03 mss cs configuration seminar part1 msc

MSS 4.1 CS CONFIGURATION SEMINERTop right corner for field-mark, customer or partner logotypes. See Best practice for example.
Slide title 40 pt Slide subtitle 24 pt Text 24 pt Bullets level 2-5 20 pt
MSS4.1 CS configuration Seminar
CBC/ZZ/I Maria Li Yin
Top right corner for field-mark, customer or partner logotypes. See Best practice for example.
Agenda:
MSS4.0 CN Configuration Scope
MSC Server Configuration
According to Customer Network Design and Hardware Configuration to produce Data Transcript Data files for MSC server node.
M-MGW Configuration
According to Customer Network Design and Hardware Configuration, by following the M-MGW MO script User Guideline to produce MO scripts for MGW node.
Data Transcript Command file for MSC server node
MSC Server Configuration R12
LA Configuration (List a new DT sub files and Loading Sequence)
(Note: Red colour is new for LA)
Sub File Contents
(Some New SAE ,some SAE Deleted)
-20000,1 HardWare DT definition
-13000,m MSC Exchange Property Definition 15000,1
-15000,1 End of Selection Definition
(Notes: ANNC code is 4 digits defined in MGW, MSC will control MGW to play announcement)
-15100,1 Charging definition
-15200,1 C7 MTP definition & C7 Event Definition
-15230,1 BICC definition
-15240,1 SIGTRAN definition
-15390,1 Mobile Intelligent
-15462,1 Announcement Definition
-15500,1 Access Barring
-15600,1 B-number Analysis
-15700,1 Pre-B-number Analysis
-16100,1 TELECOMMUNICATION SERVICE ANALYSIS
-75400,h HLR SCCP ADDRESS DEFINITION
-75400,m MSC SCCP ADDRESS DEFINITION
-75500,1 SCCP ANALYSIS
-84000,1 IMPLICIT DETACH SUPERVISION
SAE BLOCK
500 ASDH3/ASDHD
500 C7PCDD
500 CDD
500 CSRCN
500 KRD
500 ECDH
500 MDTMF
500 BL/BL1
500 DIPH155
500 SDIPH155
500 C7BTC4/C7BTC5
500 C7CCH4/C7CCH5
500 C7CMNT4/C7CMNT5
SAE BLOCK
500 C7ITH4/C7ITH5
500 C7OTH4/C7OTH5
500 UPDIF
502 MDTMF
504 ASDH/ASDH3
504 C7CCH4/C7CCH5
504 C7MNT4/C7MNT5
504 C7ITH4/C7ITH5
504 C7OTH4/C7OTH5
515 C7DIP4
515 DIP155
515 DIPMALT
515 DIPSBL1
SAE BLOCK
515 SDIP155
515 SDIQ155
515 UPDIP
528 SNTPCD
529 ASDS/ASDS3
529 C7ETC4
529 CCDSNT
529 ECP
529 ET155
529 ETBL1
529 ETMALT
529 SNTPCD
529 UPET
SAE BLOCK Description
500 UPDR Number of UPDR dev
504 UPDR Number of UPDR Routes
600 UPDR Number of UPDR group data for ST
500 MRALT Number of MRALT dev
504 MRALT Number of MRALT Routes
500 C7BTCR Number of C7BTCR dev
500 C7CCHR Number of C7CCHR dev
500 C7CMNTR Number of C7CMNTR dev
500 C7OTHR Number of C7CMNTR dev
500 C7ITHR Number of C7ITHR dev
504 C7BTCR Number of C7BTCR Routes
504 C7CCHR Number of C7BTCR Routes
504 C7CMNTR Number of C7BTCR Routes
504 C7OTHR Number of C7BTCR Routes
504 C7ITHR Number of C7BTCR Routes
529 RTDMA Number of Remote SNT
600 IP Number of IP EM
601 IP Number of IP Port
602 IP Number of IP Address
600 SCTP Number of SCTP EM
602 SCTP Number of SCTP Association
603 SCTP Number of SCTP Instance
604 SCTP Number of SCTP Association*8, Related to Remote IP Address
500 M3UADR Number of M3UA Buffer
504 M3UADR Number of M3UA Route
500 GCPH Number of GCPH Dev
501 GCPH
500 GATER
606 GAMULT
500 GACON
604 GACON
605 GACON
500 BIBAT
504 BIBAT
500 BIMHR
504 BIMHR
646 BIMHR
500 BIMHS
504 BIMHS
500 BIPHM
500 BIPHT
501 BIPHT
502 BIPHT
504 BIPHT
500 BID
504 BID
512 BID
513 BID
DBTSI:TAB=RPSRPBESWS,SWNO=4,BRNO=5, MAGNO=0, SLOTNO=1; !GESB!
