:NP=1-1-3-4;



ILTEI:NP=1-1-3-4,NTN=1011304;







ILBLE:NP=1-1-3-4;

END;


!****!!--------------------------------------!!****!

!****!!The following definitions are loadable!!****!

!****!!only if the CP-dump is running in APZ.!!****!

!****!!--------------------------------------!!****!

!**************************!

!*** STANDBY IO DEVICES ***!

!**************************!

!************************!

!*** PRINTOUT ROUTING ***!

!************************!

IOROL:PRCA=0&&31, DTYPE=FIRST, IO=AT-0;

IOROL:PRCA=0&&31, DTYPE=STB, IO=AT-4;

IOROI:PRCA=0&&31;



IOROI:PRCA=32&&63;



IOROI:PRCA=64&&95;



IOROI:PRCA=96&&127;

!**************************************!

!**** INSERTION OF ALARM INTERFACE ****!

!**************************************!

!*******************************!

! INITIATION OF ALARM INTERFACE !

!*******************************!

ALBLI:ALI=0;

ALALE:ALI=0;

SAAII:SAE=801,BLOCK=EXAL2,NI=32;

ALALI:ALI=0, IO=AT-1, ALDI, EXAL=0;

!*******************************!

! DEBLOCKING OF ALARM INTERFACE !

!*******************************!

ALBLE:ALI=0;

!***********************!

! ALARM CATEGORY CHANGE !

!***********************!

ALACC:ALCATNO=0, ALCAT="DPS", DICAT=0;

ALACC:ALCATNO=1, ALCAT="PROC", DICAT=0;

ALACC:ALCATNO=2, ALCAT="IO_DEV", DICAT=0;

ALACC:ALCATNO=3, ALCAT="SWITCH", DICAT=1;

ALACC:ALCATNO=4, ALCAT="SW_PART", DICAT=1;

ALACC:ALCATNO=5, ALCAT="SW_DEV", DICAT=1;

ALACC:ALCATNO=6, ALCAT="SUBSCR", DICAT=1;

ALACC:ALCATNO=7, ALCAT="SPARE", DICAT=1;

ALACC:ALCATNO=8, ALCAT="POWER", DICAT=2;

ALACC:ALCATNO=9, ALCAT="HOUSE", DICAT=3;

ALACC:ALCATNO=10, ALCAT="SUB-EX", DICAT=3;

ALACC:ALCATNO=11, ALCAT="CABLE", DICAT=3;

ALACC:ALCATNO=12, ALCAT="BTS", DICAT=3;

ALACC:ALCATNO=13, ALCAT="MUX", DICAT=3;

ALACC:ALCATNO=14, ALCAT="IOG_EXT", DICAT=3;

ALACC:ALCATNO=15, ALCAT="SPARE", DICAT=3;

!********************!

! - ALARM CLASS DATA !

!********************!

!The parameters setting is done only!

!to allow testing of Alarm Panel. !

ALCLC:ACLNO=0, ACL="A1", ALDB, TWB;



ALCLC:ACLNO=3, ACL="O1", ALDB, TWB;

ALCLC:ACLNO=4, ACL="O2", ALDB, TWB;

!**********************************************!

! - CONDITION FOR EXTERNAL ALARM RECEIVERS !

!**********************************************!

!External BTS alarms in subfile 84xxx.!

!Following Alarm setting for testing purpose only!

ALRDL:DEV=EXAL2-0, CAW1="TEST-0", CAW2="TEST-EX-AL", AC=1;

ALEXL:DEV=EXAL2-0, ACL=A1, ALCAT=9;

ALEXI:DEV=EXAL2-0;



ALEXI:DEV=EXAL2-1;



ALEXI:DEV=EXAL2-2;



ALEXI:DEV=EXAL2-3;



ALEXI:DEV=EXAL2-4;



ALEXI:DEV=EXAL2-5;



ALEXI:DEV=EXAL2-6;



ALEXI:DEV=EXAL2-7;



ALEXI:DEV=EXAL2-8;



ALEXI:DEV=EXAL2-9;



ALEXI:DEV=EXAL2-10;



ALEXI:DEV=EXAL2-11;



ALEXI:DEV=EXAL2-12;



ALEXI:DEV=EXAL2-13;



ALEXI:DEV=EXAL2-14;



ALEXI:DEV=EXAL2-15;



ALEXI:DEV=EXAL2-16;



ALEXI:DEV=EXAL2-17;



