AntennaTest 3 cmds go together Transciever TestRuns Test ZUBS:BTS=bts,TRX=trx; Prints test results ZUBP:TR:BTS=bts,TRX=trx; Deletes test report ZUBD:TR:BTS=bts,TRX=trx;

LinkLinkLink

TRXTop layer info for BCFOutput BCF network configurationOutput BCF and TRX parameters ZERO:BCF=bcf;

Top layer info for BTSOutput BTS network configurationOutput BTS and TRX Parameters

Lock / Unlock Trx Lock (FHO Forces Handover) ZERS:BTS=bts,TRX=trx:L:FHO; Trx Unlock ZERS:BTS=bts,TRX=trx:U; Block TRX sub time slot ZERS:BTS=bts,TRX=trx,CH=ch:L; Unlock TRX sub time slot ZERS:BTS=bts,TRX=trx,CH=ch:U;

Test

3 cmds go together Transciever TestRuns Test ZUBS:BTS=bts,TRX=trx;Prints test results ZUBP:TR:BTS=bts,TRX=trx;Deletes test report ZUBD:TR:BTS=bts,TRX=trx;

3 cmds go together Abis Loop TestRuns Test ZUBK:TEST:BTS=bts,TRX=trx;Prints test results - Verifies Voice path on TRX ZUBP:AL:BTS=bts,TRX=trx;Deletes test report ZUBD:AL:BTS=bts,TRX=trx;

GPRSOutput BCF and TRX parameters ZERO:BCF=bcf;Output BTS and TRX Parameters ZERO:BTS=bts;Enable GPRS for sector ZEQV:BTS=bts:GENA=Y;Disables GPRS for sector ZEQV:BTS=bts:GENA=N;Check a BTS' GPRS parameters ZEQO:BTS=bts:GPRS;

BTS MUST BE BLOCKED BEFORE COMMAND WILL EXECUTEChange BTS GPRS parametersChange "dedicated" GPRS capacity for sector ZEQV:BTS=bts:CDED=xx;Change "default" GPRS capacity for sector ZEQV:BTS=bts:CDEF=xx;

ZEEI:BCF=bcf; (Also shows Lac ID & CI Cell ID) LinkLink

ZEEI:BTS=bts; (Also shows Lac ID & CI Cell ID) LinkZERO:BTS=bts; (ET Must match info in ZEEI cmd) Link

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TRXSIG

TRXSIG information ZERO:BTS=bts,TRX=trx;Interrogate TRX D-channel working state ZDTI:NAME=trxsig;Block working state of TRX LAPD ZDTC:NAME=trxsig:BL;Restore LAPD ZDTC:NAME=trxsig:WO;RESTORES LAPD ZDTC:trxsig:P,WO;

ParametersOutput TRX Radio Timeslots on BSC ZEEL;

ADDTRXSIG will need to be done firstCheck if TRXSIG already exists ZDSB;

Create TRXSIG ZDSE:trxsig:BSCU,x:0,x:16,xx-xx,xx;ZDSE:<link_name>:BCSU,<index>:<sapi>,<tei>:<rate>,<t1_tsl>,<sub_tsl>;

link_name > Name of the LapD linkindex > Index of the BCSU controlling the linksapi > Service access point identifier > 62 for OMUSIG, 0 fro TRXSIGtei > Terminal end point identifier > 1 for OMU link & TRX number for TRXSIG (ie 1,3 & 5)rate > Bit rate of the link > 16 for OMU, 16 for TRXt1_tsl > T1 & the time slot used by the linksub_tsl > Starting bit of sub timeslot in the T1 frame

TRX add to existing BTS

The information below will need to be gathered first.

BTS# > BTSTRX # > TRXFREQ - ARFN > Channel

must be same TSC as existing TRX in that sector.PCMTSL - PCM and time slot >DNAME > (example.. T3703) "bcf-37, trx-3" Same as TRXSIGSIGN > = 0

LEVD > - 83FRT > = 0CH0 > MBCCHC for first radio in BTS. (combined MBCCH & SDCCH)

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ZERC:BTS=bts,TRX=trx:GTRX=Y:FREQ=freq,TSC=tsc,PCMTSL=xx-x:DNAME=trxsig:SIGN=0,LEVD=-83,FRT=0,CH0=SDCCH;

TSC (Training sequence code) >First of the two ABIS traffic time slots used by the TRX.

CH TYPE "each of the eight time slot need to have a type assigned, default in tchf".

>

>

Link to steps for building a TRXDelete TRX

ZERD:

Talks to FXC card Remote Session ZQUS:

MBCCHC is used for the first TRX of a BTS.

SDCCH may be used for second timelot on first TRX of a BTS.

