03815

SOLUTION TO EXERCISES 1 (30)Uppgjord (ven faktaansvarig om annan) - Prepared (also subject responsible if other) Nr - No.EEI/TO John Bermingham 038 15 - LZU 108 625 UenDokansv/Godk - Doc respons/Approved Kontr - Checked Datum - Date Rev File

KI/ERA/LY/UXC 98-06-03 D Bscsed.doc

GSM BSC OPERATION

LIST OF SOLUTIONS

SOLUTION TO EXERCISE 14 3CELL DEFINITION AND CONFIGURATION 3

SOLUTION TO EXERCISE 15 5LOCATING DATA 5

SOLUTION TO EXERCISE 16 7DEFINITION OF TG 7

SOLUTION TO EXERCISE 17 13FUNCTION CHANGE 13

SOLUTION TO EXERCISE 18 19CONNECTION OF TRH 19

SOLUTION TO EXERCISE 19 23CONNECTION OF TRI 23

SOLUTION TO EXERCISE 20 27DEFINITION OF TG 27



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SOLUTION TO EXERCISE 14

Cell Definition and Configuration

Command log

RLDEI:CELL=GR01A,CSYSTYPE=GSM;

RLMFC:CELL=GR01A,MBCCHNO=81&22;

RLDEC:CELL=GR01A,CGI=262-02-5-11,BSIC=75,BCCHNO=61,MFRMS=2;

RLCPC:CELL= GR01A,BSPWRB=35,BSPWRT=35,MSTXPWR=31;

RLCFI:CELL=GR01A,DCHNO=71;

RLCCC:CELL=GR01A,SDCCH=1,TN=1;

RLLOC:CELL=GR01A,BSPWR=43,BSTXPWR=43,BSRXMIN=110,BSRXSUFF=48,MSRXMIN=110,MSRXSUFF=48,MISSNM=5;

RLSSC:CELL=GR01A,ACCMIN=106,CCHPWR=35,CRH=4,DTXU=2,NCCPERM=7,RLINKT=16;

RLSBC:CELL=GR01A,CB=NO,ACC=CLEAR,MAXRET=4,TX=7,ATT=YES,T3212=5,CRO=0,TO=0;

RLNRI:CELL=GR01A,CELLR=GR02A;

RLNRI:CELL=GR01A,CELLR=GR03A;



RLNRI:CELL=GR01B,CELLR=GR04A;

RLNRI:CELL=GR01B,CELLR=GR05A;

RLNRC:CELL=GR01A,CELLR=GR02A,KHYST=2,KOFFSETP=1,LHYST=2,LOFFSETP=1,TRHYST=2,TROFFSETP=0,CS=NO;

RLNRC:CELL=GR01A,CELLR=GR03A,KHYST=2,KOFFSETP=1,LHYST=2,LOFFSETP=1,TRHYST=2,TROFFSETP=0,CS=NO;

RLNRC:CELL=GR01B,CELLR=GR04A,KHYST=2,KOFFSETP=1,LHYST=2,LOFFSETP=1,TRHYST=2,TROFFSETP=0,CS=NO;

RLNRC:CELL=GR01B,CELLR=GR05A,KHYST=2,KOFFSETP=1,LHYST=2,LOFFSETP=1,TRHYST=2,TROFFSETP=0,CS=NO;

RLLBP;

RXTCI:CELL=GR01A,CHGR=0,MO=RXOTG-0;

RLSTC:CELL=GR01A,STATE=ACTIVE;

RLCRP:CELL=GR01A;




Locating Data

Command Log

RLLDC:CELL=GR01A,MAXTA=62,RLINKUP=12;

RLLUC:CELL=GR01A,QLIMUL=50,QLIMDL=50,TALIM=50,CELLQ=LOW;

RLLPC:CELL=GR01A,PTIMHF=15,PTIMTA=15,PTIMBQ=30,PSSHF=63,PSSTA=63,PSSBQ=63;

RLLFP:CELL=GR01A;

RLLBC:TAAVELEN=8,TINIT=8,TALLOC=2,TURGEN=10,EVALTYPE=1;

RLLHP:CELL=GR01A;



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Definition of TG

OPI:

Digital Path, Connect

Radio X-ceiver Administration Managed Object for BTS Logical ModelG12, Connect

! Command file !

