BSC6680 System MML Commands and Expert Parameters(V300R008C00_01)(XLS)-En

Issue

Date

HUAWEI TECHNOLOGIES CO., LTD.

BSC6680V300R008C00

System MML Commands and Expert Parameters

Copyright © Huawei Technologies Co., Ltd. 2012. All rights reserved.

No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.

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and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.

Notice

Huawei Technologies Co., Ltd.

Address:

Website: http://www.huawei.com

Email:

All other trademarks and trade names mentioned in this document are the property of their respective holders.

The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided "AS IS" without warranties, guarantees or representations of any kind, either express or implied.

The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.

Huawei Industrial BaseBantian, LonggangShenzhen 518129People's Republic of China

[email protected]

mailto:[email protected]

01

2012/05/30

HUAWEI TECHNOLOGIES CO., LTD.

BSC6680V300R008C00

System MML Commands and Expert Parameters





Huawei Technologies Co., Ltd.

http://www.huawei.com




Huawei Industrial BaseBantian, LonggangShenzhen 518129People's Republic of China

[email protected]

mailto:[email protected]








System MML CommandsOverview

StructureCommand Name

Function

Parameters

Expert ParametersOverview

Overview of Expert Parameters and the User Guide

StructureMML Command

Expert Parameter Function

Expert parameters

This document lists BSC6680 V300R008C00 system MML commands and their functions. System MML commands are seldom used or have significant impacts on the network. If you need to use system MML commands, contact Huawei technical support personnel, and use the system MML commands with their assistance.

This document lists BSC6680 V300R008C00 MML commands that contain expert parameters and the guidelines for using these parameters. This document only provides the MML commands and function overviews. If you need to modify expert parameters, contact Huawei technical support personnel, and modify the expert parameters with their assistance.

Expert parameters are configurable parameters that are seldom used in the BSC. These parameters are configured with default values before delivery, and modification to these parameters is not required in normal cases. Therefore, expert parameters are not displayed on the service maintenance system. According to the protocol requirements, these parameters must be configurable. In addition, modification to these parameters is required in certain scenarios. Therefore, the BSC provides these parameters as expert parameters. After you enter an MML command that contains expert parameters on the service maintenance system, choose System > Set Expert Scenario to display the expert parameters and then you can modify the displayed expert parameters.

System MML CommandsOverview

StructureName of the command.

Function of the command.

Parameters contained in the command.

Expert ParametersOverview

Overview of Expert Parameters and the User Guide

StructureLists MML commands.

Describes the function of expert parameters contained in the MML commands.

Lists the expert parameters contained in the MML commands.

This document lists BSC6680 V300R008C00 system MML commands and their functions. System MML commands are seldom used or have significant impacts on the network. If you need to use system MML commands, contact Huawei technical support personnel, and use the system MML commands with their assistance.

This document lists BSC6680 V300R008C00 MML commands that contain expert parameters and the guidelines for using these parameters. This document only provides the MML commands and function overviews. If you need to modify expert parameters, contact Huawei technical support personnel, and modify the expert parameters with their assistance.

Expert parameters are configurable parameters that are seldom used in the BSC. These parameters are configured with default values before delivery, and modification to these parameters is not required in normal cases. Therefore, expert parameters are not displayed on the service maintenance system. According to the protocol requirements, these parameters must be configurable. In addition, modification to these parameters is required in certain scenarios. Therefore, the BSC provides these parameters as expert parameters. After you enter an MML command that contains expert parameters on the service maintenance system, choose System > Set Expert Scenario to display the expert parameters and then you can modify the displayed expert parameters.

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Command Name

BLK SDUDSP

CHK PROTECTGRP

CLR CTLIPLNKINFO

CLR CTLMPLNKINFO

CLR CTLPPPLNKINFO

DSP A18LNKBW

DSP A18LNKINFO

DSP A3A7BW

DSP BCMCRRRADIORES

DSP BSNINFO

DSP CTCALLINF

DSP CTLIPLNKINFO

DSP CTLMPLNKINFO

DSP CTLPPPLNKINFO

DSP GROUPNUM

DSP IPCNODEINFO

DSP LICENSELIBVER

DSP MOTNODEINFO

BSC6680 V300R008C00 System MML Commands and Parameters

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DSP PCFINFO

DSP QCHATFLOWINFO

DSP QCHATGRPRADIORES

DSP QCHATGRPSTAT

DSP TRFLNKPORT

GET HEALTHLOG

LST LNKHBW

LST SYSTEMRESTORESWT

MOD DAYLT

MOD LNKHBW

MOD SYSTEMRESTORESWT

PIN DESIP

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RMV ALLSCHTSK

RMV BSCTBL

RST CORE

SET TZ

STR MELOOPTEST

STR MERELOAD

UBL SDUDSP

MOD DOASDUPARA

LST SDUFAULTPROC

MOD SDUFAULTPROC

MOD BTSCE

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MOD DOCNP

MOD DOGCNP

MOD DOQOSPPMOD DOEMPAMOD DOMMPAMOD DOMPA

MOD RLMACFP

MOD RLMACGP

MOD RLMACRATE

MOD RLMACRP

MOD RLMACUP

MOD DOBRLMACFP

MOD DOBRLMACGP

MOD DOBRLMACRATE

MOD DOBRLMACRP

MOD DOBRLMACUPMOD DOACNBI

MOD DOBRLMTTPANP

MOD DOBRLMTTPCGP

MOD SDUDSPPARA

MOD DSCPMACPRI

MOD MTP2TMR

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MOD QCHATFLDSCP

MOD SLOTCYCLE

MOD DOATRADERLMACRP

MOD DOBTRADERLMACRP

ADD BINDIMSI

ADD BINDPDSN

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Function

Queries the connection status of the BSN bound with the PCF.

Queries the license library versions of the FAM and the BAM.


Blocks DSPs on the DPUSb or DPUDb. The BSC no longer allocates services to blocked DSPs. Only DSPs in the normal state can be blocked.

Checks whether each channel in the protection groups working in 1:N mode is connected properly. If channels in a protection group are connected incorrectly, boards involved may reset when executing the command.

Clears the statistics about IP packets under the control plane on the FG1Aa, FG1Ba, FG1Pa, FG1Xa, PEUAa, PEUBa, FG2Aa, FG2Ba, FG2Pa, FG2Xa, PO1Ba, POUBa, PO1Aa, POUAa,POUBc,FG2Bc,GOUBc,FG2Ac or GOUAc interface boards.

Clears the statistics about ML PPP links under the control plane on the PEUAa, PEUBa, POUBa, PO1Ba, PO1Aa, POUAa or POUBc interface boards.

Clears the statistics about PPP links under the control plane on the PEUAa, PEUBa, POUBa, PO1Ba, PO1Aa, POUAa or POUBc interface boards.

Queries the bandwidth of physical ports and logical ports mapping A18 links over Ethernet links.

Queries A18 link information, including link status, type, link number, number of BE users, and bandwidth usage.

Queries A3/A7 link information, including link status, type, link number, and bandwidth usage.

Queries radio resource information about carriers that support multicast services.

Queries call information about a group based on the specified group number during PTT services.

Queries the statistics about IP packets under the control plane on the FG1Aa, FG1Ba, FG1Pa, FG1Xa, PEUAa, PEUBa, FG2Aa, FG2Ba, FG2Pa, FG2Xa, PO1Ba, POUBa, PO1Aa, POUAa,POUBc,FG2Bc,GOUBc,FG2Ac or GOUAc interface boards.