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BTSTop layer info for BCFOutput BCF network configurationOutput BCF and TRX Parameters

Top layer info for BTS

Output BTS network configurationOutput BTS and TRX parameters BTS Identification Parameters

Lock / Unlock Lock Unlock

Barring BTS for TestingActivates BarringDeactivates Barring

AlarmsActive alarms on BSC xx=1 - 248 on BSF Cancel alarmHistory y=year m=month Alarm history back to midnight for all BCF's Alarm history back to midnight For one BCF Output blocked BTS alarms >Block BTS alarmUnblock BTS alarm

ADD

Create BTS

CI= >BAND= >

NCC= >BCC= >MCC= >MNC= >LAC= >HOP= >UHOP = >

TRXSIGShows LapD for TRXChecks TRXSIGInterrogate TRX D-channelBlock working state of TRX LAPDUnlock/Restore LAPDWhich Dchan have been created & ParametersInterrogates memory blocks for LapD

OMUSIG

Status OMUsigBlock OMUsigRestore OMUsigInterrogates memory blocks for LapD

ParametersPower control parameters

BTS Identification parametersMisc ParametersOutput Handover control parameters

Modify Miscelaneous BTS Parameters > >

LAC ID / Cell ID / RF Chan

Display BTS Work Load

Output Mobile allocation frequency list

Display cell broadcast messagesDisplay Messages

GPRSOutput BCF and TRX parametersOutput BTS and TRX ParametersEnable GPRS for sectorDisables GPRS for sectorCheck a BTS' GPRS parametersChange BTS GPRS parametersChange "dedicated" GPRS capacity for sectorChange "default" GPRS capacity for sector

Adjacent cell infoAdjacent cell parametersAdjacent cell data

TESTINGSynchronize BCCH for terminating test callStart call status requestStart originating test callStart BCCH field strength measurementStart receiver sensitivity measurementInterrupt testStart Transciever testPrint single test reportDelete test repot

Build a BTS

ZERO:BCF=bcf;

ZEEI:BTS=bts;

ZEQO:ALL;

ZEQS:BTS=bts:L;ZEQS:BTS=bts:U;

ZEQF:BTS=bts,BAR=N;ZEQF:BTS=bts,BAR=Y;

ZEOL;ZEOL:bcf; ZEOR:<alarm #>;ZEOH:yyyy-mm-dd,00-00-00:BCF=xx;ZEOH;ZEOH:,:BCF=bcf;ZEOE;ZEOB:<bts_alm_nbr>;ZEOU:<bts_alm_nbr>;

Cell Identity must be the same as BTS number used.frequency band of cell…. GSM=900mhz. DCS= 1800 mhz. DSC19=1900 mhz.Network color codeBTS color code

Mobile Network Code (Use ZEFO command on existing site)Location area code identifies all BCF within the BSS."Frequency hopping mode" >NoNo

ZERO:BTS=bcf;ZDSB; or ZDSB:NAME=trxsig:;ZDTI:NAME=trxsig;ZDTC:NAME=trxsig:BL;ZDTC:NAME=trxsig:WO;ZDSB:::PCM=et;ZDFD:OMU:054C,record#; ZDTI; shows record # for LapD to use with command

ZEEI:BCF=bcf; (Also shows Lac ID & CI Cell ID) LinkLink

LinkZERO:BTS=bts; (ET Must match info in ZEEI cmd) Link

Link

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ZEQC:BCF=<bcf_nbr>, BTS=<bts_nbr>,:CI=<ci>,BAND=<band>:NCC=<ncc>, BCC=<bcc>:MCC=<mcc>,MNC=<mnc>, LAC=<lac>:HOP=<hop>,UHOP=N;

Mobile country code 310 in the U.S.

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ZDTI:NAME=omusig;ZDTI:NAME=omusig:BL;ZDTI:NAME=omusig:WO;ZDFD:OMU:054C,record#; ZDTI; shows record # for LapD to use with command

ZEUO:BTS=bts;

ZEQO:BTS=bts; (LAC CODE AND CI INFO)ZEQO:BTS=bts:MIS;ZEHO;BTS=bts;

ZEQM:BTS=bts:RDIV=Y; (Enables GPRS to a sector.)ZEQM:BTS=bts:RDIV=N; (Disables GPRS for a sector.)

ZECL;

ZEBI;

ZECP;

ZERO:BCF=bcf;ZERO:BTS=bcf;ZEQV:BTS=bts:GENA=Y;ZEQV:BTS=bts:GENA=N;ZEQO:BTS=bts:GPRS;BTS MUST BE BLOCKED BEFORE COMMAND WILL EXECUTEZEQV:BTS=bts:CDED=xx;ZEQV:BTS=bts:CDEF=xx;

ZEAO:BTS=bts;ZEAT;

Equipment not installed at site to do this testingZUBEZUBFZUBGZUBHZUBJZUBNZUBSZUBPZUBD

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BCFTop layer info for BCFOutput BCF network configurationOutput transceiver parameters on BCFActive alarms on BSC Status OMUsigBCF ParametersLists existing software builds for BCF in BSCLists SW configuration of BCFInterrogates LapD channel info

Top layer info for BTSOutput BTS network configurationOutput transceiver parameters on BTS

Reset / Lock / Unlock OMU Reset BCF Lock Unlock

OMUSIG (LAPD)Status OMUsigBlock OMUsigRestore OMUsigShows parameters for OMUSIGInterrogates memory blocks for LapD

Create OMUSIG

Choosing a BSCU to assign OMUSIG toLink to change OMUSIG or TRXSIG after BCF has already been built

AlarmsActive alarms on BSC xx=1 - 248 on BSC Cancel alarmHistory y=year m=month

Alarm history back to Midnight For all BCF's

Alarm history back to Midnight For one BCF Output blocked alarms

Parameters

Output transceiver parameters on BCF

Output maintenance mode parameters

BCF Parameters

Interrogates BCF

Interrogates all BCF's

Interrogates one BCF

LAC ID to BCF

Software

Software configurationSoftware Package contentsList existing BCF software packagesList BCF software handling system activities

Checks Adjacent Cell Data

List HW Databse Configuration of BCF

Link To Steps For Sectorizing A BCF

Link To Steps For Rehoming A BCFService TerminalAbis Monitoring (OMUSIG)TRXSIG Monitoring