ALEXI:DEV=EXAL2-18;



ALEXI:DEV=EXAL2-19;



ALEXI:DEV=EXAL2-20;



ALEXI:DEV=EXAL2-21;



ALEXI:DEV=EXAL2-22;



ALEXI:DEV=EXAL2-23;



ALEXI:DEV=EXAL2-24;



ALEXI:DEV=EXAL2-25;



ALEXI:DEV=EXAL2-26;



ALEXI:DEV=EXAL2-27;



ALEXI:DEV=EXAL2-28;



ALEXI:DEV=EXAL2-29;



ALEXI:DEV=EXAL2-30;



ALEXI:DEV=EXAL2-31;

BLEAE:DEV=EXAL2-0&&-31;

!---------------------!

!Remove External Alarm!

!settings for testing.!

!---------------------!

BLEAI:DEV=EXAL2-0&&-31;

ALEXE:DEV=EXAL2-0;

ALEXE:DEV=EXAL2-1;

ALEXE:DEV=EXAL2-2;

ALEXE:DEV=EXAL2-3;

ALEXE:DEV=EXAL2-4;

ALEXE:DEV=EXAL2-5;

ALEXE:DEV=EXAL2-6;

ALEXE:DEV=EXAL2-7;

ALEXE:DEV=EXAL2-8;

ALEXE:DEV=EXAL2-9;

ALEXE:DEV=EXAL2-10;

ALEXE:DEV=EXAL2-11;

ALEXE:DEV=EXAL2-12;

ALEXE:DEV=EXAL2-13;

ALEXE:DEV=EXAL2-14;

ALEXE:DEV=EXAL2-15;

ALEXE:DEV=EXAL2-16;

ALEXE:DEV=EXAL2-17;

ALEXE:DEV=EXAL2-18;

ALEXE:DEV=EXAL2-19;

ALEXE:DEV=EXAL2-20;

ALEXE:DEV=EXAL2-21;

ALEXE:DEV=EXAL2-22;

ALEXE:DEV=EXAL2-23;

ALEXE:DEV=EXAL2-24;

ALEXE:DEV=EXAL2-25;

ALEXE:DEV=EXAL2-26;

ALEXE:DEV=EXAL2-27;

ALEXE:DEV=EXAL2-28;

ALEXE:DEV=EXAL2-29;

ALEXE:DEV=EXAL2-30;

ALEXE:DEV=EXAL2-31;

!-----------------------------------!

!Remove parameters setting done only!

!to allow testing of Alarm Panel. !

!-----------------------------------!

ALCLC:ACLNO=0, ACL="A1";



ALCLC:ACLNO=3, ACL="O1";

ALCLC:ACLNO=4, ACL="O2";

BSC/TRC

sae

!***************************************************************!

!* FIXED SAE FOR BSC/TRC, APZ 212 30, ETSI *!

!* EXAMPLE DT ETSI BSS R9.1 *!

!---------------------------------------------------------------!

!* Doc: 123/19046-FAD 104 06 Uen 2002-09-16 Rev B *!

!---------------------------------------------------------------!

!* Based on 94/19046-FAD 104 06 Uen *!

!* *!

!* FIXED SIZE ALTERATION SETTINGS FOR BSC/TRC NODE *!

!* GUIDING VALUES FOR NEW EXCHANGES according to document *!

!* 2/155 18-AXE 105 07 Uen S Size Alteration Events in *!

!* BSC/TRC found in B module, application information, *!

!* parameter list. *!

!* *!

!* APZ 212 30 *!

!* GS TYPE TS (GS890) *!

!* GS TYPE TST (GS12) *!

!* BYB501 *!

!* *!

!***************************************************************!

!***************************************************************!

!* *!

!* Conditions for using this file: *!

!* *!

!* - CCITT C7 Signalling used *!

!* - 32 channels per PCM link *!

!* - APZ 212 30 *!

!* - Combined BSC/TRC *!

!* *!

!* If the conditions above are not fulfilled, *!

!* consult the document 2/155 18-AXE 105 07 Uen, *!

!* Size Alteration Events in BSC/TRC, chapter 3, *!

!* Fixed SAE Guiding Values. *!

!* *!

!* In BSS R9.1 all SAEs are pre-set on the reference dumps in *!

!* accordance with the document "Parameter settings in the *!

!* BSC/TRC", 4/1551-APT 210 09 Uen. *!

!* Many SAEs are pre-set to the recommended fixed value to be *!