Queries the statistics about ML PPP links under the control plane on the PEUAa, PEUBa, POUBa, PO1Ba, PO1Aa, POUAa or POUBc interface boards.

Queries the statistics about PPP links under the control plane on the PEUAa, PEUBa, POUBa, PO1Ba, PO1Aa, POUAa, or POUBc interface boards.

Queries the number of multicast groups that are registered with and activated on an AN.

Queries information about IPC from a specified board or subsystem to another board or subsystem.

Queries the MOT information from a specified board or subsystem to another board or subsystem.

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Modifies the flag for starting and stopping the daylight saving time (DST).

Queries information about the board type, slot number, and subrack number of the PCF, load on the PCF, and the number of connections to the PCF.

Queries the identifications of QChat multicast subscriber flows and A10 connections.

Queries information about target clusters and supporting clusters of QChat multicast groups.

Queries the QChat multicast group status based on a specified Call Setup flow ID.

Queries the port number list of Ethernet ports connecting service links carried over TRUNK links.

Obtains hardware check logs for the POUBc. After the command is executed successfully, the check results are printed in the logs.

Queries information about the overhead bandwidth associated with the transmission protocol header used by Abis/A3 links.

Queries whether board's automatic restoration for system kernel soft errors is enabled.

Modifies the overhead bandwidth associated with the transmission protocol header used by Abis/A3 links.

Specifies whether to enable automatic restoration for system kernel soft errors.1. Automatic self-recovery for board faults can be enabled or disabled for the FG1Ba, PEUBa, and GOUXa in independent mode and the PO1B in active/standby mode, independent mode, and 1:N mode.2. Parameters Automatic Upgrade Switch of Board Chip Software, Switch for Recovery Upon Task Exception and L2 Table Fault Automatic Restoration Switch are valid for all boards.3. The Switch for Board Logic Soft Resetting parameter is valid for the FG1Pa, FG2Pa, GOUPa, AEUBa, FG1Ba, PEUBa, FG2Ba, AOUBa, AO1Ba, PO1Ba, POUBa, FG1Aa, PEUAa, FG2Aa, POUAa, PO1Aa, FG1Xa, FG2Xa, GOUXa, and PIUOa.4. The XPUOa Memory Access Optimization parameter is valid for the XPU.5. The Automatic Fault Recovery Switch for TC Chip parameter is valid for the ECUOc and TCUOc.6. The Automatic Fault Recovery Switch for EC Chip parameter is valid for the ECUOc.7. Parameters Switch for DPU Restore Without Reporting Alarms, Board Repeated Reset Isolation Switch, Board Repeated Reset Isolation Threshold and Board Exception Reset Interval are valid for the DPUTb, DPUSb, DPUDb, ECUO, TCUOc, and ECUOc.

Checks whether the destination IP address is reachable from the specified subsystem.

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Queries DSP troubleshooting parameters on the DPUSb and DPUDb boards.

Modifies DSP troubleshooting parameters on the DPUSb and DPUDb boards.

Deletes all scheduled tasks except the BKP DB scheduled tasks defined for the BSC.

Clears the wireless and transmission layer service data, and supporting data (excluding the network indicator table and flow index table) in the BAM database.

Manually triggers automatic restoration of soft errors in the kernel on the PO1Ba, PEUBa, FG1Ba, or GOUXa. 1. This command is applicable only to PO1Ba boards in active/standby mode, independent mode, and 1:N mode, and other boards in independent mode. This command can be executed only after board's automatic restoration for system kernel soft errors is enabled.2. When certain soft errors occur on the board kernel, run this command to quickly restore the system, saving the time for resetting the board and reducing the impacts of soft errors on services.

Sets the time zone and DST information. If DST information is available in a time zone, set the start time and time offset for the DST.

Starts E1 or PPP link loopback tests.1. Loopback tests can be performed only for the PEUBa and PO1Ba. Loopback tests can be performed only if the loopback test function is enabled.2. Loopback tests must be performed on one link on a board at a time. In addition, only one loopback test can be performed within 30 seconds.3. It is prohibited to manually starting loopback tests within 10 minutes after PPP or ML PPP links.

Starts to reload microcodes.1. Microcodes can be reloaded only to the FG1Pa, FG2Pa, GOUPa, AEUBa, FG1Ba, PEUBa, FG2Ba, AOUBa, AO1Ba, PO1Ba, POUBa, FG1Aa, PEUAa, FG2Aa, POUAa, PO1Aa, FG1Xa, FG2Xa, GOUXa, and PIUOa. Microcodes can be reloaded to these boards only when the microcode reloading function is enabled.2. You can run this command to rectify non-hardware faults in the BSC.

Unblocks DSPs on the DPUSb or DPUDb. If the unblocked DSP is in the normal state, the BSC may allocate services to this unblocked DSP.

Modifies the configuration parameters of the DPUDb that processes EV-DO Rev. A services.

Transfers CE resources controlled by BTS by the license. This command transfers 1X or EV-DO reverse CE resources allocated to a BTS by using the MOD BSCBTSINF command from a BTS to another BTS.

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Modify EV-DO Configuration Negotiation Parameters

Modify EV-DO Global Configuration Negotiation Parameters

Modify QoS ProfileID ParametersModify EMPA Configuration Negotiation ParametersModify MMPA Configuration Negotiation ParametersModify MPA Configuration Negotiation Parameters

Modify EV-DO RL-MAC Flow Configuration Negotiation Parameters

Modify EV-DO RL-MAC General Configuration Negotiation Parameters

Modify Class User RL MAC Rate Para

Modify EV-DO RL-MAC Rate Configuration Negotiation Parameters

Modify EV-DO RL-MAC User Configuration Negotiation Parameters

Modify EV-DO Revision B RL-MAC Flow Configuration Negotiation Parameters

Modify EV-DO Revision B Class User RL MAC Rate Para

Modify EV-DO Revision B RL-MAC Rate Configuration Negotiation Parameters

Modify EV-DO Revision B RL-MAC User Configuration Negotiation ParametersModify EV-DO Configuration Negotiation Basal Information

Modify EV-DO Revision B RL-MAC T2P General Negotiation Parameters

Modify SDU DSP Reservation Parameters

Modify the mapping of priority between the DSCP and MAC

Modify MTP2 Timer Parameters On EIUAa/OIUAa

Modify EV-DO Revision B RL-MAC General Configuration Negotiation Parameters

Modify EV-DO Revision B RL-MAC T2P Attribute Configuration Negotiation Parameters

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Modify QChat Forward Link DSCP

Modify QChat SlotCycle

Add IMSI Binding Relations

Add PDSN Binding Relations

Modify Platinum Subscriber or Industry Subscriber EV-DO Revision A RL-MAC Rate Configuration Negotiation Parameters

Modify Platinum Subscriber or Industry Subscriber EV-DO Revision B RL-MAC Rate Configuration Negotiation Parameters

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Parameter 1 Parameter 2 Parameter 3

FN (Subrack No.) SN (Slot No.) DSPNO (DSP No.)

FN (Subrack No.)

FN (Subrack No.) SN (Slot No.)


FN (Subrack No.) SN (Slot No.) LINKNO (Link No.)

CN (Cell ID) SCTID (Sector ID) CRRID (Carrier ID)

PCFIP (PCFIP address)

UGID (TRUNK CALL NUM)



FN (Subrack No.) SN (Slot No.) LINKNO (Link No.)