Channel Mapping

Build A BSF

List HW database configuration

ZERO:BCF=bcf;ZEOL:bcf;ZDTI:NAME=omusig;

ZEWL;ZEWO:bcf;ZDSB;

ZEEI:BTS=bts;

ZEFR:bcf:OMU;

ZEFS:bcf:U;

ZDTI:NAME=omusig;ZDTI:NAME=omusig:BL;ZDTI:NAME=omusig:WO;ZDSB:NAME=omusig;ZDFD:OMU:054C,record#; ZDTI; shows record # for LapD to use with command

ZDSE:omusig:BCSU,x:62,1:16;

Link to change OMUSIG or TRXSIG after BCF has already been built

ZEOL;ZEOL:bcf; ZEOR:xxZEOH:yyyy-mm-dd,00-00-00:BCF=bcf;

ZEOH;

ZEOH:,:BCF=bcf;ZEOE;

ZERO:BCF=bcf;

ZDTI;

ZDTI:NAME=omusig;

ZEEI:BCF=bcf; (Also shows Lac ID & CI Cell ID) LinkLink

ZEFO:bcf;

LinkZERO:BTS=bts; (ET Must match info in ZEEI cmd) Link

ZEFS:bcf:L; (Drops Calls)

Link

ZEEI::BCSU; (Out of the list, choose the BSCU with the least loading)Link

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Link

ZEMO:bcf; (xx=BCF) Link

ZEFO:bcf; (xx=BCF) Link

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ZEQO:LAC=lac_id,CI=cell_id;

ZEWO:bcf;

ZEWL;

ZEAT;

ZEVO:bcf:;

Link To Steps For Sectorizing A BCF

Link To Steps For Rehoming A BCF

ABM_BXSXTGM_BXSX ( ABIS Telecom Monitoring )RPHASGSX ( BCF Phase Monitoring)

LinkZEWP:ID=xx_xx_x; (ID=Build ID obtained with ZEWL CMD) Link

LinkZEWI:bcf; (xx=BCF) Link

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Link

A bisABIS FUNCTIONSignaling between BSC & BTS16 Kbps is used for operational configurationsSignaling protocol LapD for BSC to BCF communicationOMUSIG for 2nd generation equipmentBCFSIG for 3rd generation equipmentSignaling protocol LapD for BSC to TRX for TRXSIG

Top Layer Info For ABISOutput transceiver parameters on BCF ZERO:BCF=bcf;Output transceiver parameters on BTS ZERO:BTS=bts;

Interrogate TRX LAPD Info - TRXSIG ZDTI:trxsig;

Status OMUsig ZDTI:NAME=omusig;

Lap D BTS

BC=BCF OMUSIG Block ZDTC:omusig:BL; Restore ZDTC:omusig:WO;

T=TRX TRXSIG Block ZDTC:trxsig:BL; Restore ZDTC:trxsig:WO;

Add

Building A-bis interface

Parameters

ABIS route info and working stateZNET;

Alarms

Service TerminalAbis Monitoring (OMUSIG) ABM_BXSX ( ABIS O & M Monitor)TRXSIG Monitoring TGM_BXSX ( ABIS Telecom Monitor )

Examplesbcf=100 input bc100bcf=99 input bc099Examplestrx=1,bcf=99 input t9901trx=1,bcf=100 input t1001

ABM_BXSX ( ABIS O & M Monitor)TGM_BXSX ( ABIS Telecom Monitor )

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T1Top Layer Info for T1Output BCF network configurationLAPD statusInterrogate D-CHANNEL STATE

Output statistical disturbances on circuit

Interrogate PCM service state

LOCK / UNLOCK LapDBlock LAPDRestore LAPD

T1 Test

Output statistical disturbances on circuit

Interrogate PCM service state Interrogate D-CHANNEL STATE

Interrogate D-CHANNEL STATE

RESET ET TIMERS

Cross reference ET to get BCF info

OMUSIG & Parameters

Cross reference ET to get BCF info

Loop FXC Card

ZDTI:NAME=trxsig;

ZYEF:ET,et; (et=PCM #)

ZDTC:NAME=omusig:BL;ZDTC:NAME=omusig:WO;

ZYEF:ET,et; (et=PCM #)ZDTI:NAME=trxsig;ZDTI:NAME=omusig;

To get ET back in service run commands in order as below

ZUSC:ET,et:TE;ZUSC:ET,et:WO;

ZDSB:NAME=omusig;

ZEEI:BCF=bcf; This will gives LAPD information to run the below commandZDTI:NAME=omusig; Shows working state and time slot information. (OMUSIG)

ZYMO:ET,et; Error Free Seconds (EFS0 should equal 100%) Remote / Local

ZEEI:BCF=bcf; This will give ET information to run the below commandZYMO:ET,et; Error Free Seconds (EFS0 should equal 100%) Remote / Local

ZUSC:ET,et:TE,FCD; (Forces ET in test state) should see an "execution started" reply.ZUSC:ET,et:SE; Take ET to (separate/out of use) state. ZUSC:ET,et:SE; SAME COMMAND AGAIN takes ET to "Separate/Out of use state".

ZUSC:ET,et:SE;

Now run the ZYMO:ET,et; and the ET timers should be reset (100%)with no errors if the span is clean.

ZDSB:::PCM=et; (USE the ET number for PCM) This will tell you which site this ET belongs to.