!* used in operation, according to the document "Size *!

!* alteration events in BSC/TRC", 2/155 18-AXE 105 07 Uen. *!

!* However some SAEs need to be adjusted due to some node *!

!* specific conditions. *!

!* This file adapts those SAEs that are dependant on node *!

!* type, connection to remote BSC, RBS200, ET155 and ETSI *!

!* standard. *!

!* Please check that the "condition-free" SAEs are correctly *!

!* pre-set on the dump. *!

!* *!

!* - ET 155-7 is only used together with the "Classic GS", *!

!* GS12. *!

!* - ET 155-1 is only used together with the "Shockley GS", *!

!* GS890. *!

!* *!

!* - RBS 2000 SAEs are pre-set on the dump, do not set them *!

!* to 0 if you use RBS 200, becasue it could be useful later *!

!* on to have them pre-set. *!

!* *!

!* - Make sure that the conditions in each "Condition box" *!

!* above the command loading sequence are fulfilled *!

!* before you load the commands. *!

!* *!

!***************************************************************!

!---------------------------------------------------------------!

! Conditions !

! GS type TS (GS890) !

! else skip commands !

!---------------------------------------------------------------!

GMHWI:GSTYPE=TS;

SAAII:SAE=442,NI=64;

SAAII:SAE=600, BLOCK=CH ,NI=64;

SAAII:SAE=600, BLOCK=XM ,NI=64;

SAAII:SAE=1094,NI=65536;

!---------------------------------------------------------------!

! Conditions !

! GS type TST (Classic GS) !


!---------------------------------------------------------------!

GMHWI:GSTYPE=TST;

SAAII:SAE=1094 ,NI=32768;

SAAII:SAE=058 ,NI=64;

SAAII:SAE=529 ,BLOCK=SRSTRAF ,NI=8;

SAAII:SAE=529 ,BLOCK=SRS ,NI=8;

!---------------------------------------------------------------!

! No other conditions !

! !

!---------------------------------------------------------------!

SAAII:SAE=256, NI=1000;


SAAII:SAE=1109,NI=34; !TRA R6!



SAAII:SAE=166, NI=62; !Increase to NI=250*SL, !

SAAII:SAE=163, NI=32; !when SL is known, see !

SAAII:SAE=191, NI=17; !later in this file. !

SAAII:SAE=500, BLOCK=RABDI ,NI=8960;

SAAII:SAE=500, BLOCK=C7CO ,NI=16360;

SAAII:SAE=515, BLOCK=DIPRALT,NI=204;

SAAII:SAE=529, BLOCK=ETRALT ,NI=204;

SAAII:SAE=500, BLOCK=RALT ,NI=6528;

SAAII:SAE=500, BLOCK=HIDRALT,NI=204;

SAAII:SAE=515, BLOCK=DIPRBLT,NI=213;

SAAII:SAE=529, BLOCK=ETRBLT ,NI=213;

SAAII:SAE=500, BLOCK=RBLT ,NI=6816;

SAAII:SAE=500, BLOCK=HIDRBLT,NI=213;

SAAII:SAE=500, BLOCK=RTBLE ,NI=1000;

SAAII:SAE=515, BLOCK=DIPRTG ,NI=64;

SAAII:SAE=529, BLOCK=ETRTG ,NI=64;

SAAII:SAE=500, BLOCK=RTGLT ,NI=2048;

SAAII:SAE=500, BLOCK=HIDRTG ,NI=16;

SAAII:SAE=515, BLOCK=DIPRTL ,NI=2;

SAAII:SAE=529, BLOCK=ETRTL ,NI=2;

SAAII:SAE=500, BLOCK=RTLBT ,NI=64;

SAAII:SAE=500, BLOCK=HIDRTL ,NI=2;

SAAII:SAE=500, BLOCK=RTTPH ,NI=6400;

SAAII:SAE=500, BLOCK=EVREP ,NI=500;

SAAII:SAE=500, BLOCK=RTTPR ,NI=6400;

SAAII:SAE=501, BLOCK=C7CL ,NI=256;

SAAII:SAE=501, BLOCK=C7CO ,NI=600;

SAAII:SAE=500, BLOCK=C7PCDD ,NI=16;

SAAII:SAE=500, BLOCK=C7SRM ,NI=256;

SAAII:SAE=500, BLOCK=C7SRMH ,NI=256;

SAAII:SAE=566, BLOCK=C7ST2 ,NI=32;

SAAII:SAE=566, BLOCK=C7ST2C ,NI=32;

SAAII:SAE=583, BLOCK=C7SC2 ,NI=10;

SAAII:SAE=584, BLOCK=C7TMA2 ,NI=10;

SAAII:SAE=585, BLOCK=C7TMP2 ,NI=5;

SAAII:SAE=587, BLOCK=C7PMA2 ,NI=10;

SAAII:SAE=588, BLOCK=C7PMP2 ,NI=5;

SAAII:SAE=630, BLOCK=C7DR2 ,NI=17;

!---------------------------------------------------------------!