FN (Subrack No.) SN (Slot No.) SSN (Subsystem No.)

DSPTYPE (Query mode)



GROUPID (Protection Group ID)

LINKNO (ML PPP Group No.)

NBRANIP (Neighbor AN IP Address)

NBRANIP (Neighbor AN IP Address)

LIBIP (Local Interface Board IP Address)

NBRBSCIP (Neighbor BSC IP Address)

LINKNO (ML PPP Group No.)

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PCFIP (PCF IP Address)

UATI (UATI)

FLOWID (Flow ID)

OBJ (Query Object) BTSID (BTS ID) TRFLNKNO (Traffic Link No.)

FN (Subrack No.) SN (Slot No.) BTP (Board Type)

FLAG (Daylight Flag)


FLOWID (Call Setup FlowID)

PPPIPHCPPPMUXBW (Head Bandwidth of PPP_IPHC_PPPMUX)

PPPPPPMUXBW (Head Bandwidth of PPP_PPPMUX)

PPPIPHCBW (Head Bandwidth of PPP_IPHC)

ALONESYSDISABLEFAULTRSMSW (Automatic Fault Rectification for Independent-Mode PO1Ba)

PEUBAALONESYSDISABLEFAULTRSMSW (Automatic Fault Rectification for Independent-Mode PEUBa)

FG1BAALONESYSDISABLEFAULTRSMSW (Automatic Fault Rectification for Independent-Mode FG1Ba)

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ZONET (Time zone) SM (Start date mode)

FN (Subrack No.) SN (Slot No.) OPT (Link Type)


FN (Subrack No.) SN (Slot No.) DSPNO (DSP No.)

FN (Subrack No.)

FN (Subrack No.)

FN (Subrack No.)

SBTSID (Source BTS ID)

DST (Daylight saving time flag)

FLSETUPTIMER (RLP Flow Setup Timer Length)

MAXLINKQOSDELTIMER (Reverse QoS Max Link Delay Timer)

FAULTPROCSW (Fault Processing Switch)

FAULTRPTTHRESH (DSP Fault Report Threshold)

SBTSFN (Source Subrack No. of BTS)

SREVCENUM (Number of Transferred 1X Reverse CEs)

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CN (Cell ID) SCTID (Sector ID) CRRID (Carrier ID)

PERSID (PersonalityID) PARA1 (Parameter1) PARA2 (Parameter1)

PROFLID (ProfileID) PEAKRATE (Peak Rate) BKTSIZE (Bucket Size)PROFLID (ProfileID) PARA1 (Parameter1)PROFLID (ProfileID) PARA1 (Parameter1)PROFLID (ProfileID) PARA1 (Parameter1)

PROFLID (ProfileID) STRATEGY (Strategy)

PARA1 (Parameter1)

RATECLASS (rate level) PARA1 (para 1)

RATEGRADE (RateGrade) PARA1 (Parameter1) PARA2 (Parameter2)

PARA1 (Parameter1) PARA2 (Parameter2)

PROFLID (ProfileID) STRATEGY (Strategy)

PARA1 (Parameter1)

RATECLASS (rate level) PARA1 (para1)

RATEGRADE (RateGrade) PARA1 (Parameter1)

PARA1 (Parameter1) PARA2 (Parameter2)PARA1 (Parameter1)

PARA1 (Parameter1)

PARA1 (Parameter1)

FN (Subrack No.)

MACPRI (MAC priority)

FN (Subrack No.) SN (Slot No.) TIMERTYPE (Timer Type)

USERGRADE (Subscriber Grade)



DOBCARRIERNUM (Number Of Carriers)

DOBCARRIERNUM (Number Of Carriers)


CONFIGID (Configuration Negotiation ParametersID)

SDUDSPPARA1 (SDU DSP Reservation Parameter 1)


DSCP (Differentiated Services Code Point)

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FL (Forward Link NO.)

PROFLID (ProfileID) SLOTCYCLE1 (SlotCycle1) SLOTCYCLE2 (SlotCycle2)

PARA1 (Parameter1)

PARA1 (Parameter1)

BEGINIMSI (Begin IMSI) ENDIMSI (End IMSI)

PDSNIP (PDSN IP address)

DSCP (Differentiated Services Code Point)

TRADERATEGRADE (RateGrade)

TRADERATEGRADE (RateGrade)

TRADEDOBCARNUM (Number Of Carriers)

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Parameter 4 Parameter 5 Parameter 6 Parameter 7 Parameter 8 Parameter 9

OPT (Node type)


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IP (Destination IP)

NBRBSCIP (Peer BSC IP Address)

NBRANIP (Peer AN IP Address)

PPPBW (Head Bandwidth of PPP)

MPIPHCPPPMUXBW (Head Bandwidth of MP_IPHC_PPPMUX)

MPPPPMUXBW (Head Bandwidth of MP_PPPMUX)

MPIPHCBW (Head Bandwidth of MP_IPHC)

MPBW (Head Bandwidth of MP)

ETHFPMUXBW (Head Bandwidth of ETH_FPMUX)

GOUXAALONESYSDISABLEFAULTRSMSW (Automatic Fault Rectification for Independent-Mode GOUXa)

ASSYSDISABLEFAULTRSMSW (Automatic Fault Rectification for Active/Standby-Mode PO1Ba)

ONEANDNSYSDISABLEFAULTRSMSW (Automatic Fault Rectification for 1:N Protection-Mode PO1Ba)

BOARDAUTOUPDATESW (Automatic Upgrade Switch of Board Chip Software)

TABLEFAULTRSMSW (L2 Table Fault Automatic Restoration Switch)

BOARDLOGICSOFTRSMSW (Board Logic Soft Reset)

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SMONTH (Start month)

LINKNO (Link No.)

SDAY (Start date)

SWSEQ (Start week sequence)

SWEEK (Start week)

ST (Start time)

EM (End sate mode)

RLPDELFCT (Reverse RLP Delay Factor)

WAITRETRTIMER (RLP Wait Dsc Vsho Retry

DOAREVPKTCMBTIMER (DOA Reverse

MULCASTSTOPTIME (Vsho MultiCast

WAITDSCSWTIME (Vsho Wait Dsc Switch Time)

FKNAKMAXTIME (Fake Nak Restrain Max Time)

DSPLOGUSERFACTOR (User Log Factor)

MINDSPLOGTHRESH (DSP Fault Report Min LOG

SDOREVCENUM (Number of Transferred EV-do Reverse CEs)

DBTSFN (Destination Subrack No. of BTS)

DBTSID (Destination BTS ID)

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PERSID (PersonalityID)

PARA1 (Parameter1)

PARA1 (Parameter1)

PARA2 (Parameter2)

PARA1 (Parameter1)

TOKENRATE (Token Rate)

MaxLATE (Max Latency)

PKTLOSSRATE (Max IP Packet Loss Rate)

PKTSIZE (Packet Size)

VARSENST (Delay Var Sensitive)

PHYBWEQFACT (physics Bandwidth Equivalent Factor)







TIMERVALUET1 (Timer T1 Length)






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SLOTCYCLE3 (SlotCycle3)

WAKECOUNT1 (WakeCount1)

WAKECOUNT2 (WakeCount2)

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Parameter 10 Parameter 11 Parameter 12 Parameter 13 Parameter 14 Parameter 15 Parameter 16

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ETHBW (Head Bandwidth of ETH)