DBTSI:TAB=RPSRPBESWS,SWNO=5,BRNO=5, MAGNO=0,SLOTNO=23;!GESB!
DBTRE:COM;
DBTRI;
DBTSI:TAB=RPSRPBSPOS, RPADDR=160, BRNO=5, MAGNO=0, SLOTNO=0, BUSCONN=YES; !SCB-RP!
DBTSI:TAB=RPSRPBSPOS, RPADDR=161, BRNO=5, MAGNO=0, SLOTNO=25, BUSCONN=YES; !SCB-RP!
DBTSI:TAB=RPSRPBSPOS, RPADDR=162, BRNO=5, MAGNO=0, SLOTNO=3, BUSCONN=NO; !GARP!
DBTSI:TAB=RPSRPBSPOS, RPADDR=163, BRNO=5, MAGNO=0, SLOTNO=5, BUSCONN=NO; !GARP!
DBTRE:COM;
EXRUI:RP=160, SUID="9000/CXC 146 13 R4A04"; !RIEXR!
EXRUI:RP=160, SUID="9000/CXC 146 10 R1B01"; !RPFDR!
EXRUI:RP=160, SUID="9000/CXC 146 20 R1A06"; !RPMMR!
EXRUI:RP=160, SUID="9000/CXC 146 21 R1A05"; !RPMBHR!
EXRUI:RP=161, SUID="9000/CXC 146 13 R4A04"; !RIEXR!
EXRUI:RP=161, SUID="9000/CXC 146 10 R1B01"; !RPFDR!
EXRUI:RP=161, SUID="9000/CXC 146 20 R1A06"; !RPMMR!
EXRUI:RP=161, SUID="9000/CXC 146 21 R1A05"; !RPMBHR!
EXRUI:RP=162, SUID="9000/CXC 146 069 R1B02"; !GPEXR!
EXRUI:RP=162, SUID="9000/CXC 146 05 R1A03"; !RPDFR!
EXRUI:RP=162, SUID="9000/CXC 146 066 R1A20"; !INETR!
-15000,1 End of Selection Definition
Notes: ANNC code is 4 digits defined in MGW,MSC will control MGW to play announcement
Example:
-15462,1 Announcement Definition
Note: Just Defined TCIA route and RC, the announcement will be handled by SW. EXAUI should be defined in MSC for MIN Announcement.
Example:
EXRBC:R=TCIAL1, RSV=516;
ANRAI:RC=94;
-15300,1 Route definition
Delete some Internal Routes: These functionality has been moved to MGW
Route Type
CAT
ECDH
CCD
KRD
MDTMF
CSRCN
TC
CANS
TCALT
Example:
IOTXP:***MGG for External Node over BICC ***;
NRGGI:MGG=BICC,MG=MGW,DEFAULT;
NRGGI:MGG=RTDM, MG=MGW, RESTRICTED;
IOTXP:*** MGG for BSC Remote Local ***;
NRGGI:MGG=BSC, MG=MGW;
RESTRICTED: This type of MGG is used by ISUP routes and BSC routes. One Restricted MGG can include only one MGW. The reason is that the CICs used for the remote ISUP or BSC route are located only in one MGW.
EXRBC:R=BIA300O,ST=6 ;
EXRBC:R=BIA300O,RGSPAR=MGG-BICC;
BLODE:DEV=BID-0&&-31;
ANRSI:P01=1, R=BIA300O, SP=MM1, ESR=0, ESS=1;
ANRPE;
ANRAI:RC=300;
IOTXP:***IP_PORT_CONNECTION *************;
IHRDI:IPPORT=IP-0-2,DEFGW="10.220.82.1"; !define a default gateway!
!
IHBII:LIP="10.220.82.2“&"10.220.82.18“, EPID=EP02; !LOCAL IP address!
IOTXP:***_SCTP_ASSOCIATION_ESTABLISHMENT_***********;
IOTXP:***_M3UA_ROUTE_ACTIVATION_********************;
M3RAI:DEST=2-36-255-1, SAID=EP02MGW1;
EXRBC:R=MSCO,RGSPAR=MGG-RTDM;
EXRBC:R=MSCO,LSV=60;
EXRBC:R=MSCI,LSV=60,BO=30;
RGSPAR: Generic string parameter identifier (only for MGG and outgoing route)
IOTXP: === TOWARDS Other MSC Via MGW1 ===;
NTCOI:SNT=RTDMA-0,EXTP="2-2-224101", MG=MGW1,SNTV=0; !TO MGW1!