! Conditions !

! TRA R5 !


!---------------------------------------------------------------!

SAAII:SAE=995, NI=270; !TRA R5 FR!

SAAII:SAE=996, NI=270; !TRA R5 EFR!

SAAII:SAE=1047,NI=270; !TRA R5 HR!

!---------------------------------------------------------------!

! Conditions !

! Ater-int. (connection to remote BSC) !


!---------------------------------------------------------------!

SAAII:SAE=515, BLOCK=DIPRTT ,NI=72;

SAAII:SAE=529, BLOCK=ETRTT ,NI=72;

SAAII:SAE=500, BLOCK=RTLTT ,NI=2304;

SAAII:SAE=500, BLOCK=HIDRTT ,NI=72;

SAAII:SAE=500, BLOCK=RTATHT ,NI=6400;

SAAII:SAE=500, BLOCK=RTBTAP ,NI=6400;

!---------------------------------------------------------------!

! Conditions !

! ET155-7 !


!---------------------------------------------------------------!

SAAII:SAE=515, BLOCK=SDIPQ ,NI=8;

SAAII:SAE=515, BLOCK=SDIPM1 ,NI=8;

SAAII:SAE=515, BLOCK=DIPM1 ,NI=504;

SAAII:SAE=500, BLOCK=DIPHM1 ,NI=504;

SAAII:SAE=529, BLOCK=ETM1 ,NI=8;

SAAII:SAE=500, BLOCK=SDIPHID ,NI=8;

SAAII:SAE=500, BLOCK=ETRBLT5 ,NI=6816;

SAAII:SAE=500, BLOCK=RBLT15 ,NI=6816;

SAAII:SAE=500, BLOCK=ETRTG5 ,NI=2048;

SAAII:SAE=500, BLOCK=RTGLT15 ,NI=2048;

SAAII:SAE=500, BLOCK=ETRALT5 ,NI=6528;

SAAII:SAE=500, BLOCK=RALT15 ,NI=6528;

SAAII:SAE=500, BLOCK=ETRTL5 ,NI=64;

SAAII:SAE=500, BLOCK=RTLBT15 ,NI=64;

!---------------------------------------------------------------!

! Conditions !

! ET155-1 !


!---------------------------------------------------------------!

SAAII:SAE=515, BLOCK=SDIPQM2 ,NI=8;

SAAII:SAE=515, BLOCK=SDIPM2 ,NI=8;

SAAII:SAE=515, BLOCK=DIPM2 ,NI=504;

SAAII:SAE=500, BLOCK=DIPHM2 ,NI=504;

SAAII:SAE=529, BLOCK=ETM2 ,NI=8;

SAAII:SAE=500, BLOCK=SDIPHM2 ,NI=8;

SAAII:SAE=500, BLOCK=ETRBLT2 ,NI=6816;

SAAII:SAE=500, BLOCK=RBLT2 ,NI=6816;

SAAII:SAE=500, BLOCK=ETRTG2 ,NI=2048;

SAAII:SAE=500, BLOCK=RTGLT2 ,NI=2048;

SAAII:SAE=500, BLOCK=ETRALT2 ,NI=6528;

SAAII:SAE=500, BLOCK=RALT2 ,NI=6528;

SAAII:SAE=500, BLOCK=ETRTL2 ,NI=64;

SAAII:SAE=500, BLOCK=RTLBT2 ,NI=64;

!---------------------------------------------------------------!

! Conditions !

! ET155-7 and Ater-int. (connection to remote BSC) !


!---------------------------------------------------------------!

SAAII:SAE=500, BLOCK=ETRTT5 ,NI=2304;

SAAII:SAE=500, BLOCK=RTLTT15,NI=2304;

!---------------------------------------------------------------!

! Conditions !

! ET155-1 and Ater-int. (connection to remote BSC) !


!---------------------------------------------------------------!