ATMUNIBW (Head Bandwidth of UNI)

ATMIMABW (Head Bandwidth of IMA)

ATMFRACATMBW (Head Bandwidth of FRACATM)

XPUBOARDOPTSW (XPU Memory Access Optimization)

TCSELFCURESWT (Automatic Fault Recovery Switch for TC Chip)

ECSELFCURESWT Automatic Fault Recovery Switch for EC Chip)

DPURESTORENORPTALMSW (Switch for DPU Restore Without Reporting Alarms)

TASKABNORMALSELFHEALSW (Switch for Recovery Upon Task Exception)

BRDRSTISOLATIONSW (Board Repeated Reset Isolation Switch)

BRDRSTISOLATIONCOUNT (Board Repeated Reset Isolation Threshold)

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ET (End time)EMONTH (End month)

EDAY (End date)

EWSEQ (End week sequence)

EWEEK (End week)

TO (Time offset(Minute)

MULCASTAFSW (Vsho MultiCast Af Switch)

MULCASTBESW (Vsho MultiCast Be Switch)

MULTICASTREDUSW (Virtual SHO Multicast

NONRTRSFKNAKSW (NonRetrans Fake Nak

RTRSFKNAKSW (Retrans Fake Nak Restrain

REVRLPREXMITTM (Duration of Reverse RLP

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Parameter 17

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BRDRSTTIMEINTERVAL (Board Exception Reset Interval)

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BSC6680 V300R008C00 Expert Parameters

MML Command

MOD BSCBTSINF

MOD BSCHO

MOD TCPARA

MOD FSLOWPC

MOD FER

MOD FLDCTRL

LST BSCINFLST N7DPCLST N7OPCLST SPUOPCLST M3UADPCLST M3UAOPCLST SUADPCLST SUAOPCLST SUASSNGET N7OPCGET N7DPCGET SCCPSSNGET OFCGET TGGET CELLGET CBSCCFG

LST TCPARALST BSCHOLST CHMLST SDUINFLST BSCPWRLST SDU1XIPLST DOHOLST DOSDUPARALST DORRMPLST DOLOWRATEUSERLST NBRANLST QOSLST HOINFLST CHMINFLST PWRINFLST RSMINFLST DOGPLST DOQOS



MOD FLDCTRL

MOD ALDCTRL

MOD HHOLOAD

MOD WSHO

MOD PHOALG

MOD HO

MOD CHM

MOD BSCPWR



MOD SDU1XIP

MOD DOHO

MOD DORPCP

MOD DOSDUPARA

MOD DOLOWRATEUSER

MOD SDU1XRLP

ADD NBRANMOD NBRAN



MOD SDU1XFPMDC

MOD SDU1XTRAU

MOD QOS

MOD FEIBPC

MOD FFASTPC

MOD SCH

MOD RCLPC

ADD NBRLACMOD NBRLAC



MOD CHINF

MOD RLDCTRL

MOD DOGP

MOD DOQOS

MOD DORLCP



MOD DOARPCP

MOD DOARPDS

MOD DOACAP

MOD DOAFLCP

MOD DOARLCP

ADD OPMOD OPMOD PWD




Expert Parameter Function

Configures parameters related to pilot pollution detection.

Configures parameters related to the speech codec algorithm.

If this parameter is set to Packets from the M2000, the command result displays the value formats (hexadecimal or decimal) in a column. If this parameter is set to Packets from the LMT, the command result does not display the value formats in a column. To set the value formats, run the SET LOCALPARA command.

Specifies the number of reverse CEs available for 1X/EV-DO services allocated to BTSs when the license control is implemented at the BTS level.

If this parameter is set to Yes, expert-level information can be queried. By default, the queried information is saved in ..\Airbridge\Log\ExpertReport but is not displayed on the service maintenance system.

Specifies the average number of error frames used by the BSC when no power measurement report is received during slow power control.

Specifies the target (or expected) forward and reverse FERs on each channel carrying voice or data services.

Specifies the thresholds for starting and stopping forward power control. Configures the step for forward power control.



Specifies thresholds for starting and stopping rate reduction mode due to heavy load.

Specifies the conditions that the BSC uses to control the deletion of a leg or forward channel.

Specifies the load or time thresholds for different FERs during power control.

Specifies the conditions that control the uses of the access load control parameters.

Configures the parameters related to load-balance-based hard handoffs.

Specifies the thresholds for determining the poor coverage state.

Configures the parameters for adjusting the forward gain.

Configure the parameters related to soft handoff.

Specifies whether to enable certain handoffs.

Specifies the thresholds for adding or deleting legs in the active sets of soft and softer handoffs.

Specifies the maximum number of legs in the macro diversity for 1X hard handoffs.

Configures parameters related to power measurement report messages for 1X data services.

Configures parameters related to releases of SCHs initiated by the BSC.

Configures parameters related to assignment of forward SCHs and SCH soft handoffs.

Configures parameters related to assignment of reverse SCHs and SCH soft handoffs.

Configures parameters related to forward SCH extension.

Configures parameters related to power synchronization.



Configures parameters related to pilot pollution detection in EV-DO services.

Specifies the maximum number of legs in the macro diversity for EV-DO hard handoffs.

Configures parameters related to inter-AN soft handoffs for EV-DO Rev. B services.

Configures parameters related to transmission rate control frames sent from the BSC to the UMG in A over IP.

Specifies whether to enable the function of detecting EV-DO missing neighboring cell configuration.

Configures parameters for adjusting power control threshold (PCT) values of reverse out-loop power control in EV-DO Rel. 0 services and also configures parameters related to PCT when no data is transmitted.

Specifies the maximum number of MAC frames in an Abis service packet for EV-DO services carried on the forward traffic channel (FTC).

Specifies the maximum number of DataReady transmissions for EV-DO services and the length of the timer for awaiting the response to the DataReady message.

Configures parameters such as the data buffer size, timer length, and number of transmissions for Radio Link Protocol (RLP) in EV-DO services.

Configures parameters such as the number of retransmissions, timer length, and transmission buffer length for Signaling Link Protocol (SLP) in EV-DO services.

Specifies the timer length of switching to inactive period due to heavy EV-DO service load.

Configures the identification parameters for low traffic optimization and the scheduling method.

Specifies the threshold for triggering an AN-assisted inter-AN idle handoff. If the differences of the pilot strength between an external AN and the current AN is greater than or equal to the value, an AN-assisted inter-AN idle handoff is triggered.Specifies the buffer size for saving forward RLP subscriber data in 1X data services.



Configures parameters related to the rate adjustment of 1X speech frames.

Configures the mapping between QoS values on the MSC and those on the BSC.

Configures parameters related to scheduling of data services.

Configures parameters related to the SCH power offset for 1X data services.

Configures parameters related to reverse closed-loop power control.

Configures parameters related to detection of Abis traffic links, detection of error frames, and cyclic redundancy check (CRC) of service frames.

The default value is No. In this case, if the specified Real LAC or NBR LAC do not exist, an error message is displayed. You are not allowed to run this command. If this parameter is set to Yes, the command can be executed but does not take effect when the specified Real LAC does not exist. If the specified NBR LAC does not exist, it is automatically changed to 0.

Configures parameters related to power adjustment of the forward erasure indicator bit (EIB) power control algorithm after error frames are received on the FCH and SCH.

Configures parameters related to power control on dedicated control channels (DCCHs).