ZDSB:::PCM=et; (USE the ET number for PCM) This will tell you which site this ET belongs to.

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BSCTOP LEVEL INFORMATION ON BSCShows C-NUM and name of BSC ZQNI;

All BSC related alarms ZAHO;

A-Interface / A-bis signaling Interface ZNET;

Signalling Link Status - Should be AV-EX ZNEL;

Operating states of all Units in BSC ZUSI:ALL;Status all BCF's in BSC ZEEI;

Local IP to BSC ZQRI:OMU;

SS7 Through Connections ZWGO;

Block Units in BSCCentral supervision

Interrogate state ZUSI:OMU;Change state ZUSC:OMU:Test unit ZUDU:OMU:Restart unit ZUSU:OMU;

Conn & Rls all connections

Interrogate state ZUSI:MCMU;Change state ZUSC:MCMU:Test unit ZUDU:MCMU:Restart unit ZUSU:MCMU;Shows BCF's connected to MCMU ZDFB:MCMU,0:639000C;Shows BTS's connected to MCMU ZDFB:MCMU,0:6390004;

1 BCSU handles 16 TRX's

Interrogate state ZUSI:BCSU,x;

Change state ZUSC:BCSU,x:

Test unit ZUDU:BCSU,x;

Restart unit ZUSU:BCSU,x;

BSCU Alarm history to midnight ZAHP:BCSU,x;

Working state of all BSC cards. ZUSI;

Clears flags under ZUSI; ZUST:BCSU,xShows created trxs, links & tchs under BCSU's ZEEI::BCSU;

Generates clock signals

Interrogate state ZUSI:CLS,x;Change state ZUSC:CLS,x:Test unit ZUDU:CLS,x;

Restart unit ZUSU:CLS,x;

OMUSIG (LAPD)Interrogate D-Channel working state ZDTI;Status OMUsig ZDTI:NAME=omusig;Block OMUsig ZDTI:NAME=omusig:BL;

Link

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OMU (Operation and maintenance unit) >

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MCMU (Marker and Cell Management Unit) >

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BCSU (Base station controller signaling unit) >

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CLSU (Clock & Sync Unit) >

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Changes to working state ZDTI:NAME=omusig:WO;Parameters for TRXSIG / OMUSIG ZDSB:NAME=omusig;

LAP D TCOutput transcoder PCM info / SS7 Connection

CountersInquire and output counters ZTVIOutput counters ZTVOShow description of the counters ZTVSReset the counters ZTVR

ParametersOutputs General BSC Parameters ZEEM:Output BSC parameters ZEEO;Status of optional features of BSC ZWOO;BSC alarm parameters ZEOO;Output timer parameters ZEGO;A-Interface signaling ZNET;Shows Date & Time ZDCD;Gateway IP ZQRL;Local IP to BSC ZQRI:OMU;Outputs BSSAP & SCCP INFO ZNHI;SS7 Through connections ZWGO;Output TRX Radio Timeslots on BSC ZEEL;Interrogate Services ZNPI;Interrogate circuits/circuit groups ZRCI:GSW;

AlarmsLists alarms currently on ZEOL;List alarm history ZEOH:,:BCF=bcf;All BSC related alarms ZAHO;

ZAHO:COMP;Alarm history for BSC ZAHP:::yyyy-mm-dd;Clears alarms ZACA;x=(1-min, 2-maj, 3-crit) ZEOL::CLS=ALx;Block paticular BTS alarms in Bsc ZEOB:xxxx;Lists blocked BTS alarms ZEOE;Checks blocked cell sites ZEEL:BL;Output blocked BSC alarms ZABO;Block BSC alarm ZABB:<bsc_alm_nbr>;Unblock BSC alarm ZABU:<bsc_alm_nbr>:BSC alarm parameters ZEOO;

ZWGO; Link

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Alarms from aall cp units (OMU, MCMU & BCSU's)

BCFStatus all BCF's in BSC ZEEI;Status one paticular BCF ZEEI:BCF=bcf;Show all blocked time slots in BSC ZEEL:BL;Shows busy timeslots "Calls up" ZEEL;

Service TerminalEntering Service Terminal ZDDS;Mass Memory Handling MASHANGX.IMGPackage handling PACKETGX.IMGABIS O & M Monitoring ABM_BXSXABIS Telecom Monitoring TGM_BXSX

Change Delivery

Building a BSC

Service Terminal

ZNHI;

Shows Working states of I/O ZISI:,OMU:ALL;

Looks at plug in units for the entire BSC ZWTI:P;

Top Level GB Conection Info

Output The Network Service Virtual Connection Data ZFWO:BCSU=0&&8;

Interrogating Frame Relay Bearer Channel Data (Tunnel to SGSN) ZFUI;

Show info on ET's in Group switch (ERATES=Gb, SC7PRB=tcsm) ZWIP:GSW:et;

Physical connection between CP's

Interrogate state ZUSI:MB,x;Change state ZUSC:MB,x:Test unit ZUDU:MB,x;Restart unit ZUSU:MB,x;

T1 Termination

Interrogate state ZUSI:ET,et;Change state ZUSC:ET,et:Test unit ZUDU:ET,et;Restart unit (Restarts two ET ports) ZUSU:ET,et;Output ET statistical counters ZYMO:ET,et;Defines ET ZWUC:

Synchronization for BSC

Interrogate state ZUSI:CLAB,x;

Change state ZUSC:CLAB,x:

Test unit ZUDU:CLAB,x;