SAAII:SAE=500, BLOCK=ETRTT2,NI=2304;

SAAII:SAE=500, BLOCK=RTLTT2,NI=2304;

!---------------------------------------------------------------!

! Conditions !

! RBS200 !


!---------------------------------------------------------------!



SAAII:SAE=800, BLOCK=TW ,NI=128;

SAAII:SAE=803, BLOCK=ALSA ,NI=4128;

SAAII:SAE=804, BLOCK=ALSA ,NI=4128;

SAAII:SAE=500, BLOCK=RXEADE ,NI=12500;

SAAII:SAE=500, BLOCK=RXEFH ,NI=12500;

SAAII:SAE=500, BLOCK=RXEIFH ,NI=12500;

SAAII:SAE=500, BLOCK=RXELE ,NI=12500;

SAAII:SAE=500, BLOCK=RXEPL ,NI=12500;

SAAII:SAE=500, BLOCK=RXE3EP ,NI=12500;

SAAII:SAE=500, BLOCK=RXE3OM ,NI=12500;

SAAII:SAE=500, BLOCK=RXEABH ,NI=12500;

SAAII:SAE=538, BLOCK=RXEFT ,NI=44000;

!SAAII:SAE=801, BLOCK=EXAL0 ,NI=x;! !x=TRI*32 !

!---------------------------------------------------------------!

! ***** Traffic DT ***** !

! ***** Condition ***** !

! ***** Number of CCS7 Signalling Links (SL) ***** !

! ***** must be known ***** !

!---------------------------------------------------------------!

!SAAII:SAE=166, NI=x; ! !x=250*SL!

!---------------------------------------------------------------!

! ***** Cell DT ***** !

! ***** Condition ***** !

! ***** Number of cells and cell relations ***** !

! ***** must be known ***** !

! Note that a mutual internal cell !

! relation count as 2 relations !

!---------------------------------------------------------------!

!SAAII:SAE=298, NI=x; ! !x=No. of internal cells !

!SAAII:SAE=522, BLOCK=RQCD,NI=x; ! !x=int. cell relations !

!SAAII:SAE=523, BLOCK=RQCD,NI=x; ! !x=ext. cell relations !

!SAAII:SAE=801, BLOCK=EXAL0,NI=x;! !x=TRI*32 (Only if RBS 200)!

!---------------------------------------------------------------!

! **** THRESHOLD SUPERVISION OF SIZE ALTERATION EVENTS **** !

!---------------------------------------------------------------!

AFTSS:TEST=110, SAE=345, LIM1=90, HYST1=5, ACL1=A2; !NI=2000!








!---------------------------------------------------------------!

! **** AUDIT FUNCTIONS, THRESHOLD SUPERVISION, INITIATE **** !

!---------------------------------------------------------------!

AFTSI:TEST=110,SAE=ALL;

!****************************************************************************!

!* HW DT FOR BSC/TRC, BYB 501, ETSI *!

!* EXAMPLE DT FOR BSS R9.1 Main *!

!****************************************************************************!

!* Doc: 99/19046-FAD 104 06 Uen 2002-09-20 REV E *!

!****************************************************************************!

!* REVISION INFORMATION: *!

!* CHANGES SINCE REV D: *!

!* Insertion of HSL and updating of new software *!

!* Prepared by SG/ERA/UG/BIF Mara-Elena Jrvheden *!

!****************************************************************************!

!****************************************************************************!

! ***** DATA CHANGES BETWEEN BSC R9.0 *****!

! ***** AND BSC R9.1 ARE MARKED WITH: *****!

! ***** *****!

! ***** !N! NEW *****!

! ***** !C! CHANGED *****!

! ***** !D! DELETED *****!

!****************************************************************************!

!****************************************************************!

!* This HW DT file contains both INITIATE FILE and DEBLOCK FILE *!

!* indicated as INITIATE PART and DEBLOCK PART *!

!****************************************************************!

!******************!

!* INITIATE PART *!

!******************!

!***************************************************************!

! ***** FORLOPP ACTIVATION ***** !

!***************************************************************!

! ACTIVATE FORLOPP FUNCTIONS IN ALL BLOCKS !

!***************************************************************!

SYFSC:FLSTATUS=ACTIVE;

SYFSC:FLECF=ON; !This command is rejected!

! unless 24 hours have passed since FLSTATUS was set to ACTIVE, !

!or a large restart was initiated after FLSTATUS was set to ACTIVE.!