! Check presence of Software: !

INMCT:SPG=0;

INFIP:VOL=BTSVOLUMSW;

! VOL=BTSVOLUMSW or VOL=EXCHVOLUME, depending !

!on the IOG-configuration!

INFIP:FILE=BTSR7;

END;

! order of definition: TG !

! CF !

! IS !

! CON (not used here)!! DP !

! TRXC 0, 2, 4 !

! TF !

! TX RX TS !



DTDII:DIP=RBLT0,SNT=ETRBLT-0;

DTIDC:DIP=RBLT0,MODE=0; ! MODE=0: TS 16 IS NOT EXTRACTED !

DTBLE:DIP=RBLT0;

DTIDP:DIP=RBLT0;

DTSTP:DIP=RBLT0;

BLODE:DEV=RBLT-1&&-31;

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

! Definition of TG !

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

! RBS2000: LED on DXU must be: - "LOCAL MODE" on !

! LED on TRU must be: - "LOCAL MODE" on !

RXMOI:MO=RXOTG-0,COMB=HYB,RSITE=DXB003,SWVER=BTSR7;

RXMOC:MO=RXOTG-0,FHOP=SY;

RXMOP:MO=RXOTG-0;

! Establish A-bis path !

STDEP:DEV=RBLT-1&&-31;

RXAPI:MO=RXOTG-0,DEV=RBLT-1&&-12,DCP=1&&12; ! AT LEAST 3DCPS PER TRU !

RXAPP:MO=RXOTG-0;! PLUS 1 PER TRU AS POOL-RESERVE !

! Unused DCPs are for future extension !



! Definition of CF !

RXMOI:MO=RXOCF-0,TEI=62; !TEI IN G12-MODEL CORRESPONDS TOTHE CTEI IN G01-MODEL !

RXMOC:MO=RXOCF-0,SWVER=DEFAULT,SIG=UNCONC;

RXMOP:MO=RXOCF-0;

! Definition of IS !

RXMOI:MO=RXOIS-0;

RXMOP:MO=RXOIS-0;

! Definition of digital path in the RBS !

RXMOI:MO=RXODP-3-0,DEV=ROXDPI-2;

! Before You define the TRX, make sure that the TRUs are defined in the IDB!

! Definition of TRX 0 !

RXMOI:MO=RXOTRX-0-0,TEI=0,DCP1=128,DCP2=129&130;

RXMOC:MO=RXOTRX-0-0,CELL=DXB003A,SWVER=DEFAULT;

RXMOP:MO=RXOTRX-0-0;

! Definition of TF !

RXMOI:MO=RXOTF-0,TFMODE=SA,SYNCSRC=PCM;

RXMOP:MO=RXOTF-0;

! Definition of TX !

RXMOI:MO=RXOTX-0-0,BAND=GSM,MPWR=41;

RXMOC:MO=RXOTX-0-0,CELL=GR01A;



RXMOP:MO=RXOTX-0-0;

! Definition of RX !

RXMOI:MO=RXORX-0-0,RXD=AB,BAND=GSM,ANTA=WEST,ANTB=EAST;

RXMOP:MO=RXORX-0-0;

! Definition of TS !

RXMOI:MO=RXOTS-0-0-0&&-7;

! Taking MOs into service !

RXESI:MO=RXOTG-0;

RXMSP:MO=RXOTG-0;

RXAPP:MO=RXOTG-0; ! all DCPs idle !

! Taking CF into service !

RXESI:MO=RXOCF-0; ! ignore NOT LOADED !

RXMSP:MO=RXOCF-0;

RXMDP:MO=RXOCF-0;

RXAPP:MO=RXOTG-0; ! one DCP carries CF SIGNALLING !

! Taking IS into service !

RXESI:MO=RXOIS-0;

RXMSP:MO=RXOIS-0;

! Taking DP into service !



RXESI:MO=RXODP-0-0;

! Taking TRX into service !

RXESI:MO=RXOTRX-0-0;

RXESI:MO=RXOTF-0; ! result: not loaded. Continue anyway !