EXTP: 2 : Remote TDM Access (Access type)
2: 32 channels system (TDM transport type)
224101: PCM number (In MGW 2:subrack; 24:slot; 101:PCM system)
EXDUI:DEV=UPDR-0&&-32 ,SNT=RTDMA-0; !TO MGW1!
EXDRI:R=MSCO&MSCI, DEV=UPDR-1&&-33, MISC1= 1;
EXRBC:R=BSCO,TTRANS=3;
EXRBC:R=BSCI,PRI=10;
EXRBC:R=BSCO,RGSPAR=MGG-RTDM;
RGSPAR: Generic string parameter identifier (only for MGG and outgoing route)
IOTXP: === BSC and BSC data definition ===;
MGBSI:BSC=BSC,R1=BSCO,R2=BSCI;
MGBSC:BSC=BSC, BSCDATA=NIRR-0;
NTCOI:SNT=RTDMA-1,EXTP="2-2-224102", MG=MGW1,SNTV=0; !TO MGW1!
224101: PCM number (In MGW 2:subrack; 24:slot; 101:PCM system)
EXDUI:DEV=MRALT-0&&-32 ,SNT=RTDMA-1; !TO MGW1!
EXDRI:R=BSCO&BSCI, DEV=MRALT-1&&-33, MISC1= 1;
IOTXP: === Define Location area and Cell ===;
MGLAI:LAI=460-04-1;
MGCEI:CELL=RBS, CGI=460-04-1-101,BSC=BSC;
ARLBE:APCLNK=MOC;
ARLBE:APCLNK=MTE;
MOC: Incoming APC link from Mobile Application
MTE: Outgoing APC link towards Mobile Application
Load DT in MSC1: TC5.2.1_MSC1_MIP_Config.txt
2. Configure MSC Pool feature in MSC2.
Load DT in MSC2: TC5.2.1_MSC2_MIP_Config.txt
Wait for all subscribers finished LU once.
3. Add RNC1 into Pool Area.
Load DT in MSC2: TC5.2.1_MSC2_Add_RNC1.txt
MO Scripts: 01_rnc101_add_MSC2_signalling.mo
02_RNC101_create_MSCpool.mo
Load DT in MSC1: TC5.2.1_MSC1_Add_RNC2.txt
Load BSC1 DT: TC5.2.1_BSC1_MIP_Config.txt
Load MSC2 DT: TC5.2.1_MSC2_Add_BSC1.txt
Load BSC1 DT: TC5.2.1_BSC1_Activate_MSC2.txt
Load BSC2 DT: TC5.2.1_BSC2_MIP_Config.txt
Load MSC1 DT: TC5.2.1_MSC1_Add_BSC2.txt
Load BSC2 DT: TC5.2.1_BSC2_Activate_MSC1.txt
DBTRI; ! TMSI allocated in all connections!
DBTSC:TAB=AXEPARS,SETNAME=GSMMMSC, NAME=TMSIPAR,VALUE=2;
DBTRE:COM;
MGNDI:NRIL=8, NRIV=101; ! SET NRI LENGHT IN TMSI AND ASSIGN NRI TO MSC1 !
DBTRI; ! time supervision value during the handling of the changes in NRI list in MSC1!
DBTSC:TAB=AXEPARS,SETNAME=GSMMDSC , NAME=TIMNRICHGM , VALUE= 1;
DBTRE:COM;
! Configure MSC1 as proxy MSC for the MSC pool consisting of MSC1 and MSC2 !
MGPTI: VLRADDR=4-861370033, NRIV=101; !MSC1!
DBTRI; !Define Own CN-ID!
DBTRE:COM;
MGRIC:RNC=MRNC101,GLCNID=1; ! GLCNID=1: RNC SUPPORTS CN-ID!
CN-ID
The global CN-Id is used on the Gs-interface (MSC-SGSN) and Iu-interface (MSC-RNC).
in order to inform the radio access network about the CN node
that issued the respective message.
The global CN-Id is used in the case that the radio access network cannot obtain the NRI from the CN node where it should respond.
A unique global CN-Id needs to be defined in case CS paging over Gs-interface or Iu-interface is used. This is needed to enable the BSC/RNC to identify the paging MSC.
DBTRI; ! TMSI allocated in all connections!
DBTSC:TAB=AXEPARS,SETNAME=GSMMMSC, NAME=TMSIPAR,VALUE=2;
DBTRE:COM;
MGNDI:NRIL=8, NRIV=102; ! SET NRI LENGHT IN TMSI AND ASSIGN NRI TO MSC2 !