SYFSC:FLERROR=ON;

!***************************************************************!

! ACIVATE AUTOMATIC FORLOPP RELEASE !

!***************************************************************!

SYRAC:FORLOPPRES=ACTIVE;

!***************************************************************!

! CHANGE AND ACTIVATE FORLOPP DURATION SUPERVISION !

!***************************************************************!

! ANY FORLOPPS LASTING MORE THAN 1 HOUR !

! WILL GENERATE AN ALARM, AND THE FORLOPP !

! MAY BE RELEASED MANUALLY BY COMMAND SYFRI !

SYFDC:START, DURATION=1, ALARM=YES;

!***************************************************************!

! ***** SIGNALLING TYPE ***** !

!***************************************************************!

!RASIC:SIGTYPE=CCITT;! !PRESET ON DUMP, NOT VALID IN REMOTE BSC!

!***************************************************************!

! **** SETTING OF THE AUTOMATIC SIZE ALTERATION STATE **** !

!***************************************************************!

SAOCS:STATE=ACTIVE;

!************************************!

!*** DATABASE TABLE SPECIFICATION ***!

!************************************!

DBTRI;

DBTSI:TAB=RPSRPBSPOS, RPADDR=32, BRNO=1, MAGNO=00, SLOTNO=5, BUSCONN=YES;


DBTSI:TAB=RPSRPBSPOS, RPADDR=36, BRNO=1, MAGNO=00, SLOTNO=1, BUSCONN=NO;






!N! DBTSI:TAB=RPSRPBSPOS, RPADDR=64, BRNO=2, MAGNO=00, SLOTNO=0, BUSCONN=YES;

!N! DBTSI:TAB=RPSRPBSPOS, RPADDR=65, BRNO=2, MAGNO=00, SLOTNO=19, BUSCONN=YES;

!N! DBTSI:TAB=RPSRPBSPOS, RPADDR=66, BRNO=2, MAGNO=00, SLOTNO=2, BUSCONN=NO;

!N! DBTSI:TAB=RPSRPBSPOS, RPADDR=67, BRNO=2, MAGNO=00, SLOTNO=4, BUSCONN=NO;









































DBTRE:COM;

!************************!

!*** ALLOCATION OF RP ***!

!************************!

EXRPI:RP=32, RPT=33, TYPE=RP4L1G; !TSM!




!N! EXRPI:RP=64, RPT=65, TYPE=RP4L1A; !ETC/TRA!

!N! EXRPI:RP=66, TYPE=RPPS1; !HSL!

!N! EXRPI:RP=67, TYPE=RPPS1; !HSL!

EXRPI:RP=96, RPT=97, TYPE=RP4L1A; !SRS/CLT!



EXRPI:RP=104, TYPE=RPPS1; !PCU!

EXRPI:RP=105, TYPE=RPPS1; !PCU!

EXRPI:RP=128, RPT=129, TYPE=RP4S1A; !ETC/TRA!


EXRPI:RP=162, TYPE=RPG2A; !C7ST/TRH!














EXRPI:RP=178, TYPE=STCG2A; !STC!

EXRPI:RP=179, TYPE=STCG2A; !STC!







!*****************************************!

!*** INSERTION OF SOFTWARE UNITS IN RP ***!

!*****************************************!

EXRUI:RP=32, RPT=33, SUID="1/CAA 135 004/RPFD R3A01"; !RPFDR!

EXRUI:RP=32, RPT=33, SUID="1/CAA 135 005 R1A02"; !TERTR!

EXRUI:RP=32, RPT=33, SUID="1/CAA 135 2509/REX R3B01"; !REXR!

EXRUI:RP=32, RPT=33, SUID="1/CAA 135 2517/RPMM R1A01"; !RPMMR!

EXRUI:RP=32, RPT=33, SUID="1/CAA 135 2518/RPMBH R1C02"; !RPMBHR!

EXRUI:RP=32, RPT=33, SUID="1/CAA 135 3039/TSM R2A04"; !TSMR!



















!N!EXRUI:RP=64, RPT=65, SUID="1/CAA 135 004/RPFD R3A01"; !RPFDR!

!N!EXRUI:RP=64, RPT=65, SUID="1/CAA 135 005 R1A02"; !TERTR!

!N!EXRUI:RP=64, RPT=65, SUID="1/CAA 135 2509/REX R3B01"; !REXR!

!N!EXRUI:RP=64, RPT=65, SUID="1/CAA 135 2517/RPMM R1A01"; !RPMMR!

