Configuration Guide for NP Service 1 1

Configurat ion Guide for NP service

Issue 1 .1（2011-6-2） Huawei Proprietary and Confidential Copyright © Hu awei Technologies Co., Ltd .

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Contents

1 About this document ..........................................................................................................2

2 Preparation ...........................................................................................................................2 2.1. Install SG license .............................................................................................................................................................................2 2.2. Install C&C08 LICENSE..............................................................................................................................................................2 2.3. Connect E1 cable .............................................................................................................................................................................3

3 Network Architecture.........................................................................................................3

4 Principle ................................................................................................................................4

5 Procedure ..............................................................................................................................5

5.1 Con figure the M3U A data b etween SX and SG...................................................................................................................5 5.1.1 So ftX3000 Interconnection-M3UA Dat a Configuration....................................................................................5 5.1.2 SG7000 Interconnection-M3U A Data Con figuration .........................................................................................8

5.2 Con figure the MTP data between C&C08 and SG .......................................................................................................... 12 5.2.1 SG7000 Interconnection-MTP Data Configu ration.......................................................................................... 12 5.2.2 C&C08 Interconnection-MTP Data Configuration........................................................................................... 14

5.3 Con figure the SCCP data ........................................................................................................................................................... 16 5.3.1 SG7000 Interconnection-SCCP D ata Configuration ........................................................................................ 16 5.3.2 C&C08 Interconnection-SCCP Data Configuration ......................................................................................... 17 5.3.3 So ftX3000 Interconnection-SCCP Data Con figu ration .................................................................................. 19

5.4 Con figure the IN servi ce on So ft X3000 and C&C08 ..................................................................................................... 20 5.4.1 Configure the IN service on Soft X3000 ................................................................................................................ 20 5.4.2 Configure the IN service on C&C08 ...................................................................................................................... 23

5.5 Con figure the LNP servi ce on SG7000 ................................................................................................................................ 25

6 Test case ..............................................................................................................................28

7 Others ..................................................................................................................................28



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1 About this document

This document descr ibes the procedure for accomplish NP service on SoftX3000,SG7000 and C&C08.

This document give an example how to configure data which can used as a guide.If this does not describe your configuration,please do not use this guide.C ontact Huawei engineer for information on the particular project you are preparing for,and instructions on what guide to use.

2 Preparation

2.1. Install SG license

It has been done by Huawei engineer. Before use the LNP service, make sure the license is active. You should use the command “LST SYSSRVCFG:” and check the NP Function of control item is open.

2.2. Install C&C08 LICENSE

FOR example load license for OVSV610: ADD LIC ENS E: INUM=30, SKEY="1EEM-5012-0081-0U25-P8YM";



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Param eter explanation: // INUM;defined by customer ,it’s unique //skey:registration code,It’s wr itten in license file provided by Huawei GTAC NO TICE: Do not need to restart the equipment .After add license,p ls list license

2.3. Connect E1 cable

Connect E1 cable bet ween CC08 and SG7000 SEPU board. Two E1 port by one CC08,one is for EL SALTO SG,another is for FANNOR SG

SEPU board has 16 E1 ports and 0~5 ports are suggested to use for CC08 Which E1 ports will be used to connect to SG on CC08 that needs customer to plan.

3 Network Architecture

Internetworking with PSTN picture 3-1

PSTN SoftSwitch

UM G

SG

Signaling stream

Media stream

SS7(MTP) SIGTRAN(M3UA)

H.248/MGCP

Circuit Switch Network Packet Switch Network

IP core network

SS7(MTP) SIGTRAN(M2UA)



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Example picture 3-2

4 Principle

Signaling Stack picture 4-1

MAC MTP1

MTP2

MTP3

SCCP

TCAP

TU P

I S UP

M3UA

IP

INAP

User Part

Message Transmission Part

M2UA SCTP

SX_ELSALTO SP:2C07

IP Network

UM G8900 PSTN SP: CC08

SG7000-1 SP:2D33

IP:10.99.211.10/ 255.255.255.192

IP:10.99.211.21/ 255.255.255.192

ISUP

M3UA LINK 0

M3UA LINK 1

SCTP Port: 2905 SCTP port: 2905

SCTP Port: 2906 SCTP port: 2905



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The procedure of Commissioning the Interconnection Data is consistent with the structure of signaling stack,from lower layer to higher layer.The procedure of interconnection data is as the following steps: 1) Configure the M2UA data(has been finished) 2) Configure the M3UA data 3) Configure the MTP data 4) Configure the SCCP data 5) Configure service data(user part)