Specifies the offset values for active sets with different number of SCHs and FCHs in 1X data services and also the offset values for different SCH coding schemes.

Configures parameters related to the duration for SCHs allocated to 1X data services and the SCH rate.



Specifies the number of equivalent channels corresponding to RCs and services.

Specifies the ratios of resources allocated to 1X voice and data services.

Configures parameters related to RC adaptive allocation algorithm.

Configures the parameters related to the reverse high FER algorithm.

Configures the rate reduction mode due to reverse heavy loads.

Configures the reverse COP initial value.

Configures the QoS strategy for BE flows of EV-DO class subscribers.

Specifies the forward load weight used by the admission algorithm for calculating the carrier load.

Specifies EPACA Resource Available Threshold used in the admission algorithm.

Configures the RSSI floor noise and reverse interference decision parameters in the reverse load control algorithm.

Specifies the threshold offsets for SCH admission and DCCH admission in the reverse load control algorithm.

Configures the schedule weight and reverse rate transition probability for EV-DO Rel. 0, EV-DO Rev. A, and EV-DO Rev. B subscribers.

Configures parameters related to the reverse load control algorithm for EV-DO services.



Configures RSSI parameters used in the hard assignment algorithm.

Configures parameters related to adjustment of PCT values in the reverse out-loop power control algorithm for EV-DO Rev. A or EV-DO Rev. B services.

Configures the mapping between the target PER for EV-DO Rev. A or EV-DO Rev. B services and the decrease step.

Configures the method for measuring carrier load in the hard assignment algorithm.

Specifies whether to enable hard assignment and the thresholds for hard assignment.

Specifies the maximum bandwidth offset and timeslot occupancy ratio offset of EF flows and AF flows for load control of EV-DO Rev. A or EV-DO Rev. B services.

Configures parameters about scheduling optimization for low-throughput EV-DO Rev. A or EV-DO Rev. B subscribers.

Configures parameters of the load control algorithm for access channels in EV-DO Rev. A or EV-DO Rev. B services.

Configures parameters of the reverse load control algorithm for BE flows in EV-DO Rev. A or EV-DO Rev. B services.

Specifies whether passwords are transmitted in plain text mode or encrypted mode.




Expert Parameter 1 Expert Parameter 2

EMS (Packet Type)

TFOTIME (FER Check Duration)

EXPERT (Expert Query)

REVCENUM (1X Reverse CE Number)

DOREVCENUM (EV-DO Reverse CE Number)

PLTMINBR (Branch Number at Pilot Pollution)

PLTRTHRS (Relative Threshold at Pilot Pollution)

TFOREVERSE (Disabling The TFO reverse FER threshold)

ESTARVBADFRM (Estimated average bad frames)

FWDVCDCCHFER1 (F-DCCH Voice Service Expected FER1)

REVVCDCCHFER1 (R-DCCH Voice Service Expected FER1)

FWDSTARPWRTHR (Start Power Limit Threshold)

FWDSTOPPWRTHR (Stop Power Limit Threshold)



ACHMAXVAL (Psist Max. Value) ACHADJDELAY (Psist Adjust Delay)

LBHHOETHRESH (Load Balance Hard Handoff Stop Threshold)

LBHHOPTHRESH (Load Balance HHO Power Threshold)

WEAKECIOTHRESH (Active Set Ec/Io Threshold into Weak Coverage State)

WEAKFWDPWRTHRESH (Forward Power Threshold into Weak Coverage State)

WCSHOSW (Weak Coverage SHO Total Switch)

LBHHOSW (Load Balance HHO Switch)

SOFTERHOGAIN (Softer Handoff Gain)

SOFTM (Dynamic Threshold Slope for Adding Branch to Active Set)

MBRANUMINTERHHO (Max. Number of Inter-BSC HHO Branches)

MBRANUMINTRAHHO (Max. Number of Intra-BSC HHO Branches)

FCHPWRADJTP (FCH Power Synchronization Adjust Type)

FCHSTARTVALVE (FCH Power Synchronization Start Valve)



RATECRTLSW (Downlink Voice Rate Control Switch)

MODECTRLSW (Voice Mode Control Switch)

POLLUTENUM (Branch Number at Pilot Pollution)

POLLUTERELTRSHLD (Relative Threshold at Pilot Pollution)

NORMALGFRAMED (PCT Down Step of Good Frame in Normal State)

NODATAIFRAMEU (PCT Up Step of IDLE Frame in Nodata State)

MAXMACFRM (Max. FTC MAC Frames Carried by an ABIS Service Capsule)

DATAREADYACKT (Wait DataReadyAck Timer Length)

DETECTPERIOD (Check Cycle)

IDENTIFYRATE (Identification Rate of Low Traffic)

ANHOCOMP (AN-assisted Inter-AN HO Compare Threshold)

RLPBUFFER (Forward Buffer Size per User)



ADVANCE (Timing Advance of Forward Frame to BTS)

DCCHCHKERASFRMRAT (Check DCCH Erasure Frame Ratio)

TMADJSTWIN (Speech Frame Delay Adjustment Window Size)

TMADJSTDL (Max. Delay Frames of Speech Frame Delay Adjustment)

IGNORENOTEXISTE (Ignore not exist Lac)

QOS0MAPGRADE (QoS 0 Map HUAWEI QoS Grade)


EIBTCNT (Timer Length after Bad Frame Received)

EIBUPSTP (Power Up after Bad Frame Received)

INITDCCH (DCCH Initial Eb/Nt Value)

MAXDCCH (DCCH Max. Eb/Nt Value)

TFAC (Physical Channel Transmission Efficiency Factor)

NBRINTFFAC (Neighbor Cell Interference Factor)

DCCHRLGAINADJ (Power Adjustment Gain of R-DCCH Relative to ACH)

FCHMPLTGAINRC3 (Gain of RC3 R-PICH Relative to Main Channel for FCH)



RSSIMIN (Min. RSSI Noise)

RC1EQU (RC1 Equivalent Voice Channels)


FLRNOISEESTIALG (Floor Noise Estimate Algorithm)

CLASSBESTRATEGY (Class User BE Flow Paras Strategy)

SCHEWEIGHT (Scheduler Weight)

TRAN009K6019K2 (Transition009k6_019k2)

ROTHIGHTHR (High Threshold of Rise Over Thermal)

ROTLOWTHR (Low Threshold of Rise Over Thermal)



NODATADELTA (PCL NoData Delta)

NODATAMAXINCR (PCL NoData Max Increase)

NORMGDFRMDELTA1 (PCL Normal Good Frame Delta dB1024ths-0.1%)


LDMEASMODE (EV-DO RevA Load Measure Mode)

DOAMAXEFAFSLTOCCUTHRESH (EV-DO RevA MaxEFAFSlotsOccupancy Threshold)

MAXEFBWOFFSET (Max. Bandwidth Offset of EF Flow For Load Control)

MAXEFAFBWOFFSET (Max. Bandwidth Offset of EF And AF Flow For Load Control)

ACCCHOCCUTHR (Access Channel Occupancy Ratio Threshold)

ACCCHOCCUMAXOFS (Access Channel Max. Occupancy Ratio Offset)

ENCRYPTPWD (Encrypted Status)



BSC6680 V300R008C00 Expert ParametersExpert Parameter 3 Expert Parameter 4

AECNLPGATE (AEC Nlp Gate) AECSNRGATE (AEC SNR Gate)

MAXDIST (Max Distance between Neighbor Cell and Serving Cell)