RXESI:MO=RXOTX-0-0;

RXESI:MO=RXORX-0-0;

RXESI:MO=RXOTS-0-0-0&&-7;

RXMSP:MO=RXOIS-0;

RXMSP:MO=RXOTF-0;

RXMSP:MO=RXOTRX-0-0;

RXMSP:MO=RXOTX-0-0;

RXMSP:MO=RXORX-0-0;

RXMSP:MO=RXOTS-0-0-0&&-7;

RXMDP:MO=RXOTRX-0-0;

RXMDP:MO=RXOTS-0-0-0&&-7;

! Connection of TG to a cell !

RXTCP:MOTY=RXOTG;

RXTCI:MO=RXOTG-0,CHGR=0,CELL=GR01A;



! Activation of cell !

RLSTC:CELL=GR01A,STATE=ACTIVE;

RXBLE:MO=RXOTG-0;

! Now switch RBS2000 into remote mode, !

! all MOs subordinate to TG should deblock automatically !

! If MOs are still MBL, apply the following commands !

RXBLE:MO=RXOCF-0;

RXBLE:MO=RXOIS-0;

RXBLE:MO=RXODP-0-0;

RXBLE:MO=RXOTRX-0-0;

RXBLE:MO=RXOTF-0;

RXBLE:MO=RXOTX-0-0;

RXBLE:MO=RXORX-0-0;

RXBLE:MO=RXOTS-0-0-0&&-7:

! Check result !

RLCRP:CELL=GR01A;

RXCDP:MO=RXOTG-0;




Function Change

OPI:

Radio X-ceiver Administration Managed Object Function Change

! Command-file:!

! Install SW on IOG !

INMCT:SPG=0;

INVOP:VOL=EXCHVOLUME;

INFIP:VOL=EXCHVOLUME;

INFIP:FILE= XXXX;

INFII:FILE=XXXX,VOL=EXCHVOLUME,FCLASS=CMP,TYPE=SEQ,RLENGTH=512,BLK=16,EXP=10;

SIZE=1;

INFIP:FILE= XXXX;

END;



! Install disk 1 !

INMCT:SPG=0;

INVOL:IO=FD-1,NODE=A;

END;

INMCT:SPG=0;

INFET:IO1=FD-1,NODE1=A,FILE1=FLF1,FILE2= XXXX-LF1;

END;

INMCT:SPG=0;

INVOE:IO=FD-1,NODE=A;

END;

! Install disk 2 !

INMCT:SPG=0;


END;

INMCT:SPG=0;

INFET:IO1=FD-1,NODE1=A,FILE1=FLF2,FILE2=XXXX-LF2;

INFET:IO1=FD-1,NODE1=A,FILE1=FHEADER,FILE2=XXXX-HEADER;

END;

INMCT:SPG=0;


END;



! Install disk 3 !

INMCT:SPG=0;


END;

INMCT:SPG=0;

INFET:IO1=FD-1,NODE1=A,FILE1=FLF3,FILE2=XXXX-LF3;

END;

INMCT:SPG=0;


INFIP:FILE=XXXX;

END;

! Repeat the procedure install disk n of file-transfer until all files are

loaded to the IOG !

! Check SAEs for RXOFT and compare it to subfiles:!

! Requirement: NI > 2*RLENGTH*SIZE/1000 !

! Select largest subfile for this calculation !

SAAEP:SAE=538,BLOCK=RXOFT;

INMCT:SPG=0;

INFIP:FILE=XXXX-LF1;



! repeat cmd. infip until all subfiles are checked !

END;



! Check SW-state in MOs !

RXMOP:MO=RXOTG-0;

! SWREPL must be DEFAULT !

RXMOP:MO=RXOTG-0;

RXMOP:MO=RXOCF-0;

RXMOP:MO=RXOTRX-0-0&&-5;

! Change of SWVER !

RXMSC:MO=RXOTG-0,SWVER=XXXX;

RXMSC:MO=RXOCF-0,SWVER=XXXX;

RXMSC:MO=RXOTRX-0-0,SWVER=XXXX;






RXMOP:MO=RXOTG-0;



! SWACT must be XXXX!

RXMOP:MO=RXOTG-0;

RXMOP:MO=RXOCF-0;







! Download SW, conditional !