Restart unit ZUSU:CLAB,x;

Interrogate state ZUSI:SBUS,x;Change state ZUSC:SBUS,x:Test unit ZUDU:SBUS,x;

Restart unit ZUSU:SBUS,x;

TRXSIG (LapD BTS)Interrogate D-Channel working state ZDTI;Parameters for TRXSIG / OMUSIG ZDSB;TRXSIG information ZERO:BTS=bts,TRX=trx;

Outputs BSSAP & SCCP INFO - MSC Connection

Unit Funtions >

MB (Message Bus) >

Link

ET (Exchange Terminal) >

Link

CLAB (Clock & Alarm Buffer) >

Link

SBUS (Supervision Buffer)

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Interrogate TRX D-channel ZDTI:NAME=trxsig;Block working state of TRX LAPD ZDTC:NAME=trxsig:BL;Restore LAPD ZDTC:NAME=trxsig:WO;Which Dchan have been created & Parameters ZDSB:::PCM=et;

BSC LINKSOutputs links from BSC to SGSN ZFWO:BCSU=0&&8;CLNS Object data ZQEI;Links, LAN and x.25 CLNS ZQLI;

SS7 THROUGH CONNECTIONS ZWGO;Interrogate BSC D-channel Link set data ZDSI;Interrogate Network item states ZNET;Interrogate signalling link set data ZNSI:link_set_name;

Handoversoutput handover info ZEHO:BTS=bts;

SoftwareSoftware configuration ZEWO;Software Package contents ZEWP:List existing BCF software packages ZEWL;List BCF software handling system activities ZEWI;Output created SW packages in BSC ZWQO:CR;Output SW packages running in CP units ZWQO:RUN;

Signaling LinksLink Status - Should be AV-EX ZNEL;Interrogate signaling link event logs ZOLLEmpty signaling link event logs ZOLEInterrogate signaling route states ZNVIInterrogate signaling route set states ZNERInterrogate signaling link set states ZNESInterrogate network item states ZNETInterrogate signaling point load sharing ZNEOInterrogate subsystem data of signaling points ZNFJInterrogate Broadcast status of SCCP signaling poZOBIInterrogate SCCP state ZNGIInterrogate SCCP data of signaling points ZNFIInterrogate SCCP subsystem data state ZNHIInterrogate SCCP subsystem distribution data ZNHJInterrogate signaling point data ZNRI

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Interrogate STP access ZNRSInterrogate prohibited STP messages ZNEPTESTINGTest signaling data link ZNLTInterrogate signaling data link test result ZNLO

RoutingInterrogate route ZRRIInterrogate status of SCCP signalling points ZOBI;Interrogate local status of SCCP subsystems ZOBL;

Display cell broadcast messages

ZECP;

I/OShows Working states of I/O ZISI:,OMU:all;

UNIT FUNCTION

OMU FUNCTION

Local user Interface

NMS Connection

Fault Collection

Recovery Activation

Diagnostic Activation

No Redundancy

MB FUNTION

Physical connection between the CP Units

Controlled by MB interfaces on CP Units

MCMU FUNCTION

Controls & Supervises Group Switch

Connects & releases all connections

Contains all system config data

Contains master copies of distributed files

ET FUNCTION

Electrical sync & adaptation of PCM

B8ZS Coding & Decoding

Insert alarm bits in outgoing direction

Produces the PCM frame structure

No redundancy

BCSU FUNCTION

Handles 16 TRX's

Handles SS7 signaling between BSC & MSC

Handles LapD signaling between BSC & BTS's

>

CLAB FUNCTION

Distributes basic timing signals

Alarm Buffer

CLSU FUNCTION Generates clock signals for MSC & BSC

GPRSTop Level Info on GPRSOutput BCF and TRX parametersOutput BTS and TRX ParametersNetwork Service Virtual Connection Parameters - Shows NSEI'sInterrogating Frame Relay Bearer Channel Data (Tunnel to SGSN)Output Routing Areas

Enable GPRS for sectorDisables GPRS for sectorCheck a BTS' GPRS parametersChange BTS GPRS parametersChange "dedicated" GPRS capacity for sectorChange "default" GPRS capacity for sector

Gb links Towards SGSN

Output The Network Service Virtual Connection DataInterrogating Frame Relay Bearer Channel Data (Tunnel to SGSN)

Creates Tunnel to SGSNLockUnlock

Show info on ET's in Group switch (ERATES=Gb, SC7PRB=transcoder)

ParametersInterrogate Local Bearer Channel Signaling Parameters

Barring / Unbarring GPRSChecks to see if Barring is enabled or disabledEnable Barring on BTSDisable Barring on BTS

Service Terminal

ZERO:BCF=bcf;ZERO:BTS=bts;ZWFO:BCSU=0&&-8;ZFUI;ZEBP;

ZEQV:BTS=bts:GENA=Y;ZEQV:BTS=bts:GENA=N;ZEQO:BTS=bts:GPRS;BTS MUST BE BLOCKED BEFORE COMMAND WILL EXECUTEZEQV:BTS=bts:CDED=xx;ZEQV:BTS=bts:CDEF=xx;

ZFWO:BCSU=0&&8;ZFUI;

ZFUC:ZFWS:NSVCI=(name_network_service_id):L;ZFWS:NSVCI=(name_network_service_id):U;

ZWIP:GSW;

ZFNO;

ZEQO:BTS=bts:CEL;ZEQF:BTS=bts,GBAR=y;ZEQF:BTS=bts,GBAR=N;

ZDDS:

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A terFUNCTIONSignaling between TCSM & BSCSignaling protocol CCS7 between the MSC & BSCProtocol LapD TCSM - BSC for TCSM alarm reporting and control

ParametersA-Interface signaling InterfaceTraffic Channel Circuit Group Name

Change Traffic Channel StateChanges from working to blockedet-pcm - >x - >y - >z - >Changes from Blocked to NOT-IN-USE

LAP D TCOutput transcoder PCM info

ZNET;ZRCI:GSW; ?