5 Procedure

5.1 Configure the M3UA data between SX and SG

5.1.1 SoftX3000 Interconnection-M3UA Data Configuration

1) Configuration Steps Step Description Command 1 Add M3UA local entity ADD M3LE 2 Add M3UA destination entity ADD M3DE 3 Add M3UA link set ADD M3LKS 4 Add M3UA link ADD M3LNK 5 Add M3UA route ADD M3RT 2) Detail of configuration

ADD M3LE: LEX=0, LENAME="S X_EL SALTO", O PC ="2C07", LET=AS, RC=1234;

//Add local entity

Param eter explanation: Local entity point code : A signaling point code of local entity def ined in SET OFI or ADD OFI Local entity type In a non-peer-to-peer net working mode, set it to “AS” if SoftX3000 connects PST N through SG



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set it to “SG” if SoftX3000 works as an integrated SG In a peer-to-peer networking mode set it to “AS” if SoftX3000 interconnects with other Softswitch or SCP through M3UA links ADD M3DE: DEX=0, LEX=0, DENAME="SG-1", DPC="2D33", S TPF=YES,

DET=SG; //Add SG7000 as adjacent destination entity;

Param eter explanation: Destination entity type In a non-peer-to-peer net working model set it to “SP” if destination entity is a PSTN interconnects with SoftX3000 through SG set it to “SG” if destination entity is an associated SG of SoftX3000 set it to “AS” if SoftX3000 works as an integrated SG, that is, the destination entity is an AS In a peer-to-peer networking model set it to “AS” if destination entity is a Softswitch that directly interconnects with SoftX3000

through M3UA links (not transferred through SG) ADD M3LKS: LS X=0, LSNAME="TO SG-1", ADX=0, SLSM=B0010, W M=ASP; //Add a M3UA link set

Param eter explanation: Traffic mode: Override mode: only one link in the link set keeps active and the others are standby Load-sharing mode (recommended): all the links in the link set are active and share the who le

traffic Work mode: In a non-peer-to-peer net working model



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set it to “ASP” if SoftX3000 works as an AS set it to “SGP” if SoftX3000 works as an SG In a peer-to-peer networking model set it to “IPSP” ADD M3LNK: MN=136, LNKN=0, LNKNAME="TO SG-1-0",LOCIP1="10.99.211.10",

PEERIP1="10.99.211.21", C S=C , LSX=0; ADD M3LNK: MN=138, LNKN=1, LNKNAME="TO SG-1-1",

LOC IP1="10.99.211.10", LOCPORT=2906, PEERIP1="10.99.211.21", CS=C , LSX=0; //Add t wo M3UA links in link set 0

Param eter explanation: In one M3UA link set, better to configure links on different BSGI boards. Client/Server mode

If SoftX3000 works as “AS”, it’s set to “Client”. Local port/ peer port

M2UA, M3UA, V5UA, IUA, and H.245 protocols are all transported on the basis of SCTP, it is recommended to un iversally plan the ranges of local SCTP port numbers for the links. Do not assign the same port number to several links.

ADD M3RT: RTNAME="TO SG-1", DEX=0, LS X=0, PRI=0;

NO TICE:

If this command is for configuration between FANNOR SX and SG-1,the parameter “PRI=1”



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5.1.2 SG7000 Interconnection-M3UA Data Configuration

1) SG7000 divice pannel

9U

0 1 2 3 4 5 6 7 8 9 10

11

12

13

14

15

16

17

18

19

20

SEP

U

SEP

U

VIEB

HBIU

HSC

I

HBIU

HSC

I

VIEB

WC

KI

WC

KI

UPW

R

Back

SBP

U

SBP

U

SBP

I

HSY

S

HSY

S

SBP

I

ALU

I

UPW

R

UPW

R

Front

2) M3UA Data Configuration Steps Step Operation 1 Add local IP address (ADD LIP) (optional: done in hardware data setting) 2 Add local IP address combination table (ADD LIP C) 3 Add remote IP address (ADD RIP) 4 Add remote IP address combination table (ADD RIPC) 5 Add access control information (ADD IPDACL) 6 Add the MTP DSP (ADD N7DSP) 7 Add M3UA app lication server (ADD M3AS) 8 Add M3UA complementary routing (ADD M3CR) (optional: proxy mode) 9 Add M3UA link set (ADD M3ASSOS) 10 Add M3UA route (ADD M3RT) 11 Add M3UA link (ADD M3ASSO) 3) M3UA Data plan

SG work mode DPC Local office SPC Remote IP address Remote SCTP port number

Transfer mode 2C07 (National network)

2D33 (National network)

10.99.211.10/255.255.255.192

M3UA link 0: 2905 M3UA link 1: 2906

Local IP address Local SCTP port number

C_S mode Routing context Work mode of link

10.99.211.21/255.255.255.192 2905 SERVER 1234 Load sharing

There are t wo M3UA links between Soft Switch and SG7000, and each M3UA link bears SS7 services in load sharing mode. Slots 5 and 10 of SG7000 are configured with two active/standby



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SBPIs to provide local IP address. 4) Detail of configuration

ADD LIP: LIP="10.99.211.21", MS K="255.255.255.192", DGW="10.99.211.1"; //Add local IP address and get the index 0.