DBTRI; ! time supervision value during the handling of the changes in NRI list in MSC2!
DBTSC:TAB=AXEPARS,SETNAME=GSMMDSC , NAME=TIMNRICHGM , VALUE= 1; !deci-hour!
DBTRE:COM;
! Configure MSC2 as proxy MSC for the MSC pool consisting of MSC1 and MSC2 !
DBTRI; !Define Own CN-ID!
DBTRE:COM;
MGRIC:RNC=MRNC201,GLCNID=1; !RNC SUPPORTS CN-ID!
!Add RNC1!
M3RSI:DEST=3-257,SAID=EP02MGW1,PRIO=1;
EXRBC:R=M257O,RGSPAR=MGG-MGWG1U;
EXRBC:R=M257I,RGSPAR=MGG-MGWG1U;
EXRBC:R=M257I,RGSPAR=PBSD-FORWD;
MGRIC:RNC=MRNC101, GLCNID=1; !RNC SUPPORTS CN-ID!
MGLAI:LAI=460-09-257;
MGAAI:AREA=RNC101 ,SAI=460-09-257-10011;
!Add RNC2!
M3RSI:DEST=3-513,SAID=EP02MGW2,PRIO=1;
EXRBC:R=M513O,RGSPAR=MGG-MGWG2U;
EXRBC:R=M513I,RGSPAR=MGG-MGWG2U;
EXRBC:R=M513I,RGSPAR=PBSD-FORWD;
MGRIC:RNC=MRNC201,GLCNID=1; !RNC SUPPORTS CN-ID!
MGLAI:LAI=460-09-513;
MGAAI:AREA=RNC201 ,SAI=460-09-513-10021;
!ADD new MSC2 SP;
C7SPI:SP=3-2817 ,OWNSP=3-1000;
C7PNC:SP=3-2817 ,SPID=MSC2;
DBTRI;
DBTSC:tab=axepars,SETNAME=CME20BSCF, name=mip, VALUE= 1; ! supporting of MiP !
DBTSC:tab=axepars,SETNAME=CME20BSCF, name=miproute,VALUE=1; ! supporting MiP with Reselection!
DBTRE:COM;
!RRNLP;
RRNTP;
RRMBP:MSC=ALL;
RACII:DEV=RALT-44&&-53,BSC=OWN,MSC=MSC2,CIC=44; ! connects a CIC to BSC devices !
5. Define MSC2 in Pool BSC1. (continue)
!Create a routing for new MSC (Just need to active it);
C7RSI:DEST=3-2817,LS=3-3073,PRIO=1;
C7NPI:SP=3-2817;
RRNRP:MSC=ALL;
rrmbc:msc=msc2,cnid=102;
C7SPI:SP=3-1000, OWNSP=3-2817;
C7PNC:SP=3-1000, SPID=BSCGZ;
C7SPC:SP=3-1000, NET=IP;
M3RAI:DEST=3-1000,SAID=EP02MGW1;
NRGGI:MGG=BSC_GZ,MG=MGW1,RESTRICTED;
EXROI:R=BSCGZO&BSCGZI ,DETY=MRALT , FNC=3 ,SI=SCCP , SP=3-1000;
EXRBC:R=BSCGZO ,TTRANS=3 ;
EXRBC:R=BSCGZI ,PRI=10 ;
EXRBC:R=BSCGZO ,RGSPAR=MGG-BSC_GZ;
MGBSI:BSC=BSCGZ, R1=BSCGZO,R2=BSCGZI;
MGBSC:BSC=BSCGZ, PBSD=FORWD ;
MGBSC:BSC=BSCGZ, BSCDATA=NIRR-1; !NEGOTIATION OF INTERMEDIATE RATE IN BSC!
MGBSC:BSC=BSCGZ, BSCDATA=MSCODER-1; !MULTIPLE SPEECH CODER SUPPORT IN BSC!
MGBSC:BSC=BSCGZ, BSCDATA=PHASE2-1; !PHASE2 ERROR SUPPORT IN BSC!
MGBSC:BSC=BSCGZ, BSCDATA=HRATE-1;
MGBSC:BSC=BSCGZ, BSCDATA=MSLOT-4;
MGBSC:BSC=BSCGZ, BSCDATA=14DOT4-1;
EXDAI:DEV=MRALT-12&&-21;
BLODE:DEV=MRALT-12&&-21;
MGCEI:CELL=BSCGZ,CGI=460-10-101-1,BSC=BSCGZ;
RLTDP:MSC=ALL;
RLTDC:MSC=MSC2,MODE=ACTIVE,CAP=10,PART=50;
MODE (ACTIVE, INACTIVE, RESELECT, BARRED)
CAP defines the capacity of the MSC relative the other MSCs connected to the BSC. The BSC will distribute subscribers to the MSCs, based on their relative CAP values
.