ZCEC:ETPCM=et-pcm,CRCT=x-y&&-z:BL;BSC ET connected to MSC (ie. 32, 40, 48, 56)TC A Interface connection, 1 through 4 for full rateThe lowest number timeslot in that circuitHighest numbered timeslot in that circuitZCEC:ETPCM=et-pcm,CRCT=x-y&&-z:NU;

Link

ZWGO; Link

TCSMTCSM FuntionCompresses 64 kbps channels to 16 kbps channels towards the BSCUncompresses 16 kbps channels to 64 kbps channels towards the MSCSpeech activity detectionFraming and sync of the vocoder block

Top Level InfoSS7 Through ConnectionsLooks at plug in unit for TCSM'sChecks working state of TCSM unitChecks LapD for TCSM - Internal LapD between TCSM & OMUInterrogate Internal & external LapD connections

Locking / Unlocking Transcoder

Logging into TCSM from BSCxx=number of TCSM, 32,40,48,56,64,72Closes session to TCSM

Parameters

Output transcoder PCM info - SS7 Through Connections

Interrogate Internal & external LapD connections

Configuration of TCSM plug-in-units

AlarmsTCSM alarm printout

SynchronizationSync output for TCSM to MSC direction

RestartRestart ET plug in unitRestart TCSM unit

DiagnosticsSet TCSM to test stateTo start diagnosticsDisplay diagnostic resultsSet TCSM back to working state

Echo CancellationOutput Echo cancellation in each timeslotSet Echo cancellation to all timeslots on EFR codecSet Eecho cancellation to all timeslots on FR codec

Building Transcoders in BSC

Layout of cabinet and link

ZDDT:TCSM,xx;

Now you are in local user interface in transcoder.

Commands are only 3 letters long and if you don't know, what the command is completely,after second letter type ? and third letter. e.g.

Here are some useful commands and short description:

ZAIZLS

*** should be something as follows if pcm's connected and working*****INPUT

***PCM-1 ***PCM-2 ***PCM-3 ***PCM-4 ***PCM-5 ***PCM-6 ***PCM-7 ***EXT

ZGTZUP:ET,xZUU

Diagnostics for the TCSM2A unitZUC:TE

ZCO

User ID: EXPERTPassword: SYSTEM

For alarms in TCSM you use command ZAIIf you didn't know third letter I, you could have typed ?I and you get instructions, how to complete the command.

ZCC:TOTAL To start diagnostics

ZUC:WO

REMEMBER TO CLOSE YOUR SESSION TO TCSM BY, ZX-COMMAND EVERY TIME YOU LOG OUT !!!!

Compresses 64 kbps channels to 16 kbps channels towards the BSCUncompresses 16 kbps channels to 64 kbps channels towards the MSC

ZWGO;ZWTI:P:TCSM,tcsm_#;ZUSI:TCSM,xx; Checks working state of TCSM unitZDTF:TCSM,tcsm:OMU; ( From Main Level)ZDFS:TCSM:OMU;

ZUSC:TCSM,index:TE,FCD; TE-EX

ZUSC:TCSM,index:SE (Separated OUT OF USE SE-OU)

ZUSC:TCSM,index:SE (Separated NO HARDWARE SE-NH)

ZDDT:TCSM,tcsm_#;ZX

ZDFS:TCSM:OMU;

ZGT;

ZAI;

ZLS;

ZUP:ET,et;ZUU

ZUC:TEZCC:TOTALZCOZUC:WO

ZWGO; ( From main level command) Link

ZRC:1:10ZRU:ALL:EFR=ON;ZRU:ALL:FR=ON;

(xx=number of TCSM, 32, 40, 48, 56, 63 or 72)

Commands are only 3 letters long and if you don't know, what the command is completely,

TCSM alarm print outSynchronization output for TCSM to MSC direction.

STATE USED INPUT PRIORITY***

USED * 10CONNECTED CONNECTED DISCONNECTED 7DISCONNECTED 6DISCONNECTED 5DISCONNECTED 4DISCONNECTED 3

Shows the configuration of TCSM plug-in units.Restart ET plug-in unit.Restart TCSM unit

Set TCSM to test state

Display diagnostics results

and you get instructions, how to complete the command.

(x= unit number, 0, 1 or 2)

Set TCSM back to working state

REMEMBER TO CLOSE YOUR SESSION TO TCSM BY, ZX-COMMAND EVERY TIME YOU LOG OUT !!!!