RXPLI:MO=RXOTG-0;

RXMSP:MO=RXOCF-0;

RXMSP:MO=RXOIS-0;

RXMSP:MO=RXOTF-0;

RXMSP:MO=RXOTRX-0-0&&-5;

RXMOP:MO=RXOCF-0;

RXMOP:MO=RXOTRX-0-0&&-5;



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Connection of TRH

Work order:

Define a RPD.

Connect a TRH to the Group Switch.

OPI:

RPD EM, Connect

Transceiver Handler to Groupswitch, connect

TRH definition in BSC R6.1

Command-file:

EXRPP:RP=ALL;

EXRPI:RP=60, TYPE=RPD1A;

EXEMP:RP=60, EM=ALL;

EXRUI:RP=60,SUNAME=RPFDR; ! Note :you may have to use SUID!

EXRUI:RP=60,SUNAME=RDEXR ! Note :you may have to use SUID!

EXRUI:RP=60,SUNAME=RHLAPDR;

EXRUI:RP=60,SUNAME=RHSNTR;

EXRUI:RP=60,SUNAME=RCLCCHR;

EXRUI:RP=60,SUNAME=RMPAGR;

EXRUI:RP=60,SUNAME=RCSCBR;

EXRUI:RP=60,SUNAME=RQRCQSR;

EXRUI:RP=60,SUNAME=RQUNCR;



EXRPP:RP=60;

EXRUP:RP=60;

! Note : the following are example device numbers if this was the fifth TRH !

EXEMI:RP=60,EM=0,EQM=RHLAPD-128&&-159;

EXEMI:RP=60,EM=1,EQM=RHSNT-32&&-39;

EXEMI:RP=60,EM=2,EQM=RMPAG-128&&-159;

EXEMI:RP=60,EM=3,EQM=RCSCB-128&&-159;

EXEMI:RP=60,EM=4,EQM=RQUNC-128&&-159;

EXEMI:RP=60,EM=5,EQM=RQRCQS-128&&-159;

EXEMI:RP=60,EM=6,EQM=RCLCCH-128&&-159;

EXEMP:RP=60,EM=ALL;

BLEME:RP=60,EM=0;

BLEME:RP=60,EM=1;

BLEME:RP=60,EM=2;

BLEME:RP=60,EM=3;

BLEME:RP=60,EM=4;

BLEME:RP=60,EM=5;

BLEME:RP=60,EM=6;

EXEMP:RP=60,EM=ALL;

BLRPE:RP=60;



NTCOI:SNT=RHSNT-4,SNTP=TSM-0-10,SNTV=1;

NTTEI:SNT=RHSNT-4;

NTBLE:SNT=RHSNT-4;

EXDUI:DEV=RHDEV-32&&-39;

EXDAI:DEV=RHDEV-32&&-39;

BLODE:DEV=RHDEV-32&&-39;

RADEP:DEV=RHDEV-32&&-39;

STDEP:DEV=RHDEV-32&&-39;



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Connection of TRI

Command Log

! OPI: Control Equipment for a new EMG, connect !

EXRPI:RP=46,TYPE=STC2D;

EXRPP:RP=46;

EXEMI:RP=46,EM=1,EQM=CLC-0;

EXEMP:RP=46,EM=1;

EXEGI:EMG=DXB001,RPA=46,STRTYPE=STR2C;

EXEGP:EMG=DXB001;

EXEPI:EMG=DXB001,EM=0,CONTROL=SINGLE,TYPE=EMRP3;

EXEPP:EMG=DXB001,EM=0;



EXEUI:EMG=DXB001,EM=0,SUNAME=EMGFDR;

EXEUI:EMG=DXB001,EM=0,SUNAME=TEETR;

EXEUI:EMG=DXB001,EM=0,SUNAME=REPER;

EXEUI:EMG=DXB001,EM=0,SUNAME=TWR";

EXEUI:EMG=DXB001,EM=0,SUID="2/CAA117052/1CR1A01";!SUNAME=EXAL0R!