!ADD new MSC2 SP;
C7SPI:SP=3-2561 ,OWNSP=3-2000;
C7PNC:SP=3-2561 ,SPID=MSC1;
DBTRI;
DBTSC:tab=axepars,SETNAME=CME20BSCF, name=mip, VALUE= 1; ! supporting of MiP !
DBTSC:tab=axepars,SETNAME=CME20BSCF, name=miproute,VALUE=1; ! supporting MiP with Reselection!
DBTRE:COM;
!RRNLP;
RRNTP;
RRMBP:MSC=ALL;
RACII:DEV=RALT-66&&-75,BSC=OWN,MSC=MSC1,CIC=66; ! connects a CIC to BSC devices !
Define MSC1 in Pool BSC2. (continue)
!Create a routing for new MSC (Just need to active it);
C7RSI:DEST=3-2561,LS=3-3074,PRIO=1;
C7NPI:SP=3-2561;
RRNRP:MSC=ALL;
rrmbc:msc=msc2,cnid=102;
C7SPI:SP=3-2000, OWNSP=3-2561;
C7PNC:SP=3-2000, SPID=BSCBJ;
C7SPC:SP=3-2000, NET=IP;
NRGGI:MGG=BSC_BJ,MG=MGW21,RESTRICTED;
EXROI:R=BSCBJO&BSCBJI ,DETY=MRALT , FNC=3 ,SI=SCCP , SP=3-2000;
EXRBC:R=BSCBJO ,TTRANS=3 ;
EXRBC:R=BSCBJI ,PRI=10 ;
EXRBC:R=BSCBJO ,RGSPAR=MGG-BSC_BJ;
MGBSI:BSC=BSCBJ, R1=BSCBJO,R2=BSCBJI;
MGBSC:BSC=BSCBJ, PBSD=FORWD ;
MGBSC:BSC=BSCBJ, BSCDATA=NIRR-1; !NEGOTIATION OF INTERMEDIATE RATE IN BSC!
MGBSC:BSC=BSCBJ, BSCDATA=MSCODER-1; !MULTIPLE SPEECH CODER SUPPORT IN BSC!
MGBSC:BSC=BSCBJ, BSCDATA=PHASE2-1; !PHASE2 ERROR SUPPORT IN BSC!
MGBSC:BSC=BSCBJ, BSCDATA=HRATE-1;
MGBSC:BSC=BSCBJ, BSCDATA=MSLOT-4;
MGBSC:BSC=BSCBJ, BSCDATA=14DOT4-1;
EXDAI:DEV=MRALT-34&&-43;
BLODE:DEV=MRALT-34&&-43;
MGCEI:CELL=BSCBJ,CGI=460-11-201-1,BSC=BSCBJ;
RLTDP:MSC=ALL;
RLTDC:MSC=MSC1,MODE=ACTIVE,CAP=10,PART=50;
MODE (ACTIVE, INACTIVE, RESELECT, BARRED)
CAP defines the capacity of the MSC relative the other MSCs connected to the BSC. The BSC will distribute subscribers to the MSCs, based on their relative CAP values
PART percentage of the MSs that shall be moved to other MSCs at the next registration activity located in the radio coverage area of the BSC that and are registered in the specified MSC node
Slide title In CAPITALS 50 pt Slide subtitle 32 pt
PRBT Call Case
CBC/ZZ/I Maria Liyin
1. An IAM message is received in P-GMSC
2. The SRI (MSISDN, PRBT Support Indicator) is sent to HLR
3. HLR checks if the PRBT support indicator is present in the extension
container of SRI. If yes, then HLR checks if the called subscriber has
subscription to PRBT.
PRN(IMSI[imsi]) as in design base.
5. The terminating MSC/VLR allocates an MSRN and answers the request
with MAP message PRNack (ROUTINGNUMBER[msrn]), as in design
base.
HLR
Terminating
6. SRIACK (MSRN[msrn],
7. IAM(CdPN[msrn])
9. IAM (CdPN[prefix+ MSISDN of B-subscriber], CPN[number of the A-subscriber])
4. PRN(IMSI[imsi])
CPG (EventInfo[‘alerting’])
Available’])
[PRBT SS-code]
6. The HLR checks if the called subscriber has a PRBT subscription and if
this is a speech or auxiliary speech call. If yes and if PRBT support
indicator was received in…

03 mss cs configuration seminar part1 msc

Documents