USED INPUT PRIORITY***

98

(x= unit number, 0, 1 or 2)

A InterfaceFUNCTIONBetween MSC & TCSignaling protocol CCS7 between MSC & BSC

Top Level Info on A Interface StatusChecks status of A-Interface Trunks towards MSCChecks LapD towards Transcoder > towards OMU

Blocks / Unblocks TrunksBlocks A-Interface trunks towards MSCUnblocks A-Interface trunks towards MSC

ParametersA-Interface signaling Interface

Outputs BSSAP & SCCP INFOBuilding the A-Interface

TDMA frame for sending signals intended for various users on the same radio frequency in different time slots

ZCEL:NCGR=name_circuit_group;ZRCI:SEA=1:TYPE=CCS:PRINT=5;ZDTF:TCSM,tcsm:;

ZCEC:ETPCM=et,CRCT=pcm_ckt-xx&&-yy:BL;ZCEC:ETPCM=et,CRCT=pcm_ckt-xx&&-yy:WO;

ZNET;

ZNHI;

Link

COMMAND LISTZE H C CREATE HANDOVER CONTROL PARAMETERS

MSCTrace Calls

LAC ID TABLE

VLRMTC

SGSN Link

Routing

Logging For GPRS1. Capture the PCU logs while the fault is active

d. After having determined the BCSU number from step c start a remote service terminal session to the BCSU: ZDDS:BCSU,<bcsu_index>; e. In the service terminal session start a remote session to the PCU: ZRS:3<bcsu_index>,90BE; example: for BCSU -1 ZRS:31,90BE f. Load the LGLVST command:

g. Set new loglevel for DAM programblock

setlog dam 2 h. Exit the service terminal session by first typing 'exit' then type 'ZE' i. Define the log file j. Set logfile parameters ZDVM:CRIERR&INF&TES::BCSU,<bcsu_index>:PCU,4;

ZDVL:BEG:CONT:::<logfile_index>:INT:BCSU,<bcsu_index>;

l. Delete the sublog file with the ZDVD:<index>; m. Stop the loging in the PCU by doing the following commands: ZDDS:BCSU,<bcsu_index>;ZRS:3<bcsu_index>,90BE;

a. Determine to which BCSU the BTS which is experiencing the fault is connected to. To do this first verify if the fault is indeed on that specific BTS by using the ZEEI:BTS=<bts_number>; repeatedly and see if the timeslots are indeed appearing and disappearing.

b. After having verified the that BTS is indeed having the fault use the ZEQO:BTS=<bts_number>:GPRS; to determine the NSEI to which the BTS is connected to.

c. Use the ZFWO:NSEI=<nsei>; to determine which BCSU the BTS is connected to for GPRS. The <nsei> is the NSEI determined in step b.

dxfload -n LGLVSTSX -d -u 0 -o /bin/setlog.gz

k. Give following command after GP RTSL channels starts to go on/off (DO NOT FORGET TO CAPTURE THE LOGS TO A TEXT FILE. THIS LOGFILE NEEDS TO BE SENT TO NOKIA)

setlog dam 0exitZE 2. Capture the BSC connections: a. Determine the working MCMU ZUSI:MCMU; b. Start are remote service terminal session to the WO-EX MCMU ZDDS:MCMU,<INDEX>; Where <INDEX> - the index of the WO-EX MCMU found in step a. c. Load the FCHECK program ZL:1ZLE:1,FCHECKGX;

d. Exit the service terminal session ZE

Z1CA; <===========Capture the output of this command and send it to Nokia

FILE HANDLINGTOP LEVEL COMMANDSLooks at active Software Package on Winchestor drives

Changes Default Software Package - Restarts BSC

Rollback Packages FB>BU BU>NW NW>UT

Switch Active Package In Directory

Change Status Of Two Software Packages

Changes software package into FB

FLOPPY DRIVE UNITListing Directories & Files on FloppyDisplays contents on Floppy

Creating Directories & Subdirectories on FloppyCreates Directory on Floppy

Create sub-directories on Floppy

Deleting Directories & files from FloppyDeleting File from Floppy

Deleting Directories on Floppy

Moving Files on FloppySets source as Floppy drive

Sets Destination as Winchester system & B/U drives

Copies Source to Destination

DAT TAPE DRIVE UNITStatus Hard drivesStatus drives

Listing Directories & Files on Dat tapeDisplays fileset path & files

Shows directory structure

Creating Directories & Subdirectories on Dat tapeCreating Directory on Dat Tape

Creating Subdirectory on Dat Tape

Deleting Directories & Files from Dat tapeDeleting File from Dat Tape

Deleting Directories from Dat Tape

Moving Directories & Files on Dat tapeThese 3 commands work together

Sets source copy

Sets Destination - copies dat tape root to hardrive root in OMU

Copies from selected source to selected destination

WINCHESTER HARD DRIVES IN OMUListing Directories & Files on Hard drives TapeLists Directories on B/U Winchester drive

Lists Directories on System Winchester drive

Lists Directories on System & b/u Winchester drives

Views subdirectories on System Drive

Creating Directories & Subdirectories on Hard drivesCreates Directory on Winchester drives

Create sub-directories on Winchester drives

Deleting Directories & Files from Hard DrivesDeleting Directory from Hard drive

Deleting Files from Hard Drive

Moving Directories & Files on Dat tapeWinchester drives to Dat

Copy from selected source to selected Destination

Service TerminalEnter service terminal

Link for copying in Service terminalMass Memory Handling

Service TerminalEnter service terminalLink for copying in Service terminal

ZWQO:CR;

ZWSD:package_name; or ZWSD:STAT=state;

ZWSR;

ZWSS:NAME=active_pckg_name; or ZWSS:STAT=<NW,BU>;

ZWSC:,:WDU,index:WO-BU;

ZWQC:NAME=volume_name,DIRE=directory_name,STAT=FB;

ZIWX:,:F0,NODEF::%,%,;

ZIWL:,:F0,NODEF::default_directory,FF,2,:; (FF for Default Directory)