EXEUI:EMG=DXB001,EM=0,SUNAME=RITSR;

EXEUI:EMG=DXB001,EM=0,SUNAME=RICSR;

EXEUI:EMG=DXB001,EM=0,SUNAME=RILTR;

EXEDP:EMG=DXB001,EM=0;

EXEEI:EMG=DXB001,EM=0,EQM=TW-0;

EXEEI:EMG=DXB001,EM=0,EQM=EXAL0-0&&-31;

EXEEI:EMG=DXB001,EM=0,EQM=RICS;

EXEEI:EMG=DXB001,EM=0,EQM=RITS;

EXEEI:EMG=DXB001,EM=0,EQM=RILT-0&&-15;

EXEDP:EMG=DXB001,EM=0;

EXCLI:EQM=CLC-0,DEV=RBLT-16;

EXCLP:EQM=CLC-0;

STDEP:DEV=RBLT-16;

BLRPE:RP=46;

EXRPP:RP=46;



BLEME:RP=46,EM=1;

EXEMP:RP=46,EM=1;

BLCLE:EQM=CLC-0;

EXCLP:EQM=CLC-0;

BLEEE:EMG=DXB001,EM=0;

EXEPP:EMG=DXB001,EM=0;

! OPI: TRI device, connect !

RIETI:DEV=RILT-0,EQMTYPE=ETB;

DTDII:DIP=RILT0,DEV=RILT-0;

DTIDC:DIP=RILT0,MODE=1,CRC=0,SBITS=11111;

DTBLE:DIP=RILT0;

RIETI:DEV=RILT-9,EQMTYPE=RTT;

STDEP:DEV=RILT-0&-9;

RADEP:DEV=RILT-0&-9;

RILTP:DEV=RILT-0&-9;

RILSP:DEV=RILT-0&-9;



RITTI:DEV=RILT-0;

RISTP:EMG=DXB001,EMRS=ALL;

RIRTI:EMG=DXB001,EMRS=0;

RIBLE:DEV=RILT-0;

RILSP:DEV=RILT-0;

RIBLE:EMG=DXB001,EMRS=0;

RISTP:EMG=DXB001,EMRS=0;

RIBLE:DEV=RILT-9;

RILSP:DEV=RILT-9;




Definition of TG

Command Log

! Define and activate transceiver group !

RXMOI:MO=RXETG-0,COMB=FLT,RSITE=SITE1,SWVER=XXXX;

RXESI:MO=RXETG-0;

RXBLE:MO=RXETG-0;

RXMSP:MO=RXETG-0;

RXMOP:MO=RXETG-0;

! Define and activate transceiver and transceiver controller !

RXMOI:MO=RXETRX-0-0,TEI=0,CTEI=58,DEV1=RBLT-1,DEV2=RBLT-2&-3;

RXESI:MO=RXETRX-0-0;

RXBLE:MO=RXETRX-0-0;

RXMSP:MO=RXETRX-0-0;

RXMOP:MO=RXETRX-0-0;

! Define and activate timing function !

RXMOI:MO=RXETF-0,TFMODE=S;

RXESI:MO=RXETF-0;



RXBLE:MO=RXETF-0;

RXMSP:MO=RXETF-0;

RXMOP:MO=RXETF-0;

! Define and activate transmitter !

RXMOI:MO=RXETX-0-0,BAND=GSM,MPWR=40;

RXESI:MO=RXETX-0-0;

RXBLE:MO=RXETX-0-0;

RXMSP:MO=RXETX-0-0;

RXMOP:MO=RXETX-0-0;

RXMOI:MO=RXERX-0-0,BAND=GSM,RXD=AB;

RXESI:MO=RXERX-0-0;

RXBLE:MO=RXERX-0-0;

RXMSP:MO=RXERX-0-0;

RXMOP:MO=RXERX-0-0;

! Define and activate timeslots !

RXMOI:MO=RXETS-0-0-0&&-7;

RXESI:MO=RXETS-0-0-0&&-7;

RXLTI:MO=RXETS-0-0-0&&-7;

RXBLE:MO=RXETS-0-0-0&&-7;

RXMSP:MO=RXETS-0-0-0&&-7;

RXMOP:MO=RXETS-0-0-0&&-7;



! Connect channel group to transceiver group !

RXTCI:MO=RXETG-0,CELL=CELL1,CHGR=0;

RXTCP:MOTY=RXETG;

! Activate cell !

RLSTC:CELL=CELL1,STATE=ACTIVE;

RLSTP:CELL=ALL;

! Check configuration !

RXCDP:MO=RXETS-0-0-0&&-7;



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03815

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