!N!EXRUI:RP=64, RPT=65, SUID="1/CAA 135 2518/RPMBH R1C02"; !RPMBHR!

!N!EXRUI:RP=66, SUID="9000/CXC 146 03 R1A 08"; !RPIFDR!

!N!EXRUI:RP=66, SUID="9000/CXC 146 05 R1A03"; !RPFDR!

!N!EXRUI:RP=66, SUID="9000/CXC 146 07 R1A03"; !FSIR!

!N!EXRUI:RP=66, SUID="9000/CXC 146 19 R2D04"; !RPEXR!

!N!EXRUI:RP=66, SUID="9000/CXC 146 08 R1B01"; !C7STHR!

!N!EXRUI:RP=67, SUID="9000/CXC 146 03 R1A 08"; !RPIFDR!

!N!EXRUI:RP=67, SUID="9000/CXC 146 05 R1A03"; !RPFDR!

!N!EXRUI:RP=67, SUID="9000/CXC 146 07 R1A03"; !FSIR!

!N!EXRUI:RP=67, SUID="9000/CXC 146 19 R2D04"; !RPEXR!

!N!EXRUI:RP=67, SUID="9000/CXC 146 08 R1B01"; !C7STHR!






EXRUI:RP=96, RPT=97, SUID="1/CAA 135 3016/SRS R2A01"; !SRSR!






EXRUI:RP=98, RPT=99, SUID="1/CAA 135 3016/SRS R2A01"; !SRSR!






EXRUI:RP=100, RPT=101, SUID="2/CAA 105 1528/CLT R1A01"; !CLTR!

EXRUI:RP=104, SUID="9000/CXC 146 03 R1A 08"; !RPIFDR!

EXRUI:RP=104, SUID="9000/CXC 146 05 R1A03"; !RPFDR!

EXRUI:RP=104, SUID="9000/CXC 146 07 R1A03"; !FSIR!

!C!EXRUI:RP=104, SUID="9000/CXC 146 19 R2D04"; !RPEXR!

!C!EXRUI:RP=104, SUID="CXC 146 1032/0810 R2C01"; !RGSERVR!

!C!EXRUI:RP=104, SUID="CXC 146 1028/0800 R1A02"; !RTGBR!

!C!EXRUI:RP=104, SUID="CXC 146 1002 R3A01"; !RTGPHDVR!

!C!EXRUI:RP=104, SUID="CXC 146 1059/0810 R2C01"; !RGRLCR!

!A!EXRUI:RP=104, SUID="CXC 146 1030/0810 R2C01";

!RGMACR!

!A!EXRUI:RP=104, SUID="CXC 146 1031/0810 R4A01";

!RGCONR!


!RGRLCPR!

EXRUI:RP=105, SUID="9000/CXC 146 03 R1A 08"; !RPIFDR!

EXRUI:RP=105, SUID="9000/CXC 146 05 R1A03"; !RPFDR!

EXRUI:RP=105, SUID="9000/CXC 146 07 R1A03"; !FSIR!

!C!EXRUI:RP=105, SUID="9000/CXC 146 19 R2D04"; !RPEXR!

!C!EXRUI:RP=105, SUID="CXC 146 1032/0810 R2C01"; !RGSERVR!

!C!EXRUI:RP=105, SUID="CXC 146 1028/0800 R1A02"; !RTGBR!

!C!EXRUI:RP=105, SUID="CXC 146 1002 R3A01"; !RTGPHDVR!

!C!EXRUI:RP=105, SUID="CXC 146 1059/0810 R2C01"; !RGRLCR!

!A!EXRUI:RP=105, SUID="CXC 146 1030/0810 R2C01";

!RGMACR!


!RGCONR!


!RGRLCPR!






EXRUI:RP=128, RPT=129, SUID="1/CAA 135 3056/RTTF1S1 R1A01"; !RTTF1S1R!






EXRUI:RP=130, RPT=131, SUID="1/CAA 135 3058/RTTF1S2 R1A01"; !RTTF1S2R!

EXRUI:RP=130, RPT=131, SUID="1/CAA 135 3057/RTTH1S R1A01"; !RTTH1SR!

!C!EXRUI:RP=162, SUID="9000/CAA 140 031 R7C01"; !RGEXR!

EXRUI:RP=162, SUID="9000/CAA 140 044 R1A03"; !RPFDR!