ZIWL:,:F0,NODEF:volume:directory_name,900,2,:; ( 900 for sub-directory)

ZIWD:,:F0,NODEF:subdirectory:filename;

ZIWM:,:F0,NODEF:directory:subdirectory:;

ZIWY:S:SYSTEM=bsc,UNIT=OMU,PATH=/,DRIVE=FDU-N0;

ZIWY:D:SYSTEM=bsc,UNIT=OMU,PATH=/root_dir/subdirectory,DRIVE=WDU-SB;

ZIBC;

ZISI:,:WDU,drive#:;

ZIBX:,,CTU,ctu:fileset_name,:;

ZIBX:CTU,ctu,;

ZIWL:

ZIWL:

ZIWD:,:CTU-1,NODEF:subdirectory:filename;

ZIWM:,:CTU-1,NODEF:directory:subdirectory:;

ZIWY:S:SYSTEM=bsc_name,UNIT=OMU,PATH=/,DRIVE=CTU-N1;

ZIWY:D:SYSTEM=bsc_name,UNIT=OMU,PATH=/;

ZIBC:,,,,,,,,,DIR:SSN=directory_name,SYSTEM=All,UNIT=ALL;

SSN - Souce Set Name (Copying from tape)

DSN - Destination Set Name (Copying to tape)

ZIWX:,:WB,NODEF::%,%;

ZIWX:,:WS,NODEF::%,%;

ZIWX:,:WSB,NODEF::%,%;

ZIWX:,:WS,NODEF:directory,:%,%:;

ZIWL:,:WSB,NODEF::default_directory,FF,2,:; (FF for Default Directory)

ZIWL:,:WSB,NODEF:volume:directory_name,900,2,:; ( 900 for sub-directory)

ZIWM

ZIWD:,:WSB:NODEF:directory:file,file_extension;

ZIWY:S:SYSTEM=bsc_name,UNIT=OMU,PATH=/;

ZIWY:D:SYSTEM=bsc_name,UNIT=OMU,PATH=/,DRIVE=CTU-N1;

ZIBC:,,,,,,,,,DIR:SSN=directory_name,SYSTEM=All,UNIT=ALL;

ZDDS;

MASHANGX.IMG ( Mass Memory Handling)PACKETGX.IMG (

ZDDS;

Backups

Making a backup copy of the BSC software build to DAT tape.Step 1Make a fall back copy of the active package.This command will show you the packages that currently exist in your BSC. ZWQO:CR;Delete the oldest FB copy in the BSC with this command.

Create the new FB copy with this command.ZWKS:MODE=FULL,NAME=FBmmddyy,DIRE=FBmmddyy;Interrogate the status of the FB with this command. Once complete continue to step 2.ZWKI;

Step 2Recording to DAT tape.This command sets the destination.ZIWY:D:SYSTEM=fb_name,UNIT=OMU,PATH=/,DRIVE=CTU-N1;This command sets the source.ZIWY:S:SYSTEM=fb_name,UNIT=OMU,PATH=/FBmmddyy/BLCODE,DRIVE=WDU-S;This command copies to DAT.ZIBC:,,,,,,,,,DIR:DSN=BLCODE;This command sets the source.ZIWY:S:SYSTEM=fb_name,UNIT=OMU,PATH=/FBmmddyy/LFILES,DRIVE=WDU-S;This command copies to DAT.ZIBC:,,,,,,,,,DIR:DSN=LFILES;This command sets the source.ZIWY:S:SYSTEM=fb_name,UNIT=OMU,PATH=/FBmmddyy/MMDIRE,DRIVE=WDU-S;This command copies to DAT.ZIBC:,,,,,,,,,DIR:DSN=MMDIRE;This command sets the source.ZIWY:S:SYSTEM=fb_name,UNIT=OMU,PATH=/FBmmddyy/SCMANA,DRIVE=WDU-S;This command copies to DAT.ZIBC:,,,,,,,,,DIR:DSN=SCMANA;This command sets the source.ZIWY:S:SYSTEM=fb_name,UNIT=OMU,PATH=/FBmmddyy/ASWDIR,DRIVE=WDU-S;This command copies to DAT.ZIBC:,,,,,,,,,DIR:DSN=ASWDIR;

Shortcut for copying

Link to RECOVERY PROCESS - Recovering from FallBack on Dat tape to Winchester Hard Drives **Complete System Fail**

ZWQD:NAME=fb_name:DIRE,PRINTS; MAFILE - when there is 1 active folder & 2 packages DIRE - Used to delete package

This command copies to dat the Directories BLCODE, LFILES, MMDIRE but does not copy SCMANA. SCMANA still needs to be copied over.ZIPS:"OMU",WDU-S,/FBweekly,,:"OMU",CTU-1,,,FBweekly:DIR=INC,ISD=Y:APP=ALL;This command sets the source.ZIWY:S:SYSTEM=fb_name,UNIT=OMU,PATH=/FBmmddyy/SCMANA,DRIVE=WDU-S;This command copies to DAT.ZIBC:,,,,,,,,,DIR:DSN=SCMANA;

Step 3Checking your work.This command sets the source.ZIWY:S:SYSTEM=fb_name,UNIT=OMU,PATH=/,DRIVE=CTU-N1;This command displays what you copied to DAT.ZIBX:CTU,1;

Move commandsZWSSZWSCZWSD

Backup back to BSC

Link to recover from backup

SOMAFI COMMANDS