MAXCONFAILTIMES (Max Number of Successive HO Failures to Start Penalty)

FWDDATDCCHFER1 (F-DCCH Expected Data Service FER1)

REVDATDCCHFER1 (R-DCCH Expected Data Service FER1)

FWDTHRBIGSTEP (Ec/Ior Threshold Big Step)

FWDTHRSMALLSTEP (Ec/Ior Threshold Small Step)



OLBHHOCNUM (Outgoing Load Balance HHO Call Numbers)

WEAKFWDFERTHRESH (Forward Fer Threshold into Weak Coverage State)

WEAKREVFERTHRESH (Reverse Fer Threshold into Weak Coverage State)

FWDLQHHOSW (Forward Link Quality HHO Switch)

REVLQHHOSW (Reverse Link Quality HHO Switch)

SOFTB (Dynamic Threshold Intercept for Adding Branch to Active Set)

MAXARRITHR (PN Matching Threshold)

DSERVPWRRPTFRM (Frames of Data Service Measurement Report)

DSERVPWRRPTDEY (Data Service Measurement Report Delay)

FCHSTOPVALVE (FCH Power Synchronization Stop Valve)

FCHCALCUMETHOD (FCH Power Synchronization Calculation Method)



TIMEALIGNSW (Downlink Voice Time Adjustment Switch)

ADDMISSNBRPILOT (Add Missing Neighbor Cell Switch)

INTRAANHHOMAXTARGNUM (Max. Number of Intra-AN HHO Access Branches)

NODATAMAXINC (Max. PCT Increment in Nodata State)

NODATAMAX (Max. PCT in Nodata State)

MAXREADYSEND (Max. DataReady Sending Times)

MAXRESETNUM (Max. RLPReset Sending Times)

LOWFLUXDES (Backpressure Rate Reduction Probability of Low Traffic)

LOWFLUXASC (Backpressure Rate Increase Probability of Low Traffic)



TDL (SCH Transmission Delay)

DCCHCHKERASFRMTHD (Check DCCH Erasure Frame Threshold)

DCCHCHKIDLEFRMTHD (Check DCCH Idle Frame Threshold)

RTCHGDL (Max. Delay Frames of Speech Frame Rate Change)



EIBDWNSTPS (Power Down after Good Frame Received with Timer Set to 0)

EIBDWNSTPB (Power Down after Good Frame Received within Timer)

MINDCCH (DCCH Min. Eb/Nt Value)

DCCHINITGAINFIX (F-DCCH Initial Power Correction Value)

STARTTIMEUNIT (Start Time Unit)

FCHMPLTGAINRC4 (Gain of RC4 R-PICH Relative to Main Channel for FCH)

DCCHMPLTGAINRC3 (Gain of RC3 R-PICH Relative to Main Channel for DCCH)



RSSIINIT (Init RSSI Noise)


E1XDATEQU (Data Service FCH(1XSCH) Equivalent Channels)

MAXREVRSSIVALID (Max Reverse RSSI Valid Value)

TRAN019k2038k4 (Transition019k2_038k4)


LHIGHTHR (EV-DO Rel0 High Threshold of Load)

LLOWTHR (EV-DO Rel0 Low Threshold of Load)



APSTEP (APersistence Step)

NODATAMAXPCT (PCL NoData Max PCT)

MINPCTCHAG (PCL Min Significant PCT Change)



DOAAVEBESLTOCCUTHRESH (EV-DO RevA AveBESlotOccupancy Threshold)

DOAROTTHRESH (EV-DO RevA ROT Threshold)

MAXEFSLTOCCUOFFSET (Max. Slots Occupancy Ratio Offset of EF Flow For Load Control)

MAXEFAFSLTOCCUOFFSET (Max. Slots Occupancy Ratio Offset of EF And AF Flow For Load Control)

ACCCHCOLLSTHR (Access Channel Collision Ratio Threshold)




AECDECTECTSW (AEC Detect Switch)

AECDTCTHRESHOLD (AEC Echo Check Threshold)

FWDVCFCHLOADFER1 (F-FCH Voice Service Expected Heavy Load FER1)

FWDVCDCCHLOADFER1 (F-DCCH Voice Service Expected Heavy Load FER1)



SDSW (Save Drop Switch)

STRRMDRELLDTHR (Basic Load Threshold for Enabling Heavy Loads Rate Reduction Mode)

SPRRMDRELLDTHR (Basic Load Threshold for Disabling Heavy Loads Rate Reduction Mode)

GOODECIOTHRESH (Active Set Ec/Io Threshold into Good Coverage State)

ADFWDGAINTHRESH (Forward Adjust Gain Load Threshold)

SCHRELBYFERSW (FER Based SCH Release Switch)

SCHRELBYPILSTSW (Pilot Strength Based SCH Release Switch)

FCHDELAYFRAMES (FCH Power Synchronization Delay Frames)

DCCHPWRSYNSW (DCCH Power Synchronization Switch)



INTERANHHOMAXTARGNUM (Max. Number of Inter-AN HHO Access Branches)

DOA17SCTTAKEMAXCRRNUM (Maximum Sector Carrier Number Carried by EV-DO Rev. B A17 Message)

DATAGFRAMED (PCT Down Step of Good Frame in DataStart State)

PCTMININCSTEP (Frame Interval at Min. PCT Increase)

RESETACKT (Wait ResetAck Timer Length)

RETXTLEN (RLP Segmentation and Retransmission Timer Length)



DCCHWAITIDLEFRMTMRLEN (Wait DCCH Idle Frame Timer Length)

DCCHCHKDTXFRMRAT (Check DCCH DTX Frame Ratio)



SCHEIBPC (SCH EIB Power Count)

SCHEIBPUS (SCH EIB Power Up Step)

DCCHMAXGAINR1 (F-DCCH Max. Gain1 Relative to Pilot)

DCCHMINGAINR1 (F-DCCH Min. Gain1 Relative to Pilot)

SCHINIPWRADJUST (SCH Init Adjust)

FWDSCHASSREFPILOTGAIN (F-SCH Assignment Reference Pilot Gain)

DCCHMPLTGAINRC4 (Gain of RC4 R-PICH Relative to Main Channel for DCCH)

DCCHREVINIT (Initial Set Value for R-DCCH)



E2XDATEQU (Data Service 2XSCH Equivalent Channels)


MINREVRSSIVALID (Min Reverse RSSI Valid Value)

REVRSSIINTERFTHRESH (Reverse RSSI Interference Threshold)



RSSIHIGHTHR (High Threshold of RSSI)

RSSILOWTHR (Low Threshold of RSSI)



BETWINCRINSUBFRM (PCL Delay Between Increase In Subframes)

NUMFRFORNODATA (PCL Num Empty Frames For NoData)



RUSERRELATHRESH (Reverse User Relative Threshold)

DOASSOPTSW (EV-DO Hard Assign Optimization Switch)

LOWFLUXSW (Switch for Scheduling Optimization of Low-Throughput Subscribers)

DETECTPERIOD (Low-Throughput Subscriber Check Cycle)

APMAX (APersistence Max. Value)

APDELAY (APersistence Delay)




AECCNGMODE (AEC Comfort Noise Mode)

AECNLPATTENU (AEC NLP Attenuation Degree)

FWDDATFCHLOADFER1 (F-FCH Data Service Expected Heavy Load FER1)