NO TICE: The command ADD LIP have been done in the hardware data setting. ADD LIPC: FEX1=0; //Add local IP combination and get the local IP combination index 0.

ADD RIP: RIP="10.99.211.10"; //Add remote IP address and get the index 0.

ADD RIPC: RIPX1=0; //Add remote IP combination and get the remote IP combination index 0.



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ADD IPDACL: IP="10.99.211.10"; //Add the IP address of SoftSwitch into the IPDACL table.

ADD N7DSP: NPC="2C 07", S TP=FALS E, S LS=0, SCC PUSED=USED; //Add MTP DSP and get the DSP index 1.

ADD M3AS: NI=NM, SWM=TM, DPCX=1, RC=1234; //Add M3UA application server and get the M3UA application server index 0.



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ADD M3ASSOS: AS X=0, ASC =1, WM=SGP, SRVPROSWT=LNPSW T-1; //Add M3UA link set and get the M3UA link set index 0.

ADD M3RT: ASX=0, ASSX=0; //Add M3UA route.

ADD M3ASSO: SN=0, FN=0, BN=0, PLNO=0, LIPC X=0, RIPC X=0, C S=S, ASSI=0,

ASF=YES, SC TPIDX=0; //Add the first M3UA link.



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ADD M3ASSO: SN=0, FN=0, BN=0, PLNO=1, LIPC X=0, RIPC X=0, RP=2906, C S=S, ASSI=0, AS F=YES, SCTPIDX=0;

// Add the second M3UA link.

5.2 Configure the MTP data between C&C08 and SG

5.2.1 SG7000 Interconnection-MTP Data Configuration

1) M3UA Data plan Local SP code DSP code DSP type DSPs are adjacent or not

2D33 CC08 ITU Yes

Route selection field Link selection field SLC Signaling link type

0 1 0 One 64k link 2) Detail of configuration

SET O FI: SN1=NM, SN2=NS, SN3=IM, SN4=IS, NPC="002D33", SCCP=TRUE;

ADD N7DSP: NPC="CC08", SCC PUSED=NONE;

//Add MTP DSP and get the DSP index 0



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NO TICE: Beause there is only one link set is required bet ween the t wo off ices, set “ROUTE

SELECTION FIELD” to “0”(0000). ADD N7LKS: APX=0, O FX=0, NI=NM, S LS=0, SRVPROSWT=LNPSW T-1; //Add MTP link set and get the link set index 0 // APX=0:AJACENT DSP IDX refer to the result of above command

NO TICE: Link selection field=SLS If SG haS only one link connection to certain CC08，SLS=0 If SG haS t wo links connection to certain CC08，SLS=1 ADD N7RT: LSX=0, DPX=0; //Add MTP route // LSX=0:linkset index refer to the result of above command //DPX=0:destination point code refer to the result of above command

ADD TDMCONN: HLA=S TSL, FN=0, SHN=0, SN=1, E1P=0, TS=1, TSN=1;



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//Add a TDM SPC in the same slot and get the SPC index // SN=5, E1P=0, TS=16, T SN=1:indicate hardware loction

NO TICE: Configure back slot 0 and back slot 1 with one SEPU each. All the links on the SEPUs are

processed by the SHPU in slot 1. ADD N7LNK: SHN=0, FN=0, SN=1, LOC =DDB, LPN=16, LS X=0, CT=NOR64K, TX=0,

HLN=0; //Add a 64k MTP link // SHN=0, FN=0, SN=5, LOC=UDB, LP N=0, LSX=0: indicate hardware loction which

connect to C&C08

5.2.2 C&C08 Interconnection-MTP Data Configuration

SET O FI: LO T=CMPX, NN=YES, SN3=NAT, NPC="C C08", NNS=SP14, SCC P=NO LINK, LAC=K'45 BS T=BS154;