!C!EXRUI:RP=162, SUID="9000/CAA 140 053 R2A01"; !C7ST2CR!












!C!EXRUI:RP=166, SUID="CXC 146 1073/0810 R1A01"; !RHLAPDR!

!C!EXRUI:RP=166, SUID="CXC 146 1076/0630 R1A02"; !RHSNTR!

!C!EXRUI:RP=166, SUID="CXC 146 1070/0630 R1A01"; !RMPAGR!

!C!EXRUI:RP=166, SUID="CXC 146 1064/0810 R1A01"; !RCSCBR!

!C!EXRUI:RP=166, SUID="CXC 146 1061/0810 R1A01"; !RQUNCR!

!C!EXRUI:RP=166, SUID="CXC 146 1055/0810 R1A03"; !RQRCQSR!

!C!EXRUI:RP=166, SUID="CXC 146 1067/0810 R1A01"; !RCLCCHR!
































































EXRUI:RP=176, SUID="9000/CAA 140 031 R7C01"; !RGEXR!




















EXRUI:RP=178, SUID="9000/CAA 140 033 R2A01"; !CSLSNTR!

EXRUI:RP=178, SUID="9000/CAA 140 034 R5A02"; !CSLM7R!



EXRUI:RP=179, SUID="9000/CAA 140 033 R2A01"; !CSLSNTR!

EXRUI:RP=179, SUID="9000/CAA 140 034 R5A02"; !CSLM7R!






!C!EXRUI:RP=192, RPT=193, SUID="1/CAA 135 3066/ETM1 R1A01"; !ETM1R!






!C!EXRUI:RP=194, RPT=195, SUID="1/CAA 135 3066/ETM1 R1A01"; !ETM1R!






!C!EXRUI:RP=224, RPT=225, SUID="1/CAA 135 3024/ETRALT R3A02"; !ETRALTR!






!C!EXRUI:RP=226, RPT=227, SUID="1/CAA 135 3024/ETRBLT R3A02"; !ETRBLTR!






EXRUI:RP=228, RPT=229, SUID="1/CAA 135 3024/ETRTG R3A02"; !ETRTGR!






EXRUI:RP=230, RPT=231, SUID="1/CAA 135 3024/ETRTT R3A02"; !ETRTTR!

EXRUI:RP=230, RPT=231, SUID="1/CAA 135 3024/ETRTL R3A02"; !ETRTLR!

!************************!

!*** ALLOCATION OF EM ***!

!************************!

EXEMI:EQM=TSM-0, RP=32, RPT=33, EM=0, SUID="1/CAA 135 3039/TSM R2A04";
































































!N!EXEMI:EQM=C7STH-0&&-31, RP=66, EM=0, SUID="9000/CXC 146 08 R1B01";

!N!EXEMI:EQM=C7STH-32&&-63, RP=67, EM=0, SUID="9000/CXC 146 08 R1B01";

EXEMI:EQM=SRS-0, RP=96, RPT=97, EM=0, SUID="1/CAA 135 3016/SRS R2A01";
















EXEMI:EQM=CLT-0, RP=100, RPT=101, EM=0, SUID="2/CAA 105 1528/CLT R1A01";



!C!EXEMI:EQM=RGSERV-0, RP=104, EM=0, SUID="CXC 146 1032/0810 R2C01";

!C!EXEMI:EQM=RTGB-0, RP=104, EM=1, SUID="CXC 146 1028/0800 R1A02";

!C!EXEMI:EQM=RTGPHDV-0&&-63, RP=104, EM=2, SUID="CXC 146 1002 R3A01";

!C!EXEMI:EQM=RGRLC-0, RP=104, EM=3, SUID="CXC 146 1059/0810 R2C01";

!C!EXEMI:EQM=RGSERV-1, RP=105, EM=0, SUID="CXC 146 1032/0810 R2C01";

!C!EXEMI:EQM=RTGB-1, RP=105, EM=1, SUID="CXC 146 1028/0800 R1A02";

!C!EXEMI:EQM=RTGPHDV-64&&-127, RP=105, EM=2, SUID="CXC 146 1002 R3A01";

!C!EXEMI:EQM=RGRLC-1, RP=105, EM=3, SUID="CXC 146 1059/0810 R2C01";

EXEMI:EQM=RTTF1S1-0&&-31, RP=128, RPT=129, EM=0, SUID="1/CAA 135 3056/RTTF1S1 R1A01";




















EXEMI:EQM=RTTF1S2-128&&-159, RP=1

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