FWDDATDCCHLOADFER1 (F-DCCH Data Service Expected Heavy Load FER1)



STRRMDCNTTHR (Time Threshold of Consecutive Heavy Loads for Enabling Rate Reduction Mode)

SPRRMDCNTTHR (Time Threshold of Consecutive Heavy Loads for Disabling Rate Reduction Mode)

REFWDGAINTHRESH (Forward Restore Gain Load Threshold)

FWDGAINAD (Forward Gain Adjust Value)

SCHRELBYLOADSW (Overload Based SCH Release Switch)

SCHRELFRMDEL (Remained Frames Threshold for SCH Release)

DCCHPWRADJTP (DCCH Power Synchronization Adjust Type)

DCCHSTARTVALVE (DCCH Power Synchronization Start Valve)



PCTMINCHANGE (PCT Min. Change Value Sent to Carrier)

NUMIDLEFORNODATA (Number of Idle Frames Required for Transition to Nodata State)

TRAFSBUFF (Traffic RLP Forward Buffer Size)

TRAFRBUFF (Traffic RLP Reverse Buffer Size)



FPCRCSWT (FP_CRC Switch)DCCHCHKDTXFRMTHD (Check DCCH DTX Frame Threshold)



SCHEIBPDSS (SCH EIB Power Down after Good Frame Received with Timer Set to 0)

SCHEIBPDBS (SCH EIB Power Down after Good Frame Received within Timer)



REVSCHASSREFPILOTGAIN (R-SCH Assignment Reference Pilot Gain)

MAXDCCH (Max. Value of DCCH)

MINDCCH (Min. Value of DCCH)





REVRSSISTATWINSIZE (Reverse RSSI Statistic Window Size)

REVINTERFOCCTHRESH (Reverse Interference Occurrence Threshold)



FLRNOISEESTIALG (Floor Noise Estimate Algorithm)

FLRNOISEINITVAL (Initial Value of Floor Noise)



BETWDECRINSUBFRM (PCL Delay Between Decrease In Subframes)

MAXCONSCUTINCR (PCL Max Consecutive Increases)



FWDSLOTACCPRIOTHRESH (Forward Slot Occupancy Access Priority Threshold)

FWDSLOTLOADEDTHRESH (Forward Slot Occupancy Loaded Threshold)

IDENTIFYRATE (Low-Throughput Subscriber Identification Rate)

LOWGOLDGOSFACTOR (GOSFactor of Low-Throughput Gold Subscribers)

APADJTMODE (APersistence Adjust Mode)

DOALTHRHIGH (EV-DO RevA High Threshold of Reverse Load)




AECCNGMATCHLEV (AEC Noise Matching Level)

AECECHOMODE (AEC Echo Suppression Level)

FWDDATSCHLOADFER1X (Forward 1XSCH Target Heavy Load FER)




RRMD (Rate Reduction Mode)EPTRRMD (Heavy Load Rate Reduction Mode)

MAXBRANCHNUM (Max. Active Set Branch Number)

TRIGRELTHRESH (Trigger Relative Threshold)

SCHRELTALFRMTHR (Total Frames Threshold for SCH Release)

SCHRELFERFACTOR (FER Factor for SCH Release)

DCCHSTOPVALVE (DCCH Power Synchronization Stop Valve)

DCCHCALCUMETHOD (DCCH Power Synchronization Calculation Method)



TRAFMAXDATA (Max. Data Length Permitted by Traffic RLP Forward Buffer)

ACCSBUFF (Access RLP Forward Buffer Size)







RC1TORC3 (Set Value Offset of RC1 Relative to RC3)





FWDLODWGT (Forward Load Weight)

REVRSSIABSOTHRESH (Reverse RSSI Absolute Threshold)

REVRSSIRELATHRESH (Reverse RSSI Relative Threshold)


ROTSELECTALG (ROT Select Algorithm)





FWDSLOTUNLOADEDTHRESH (Forward Slot Occupancy Unloaded Threshold)

FILTERFACTOR (Forward Slot Occupancy Filter Factor)

LOWSILVERGOSFACTOR (GOSFactor of Low-Throughput Silver Subscriber)

LOWBRONZEGOSFACTOR (GOSFactor of Low-Throughput Bronze Subscriber)

DOALTHRLOW (EV-DO RevA Low Threshold of Reverse Load)

LOWLDROTTHRLOW (Low Load Area Low Threshold of ROT)




AECERLMODE (AEC Echo Check Mode)

AECFIRSTTH (AEC Echo Probability Threshold)





EPACAVAL (Forward Epaca Value)

TADDTHRESH (Pilot Add Threshold)

FDCCHTOFCHTHR (Forward DCCH to FCH Threshold)

TDROPTHRESH (Pilot Drop Threshold)

SCHRELBRANSTREDIFF (Pilots Strength Difference Threshold for SCH Release)

SCHRELLDRELATHRESH (Overload Relative Threshold for SCH Release)

DCCHDELAYFRAMES (DCCH Power Synchronization Delay Frames)

SCHPWRADJTP (SCH Power Synchronization Adjustment Type)



ACCRBUFF (Access RLP Reverse Buffer Size)

ACCMAXDATA (Max. Data Length Permitted by Access RLP Forward Buffer)





FAS1SAS1 (SCH Initial Eb/Nt FAS1_SAS1 Handoff Offset Relative to FCH)



FCHOLPFAC (Outer Loop Power Control Algorithm Factor for FCH)



VDAPCTRLSW (Voice Data Assignment Percent Control Switch)

MINVCPCNT (Min. Resource Proportion Available for Voice Services)

REVUSERRELATHRESH (Reverse User Relative Threshold)

RSSINOISALGSW (RSSI Noise Estimating Algorithm Selection)





RRSSIVALIDMAX (Max. Reverse RSSI Valid Value)

RRSSIVALIDMIN (Min. Reverse RSSI Valid Value)

LOWLDROTTHRHIGH (Low Load Area High Threshold of ROT)

MIDLLDROTTHRLOW (Middle Load Area Low Threshold of ROT)



Expert Parameter 13 Expert Parameter 14 Expert Parameter 15

AECSTATLEN (AEC Echo Statistic Duration)

UPALCGAINSPEED (Reverse ALC Gain Modification Rate)

DOWNALCGAINSPEED (Forward ALC Gain Modification Rate)



REVVOICEFCHFER1 (R-FCH Voice Service Expected Heavy Load FER1)



STDELLEGRELLDTHR (Basic Load Threshold for Deleting Call Legs)

STDELLEGTMTHR (Time Threshold of Consecutive Heavy Loads for Deleting Call Legs)

CONDELLEGDCNTTHR (Delay Threshold for Consecutively Deleting Call Legs)

TCOMPTHRESH (Pilot Comparison Threshold)

TDROPTIMER (Pilot Drop Timer Value)

SHOSLOPE (Dynamic SHO Slope)

SCHRELSUMRATE (SCH Release Rate Sum(Based Overload))

FWDSASDYNSW (F-SCH Soft Handoff Dynamic Threshold Switch)

FWDSASSLOPE (F-SCH Soft Handoff Slope)

SCHCALCMETHOD (SCH Power Synchronization Calculation Method)

SCHSYNPERIOD (SCH Power Synchronization Period)



MAXHOLES (Max. Holes Permitted by RLP Reassembly Buffer)

WAITSLPDACKT (Value of Retransmission Timer for A Reliabledelivery)

SNDQUELEN (SLP Sending Buffer Queue Length)