// NPC="CC08" is C&C08 opc ADD N7DSP: DPX=230, DPN="NP_SG7000_1", NPC="002D33"; //DPX:DSP INDEX,defined by yourself //”002D33” is SG7000-1 DP C



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ADD N7LKS: LS=230, LSN="NP_SG7000_1", APX=230, LKS=B0000; //LS:LNKSET,def ined by yourself // APX=0:AJACENT DSP IDX refer to the result of above // if lnkset has 1 links then LKS=B0000,if lnkset has 2 links then LKS=B0010

ADD N7RT: RN="NP_SG7000_1", LS=230, PR=0,DPX=230; // LS=230, DPX=230 are the same as above // P R=0:route priority.If C& C08 connect to SG7000-2,it can set to be 1,which can make

C&C08 send message to SG7000-1 priority fir stly.

ADD N7LNK: MN=30, LNK=9, LKN="NP_SG7000_1_1", C=112, LS =230, S LC =0; // MN=30,MODULE NUMBER DEFINED BY CUSTOMER // LNK=9,Link number,defined by yourself //C=112,circuit number



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5.3 Configure the SCCP data

5.3.1 SG7000 Interconnection-SCCP Data Configuration

ADD SCCPSSN: DESC="NP_SCMGO", NI=NM, SSN=SCMG, DX=0;

ADD SCCPSSN: DESC="NP_INAPO", NI=NM, SSN=INAP, DX=0;

ADD SCCPSSN: DESC="NP_SCMGI", NI=NM, SSN= SCMG, DX=65534; ADD SCCPSSN: DESC="NP_INAPI", NI=NM, SSN=INAP, DX=65534; NO TICE: SG can configure above t wo command automatically



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5.3.2 C&C08 Interconnection-SCCP Data Configuration

ADD SCC PDPC : SPCINDEX=230, SPC2="002D33"; //spcindex :remotely singnal point index,the same as above //ADD sccp DPC record

ADD SCC PSSN: SSNINDEX=2, SSNNETNUM=CN, SSNCODE=SCMG,

DPCCO DE="CC08"; //Add sccp subsystem record

ADD SCC PSSN: SSNINDEX=3, SSNNETNUM=CN, SSNCODE=INAP,

DPCCO DE="CC08";



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ADD SCC PSSN: SSNINDEX=4, SSNNETNUM=CN, SSNCODE=SCMG,

DPCCO DE="2D33";

ADD SCC PSSN: SSNINDEX=5, SSNNETNUM=CN, SSNCODE=INAP,

DPCCO DE="2D33";

ADD SCPADR: SCP=1, DPCF=YES, DPC ="2D33"; //Add SCP physical address description



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ADD SSPADR: SCP=1, DPC="CC 08"; O NE FO R EAC H SCPADR!!!

5.3.3 SoftX3000 Interconnection-SCCP Data Configuration

ADD SCC PDSP: DPX=0, NI=NAT, DPC="2D33", O PC ="2C07", DPNAME="SG_EL SALTO ";

ADD SCC PSSN: SSNX=0, NI=NAT, SSN=INAP, SPC="2D33", OPC="2C07"; ADD SCC PSSN: SSNX=1, NI=NAT, SSN=SC MG, SPC="2D33", O PC ="2C07";



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ADD SCPADDR: SC P=0, RT=DPC , DPC ="2D33", SSN=INAP;

ADD SSPADDR: SC P=0, RT=DPC , O PC ="2C07";

5.4 Configure the IN service on SoftX3000 and C&C08

In order to trigger INAP message,SX and C&C08 need to configure IN service

5.4.1 Configure the IN service on SoftX3000

1) Configuration flowchart



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Notic:MO D PFXPRO is used to do number changes and regulate the num ber to the requested form at.Here ,this example doesn’t inculde MO D PFXPRO comm and,because which num bers are demanded for change and the rule for change are not clear. 2) Detail of configuration

MOD CNAC LD: LP=2, PFX=K'660, EA=YES, NPSL=3, SHLRSLC=0; // In this step, do not add new data; on ly modify the specific existing CNACLD data.

Param eter explanation: To configure ‘NP query start length’ and ‘NP select code’ parameters that indicate which type

of callee pref ix needs to trigger NP query. MOD CALLSRC : C SC =2, SHLRSSC =0; // In this step, do not add any new data; only modify the specific existing CALLSRC data.

Param eter explanation: To configure ‘SHLR selection source code’ parameter that indicates which type of caller

needs to trigger NP query. ADD TRINP: NPSLC=0, NPSSC=0, C LTP=ALLTYPE, NPFLG=YES;



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//To configure if need to trigger NP query by specif ic caller and callee pref ix.