GOLDRATEWEIGHT (QoS Rate Weight of Gold Subscriber)




DCCHENDWNSTEP (Eb/Nt Down Step for DCCH)

DCCHENMAXSTEP (Eb/Nt Max. Adjustment Step for DCCH)

DCCHOLPFAC (Outer Loop Power Control Algorithm Factor for DCCH)



MAXVCPCNT (Max. Resource Proportion Available for Voice Services)

SUPPHYADMISSSW (Hybrid Admission Switch)

HYBADMIMAXWALSHNUM (Maximum of Available Walsh Codes for Hybrid Admission)

REV1XSCHTHROFFSET (Reverse 1XSCH Threshold Offset)






NORMGDFRMDELTA60 (PCL Normal Good Frame Delta dB1024ths-6%)


RRSSIHIGHERTHRESH (Reverse RSSI Interference Threshold)

RRSSISTATWINSIZE (Reverse RSSI Statistic Window Size)

RINTERFTHRESH (Reverse Interference Occurrence Threshold)

MIDLLDROTTHRHIGH (Middle Load Area High Threshold of ROT)

HIGHLDROTTHRLOW (High Load Area Low Threshold of ROT)

HIGHLDROTTHRHIGH (High Load Area High Threshold of ROT)




ANCGAINSPEED (ANC Gain Modification Rate)

UPMAXVALUE (Reverse Clipping Decision Threshold)

DNMAXVALUE (Forward Clipping Decision Threshold)

REVVOICEDCCHFER1 (R-DCCH Voice Service Expected Heavy Load FER1)

REVDATAFCHFER1 (R-FCH Data Service Expected Heavy Load FER1)

REVDATADCCHFER1 (R-DCCH Data Service Expected Heavy Load FER1)



FWDSCHPWRESTSW (F-SCH Power Estimate Switch)

FWDINITCOP (Forward COP Initial Value)

STHIFERRELLDTHR (Basic Load Threshold for Enabling High FER)

SHOADDINC (Dynamic SHO Add Intercept)

SHODROPINC (Dynamic SHO Drop Intercept)

PWRADJRATE (Power Adjust Rate)

FWDSASINTERCEPT (F-SCH Soft Handoff Intercept)

FWDSASWEIGHTECIO (F-SCH Soft Handoff Threshold Ec/Io Weight)

FWDSASADJECIODEALTA (Delta Ec/Io Threshold for F-SCH Soft Handoff Adjustment)



MAXRETX (Max. SLP Retransmission Times)

HLINACTIVETLEN (Heavy load inactive timer length)



SILVERRATEWEIGHT (QoS Rate Weight of Silver Subscriber)

BRONZERATEWEIGHT (QoS Rate Weight of Bronze Subscriber)

GOLDSATIWEIGHT (QoS Satisfaction Factor Weight of Gold Subscriber)


FERLESS3 (SCH Initial Eb/Nt FER [0,3] Offset Relative to FCH)

FER3TO7 (SCH Initial Eb/Nt FER (3,7) Offset Relative to FCH)

LNKRPTFRQ (Power Control Report Granularity)

OLOOPPERSCH (R-SCH Power Control Period)

MAXRCAGADJSTEP (Max. RCAG Adjust Step)



FEPACAVAL (EPACA Resource Available Threshold)

RCUSAGEPOWER (RC Adaptive Switch Power Threshold)

RCUSAGEWALSH (RC Adaptive Switch Walsh Threshold)









RRSSIABSOTHRESH (Reverse RSSI Absolute Threshold)

RRSSIRELATHRESH (Reverse RSSI Relative Threshold)




UPMUSICDETECTSWITCH (Reverse Music Check Switch)

DNMUSICDETECTSWITCH (Forward Music Check Switch)

UPKPISWITCH (Reverse KPI Statistic Switch)

REVDATASCHLOADFER1X (Reverse 1XSCH Target Heavy Load FER)





SPHIFERRELLDTHR (Basic Load Threshold for Disabling High FER)

STHIFERCNTTHR (Time Threshold of Consecutive Heavy Loads for Enabling High FER)

SPHIFERCNTTHR (Time Threshold of Consecutive Heavy Loads for Disabling High FER)

FWDSASADJRATEDELTA (Delta Rate Threshold for F-SCH Soft Handoff Adjustment)

SCHTADD (SCH Soft Handoff Tadd)

FWDSASVALIDRELTHRESH (F-SCH Active Set Valid Threshold)



SILVERSATIWEIGHT (QoS Satisfaction Factor Weight of Silver Subscriber)

BRONZESATIWEIGHT (QoS Satisfaction Factor Weight of Bronze Subscriber)

DSWINSIZE (Data Service Scheduler Window Size)

FERMORE7 (SCH Initial Eb/Nt FER [7,100] Offset Relative to FCH)

CONV1XSCH (1X SCH Initial Eb/Nt CONV Offset Relative to FCH)


MAXDTXTHRESH (Max. continuous DTX Threshold)

MINDTXTHRESH (Min. continuous DTX Threshold)




RC8VOICECHNNUM (RC8 Equivalent Voice Channels)

RCUSAGEOFFSET (RC Adaptive Switch Threshold Offset)

RCCHANGECOUNT (RC Change Count Threshold)

DCCHTHROFFSET (Reverse DCCH Threshold Offset)

REVFERLOADCTRLEQLCHANTH (Reverse User Threshold For Enabling High FER Reverse)

REVRATEREDLOADCTRLEQLCHANTH (Reverse User Threshold For Enabling High Voice Rate Reduction Mode)









DNKPISWITCH (Forward KPI Statistic Switch)






TFERFWDOL02 (Forward load corresponding to target FER0.2%)

TFERFWDOL05 (Forward load corresponding to target FER0.5%)

TFERFWDOL10 (Forward load corresponding to target FER1%)

FWDSASBASICRELTHRESH (F-SCH Active Set Basic Threshold)

FWDSCHADJSLOPE (F-SCH Adjust Slope)

FWDSCHADJINTERCEPT (F-SCH Adjust Intercept)



HIGHTHRESH (Imbalance Scheduler Threshold)

MANTTIME (Scheduler Maintain Time)






REVRATEREDLOADCTRLHIMD (Reverse Heavy Loads Rate Reduction Mode)

REVINITCOP (Reverse COP Initial Value)









REVSASVALIDRELTHRESH (R-SCH Active Set Valid Threshold)

REVSASBASICRELTHRESH (R-SCH Active Set Basic Threshold)

REVSCHADJSLOPE (R-SCH Adjust Slope)




TURBO2XSCH (2X SCH Initial Eb/Nt Turbo Offset Relative to FCH)







REVSCHADJINTERCEPT (R-SCH Adjust Intercept)

REVSCHDURFOREEXTDTX (R-SCH Forever Duration Extension DTX)

FWDSCHEXTDURATION (F-SCH Extension Duration)











FWDSCHEXTOVERLAP (F-SCH Extension Overlap)

FWDSCHEXTREQBUFFSW (F-SCH Extension Request Buffer Switch)

FWDSCHEXTMAXTIMES (F-SCH Extension Max. Times)



ENRC4TORC3 (Eb/Nt Offset of Forward RC4 to RC3)





Expert Parameter 34



FWDSCHJUDGETIMEOS (F-SCH Extension Judge Time Offset)

Documents

BSC6680 System MML Commands and Expert Parameters(V300R008C00_01)(XLS)-En