SET NPDB: NT=SC P, AC=K'500; // To configure the NP protocol type and IN Access Code.

ADD C NACLD: LP=65534, PFX=K'500, CS TP=IN, CSA=INS VR, MINL=6, MAXL=11,

CHSC=100, EA=NO, SDESC RIPTION="NP C ALLED S ERVIC E"; // To configure the previous IN Access Code.

ADD ACCODE: CO DE=K'500, PO S=255, DBLEN=255; // It is used to add access code data in the configuration database.

ADD TDPCFG: DPNO=DP3, CODE=K'500, SKEY=500, C ALLSRC=65534;



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//It is used to add TDP configuration data in the configuration database.

ADD SCPCFG: SKEY=500, DB =65535, SCP=SC P0-1, RCODE=65534; //It is used to add SCP configuration data in the configuration database.

ADD SRVSIG: SK=500, SIG=PA-1; //In the called subscriber NP service initiated from an incoming trunk, if the SCP needs to

issue PA announcement instructions to the SSP, run ADD SRVSIG to enable the local off ice to send the ACM message to the peer office. This is to avoid charging being performed in the peer office because the local office will send an answer signal to the peer office.

5.4.2 Configure the IN service on C&C08

Notic:The procedure of IN service configuration is similarly as on SX.The difference is the trigger method between SX and C&C08. In C &C08,every number which want to trigger



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INAP m essage need to add a access code(It’s 500 in this exam ple) at the front.After this changed numbre is sent to SG,SG will delete the access number firstly and then start the normal LNP process. Also,which numbers are dem anded for change and the rule for change are not clear.

Detail of configuration ADD TDPCFG: DPNO=3, CODE=K'500, SKEY=500; // CODE=K'500,access code can be defined by customer. // SKEY=500,service key should be the same as “LNPKEY=500” in SG

ADD SCPCFG: SKEY=500, DB =65535, SCP0=NO, SCP1=YES;

ADD C NACLD: PFX=K'500, C STP=IN, MINL=3, MAXL=11, CHSC =65535; //PFX=K’500 should the same as access code //when the called number is 500xxxx... the number analynsis will trigger intelligence service

and c&c08 will sent INAP message to SG,the num ber sent to SG will be 500xxxx… //SG will process 500xxxx…,delete “500” return a new number:IDD+xxxx…



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SET S FP: ID=P79, B IT=BIT0-0; //Configure softparameter inorder to make IN service have bill

5.5 Configure the LNP service on SG7000

SET S YSSRVCFG: ITYPE=0, ISO PEN=1; SET S YSSRVCFG: ITYPE=1, INDEX=2, STATUS=1; // Set the service switch

SET LNPSOFTC FG: MSGTYPE=BIT1-1, NUMSW T=BIT2,C DPARA=B IT1-1, LNPKEY=500, LOCRN=BIT1-1;

// The command is used to set the software conf iguration parameters related to the LNP service



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Param eter explanation: MESSAGE TYPE:It is used to set the message type that the service processes. It is set based on the actual network ing conditions. For TELMEX, BIT1 (INAP-IDP) must be chosen. NUMSWT=BIT2,Open the number changed switch Configuration of Called Change(CDPARA):It determines whether to change the called number or not when LNP service processes. It is based on the message type. It can be set to bit0 (ISUP), bit1 (INAP-IDP) and bit2 (SIP). In TELMEX, BIT1 (INAP-IDP) must be chosen. LNP Serv ice Key:It is used in INAP resolution. SG only processes INAP-IDP when the service key is equal to the configured LNP service key. It is set based on the actual networking conditions Configuration of called RN:It determines whether to add RN before the called number or not. It can be set to BIT0 (ISUP), BIT1 (INAP-IDP) and BIT2 (SIP).In TELMEX, BIT1 (INAP-IDP) must be chosen.

SET SRVCOMC FG: COUNTRYCODE="56";

ADD MNPRO UTENUM: DESC="TELM EX SS EE", NUM="320",

IMSICD="00000000"; // The command is used to configure the MNP router number.



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Param eter explanation: IMSI Number :It is used in MNP. It is mandatory. It can be configured with 0 in LNP use. MIN Num ber: It is mandatory. It can be configured as IDD or IDO(If the NP number is in the local net work)

ADD MNPRO UTENUM: DESC="CLARO C hile S.A", NUM="219", IMSICD="00000000";

ADD S ERUATTR: DESC="NO NE",USRNUM="45660000",IMSINUM="45660000",

S ERVATTR=O MNP-1, NUMTYPE=TYPE9, RNIDXTYPE=RN, RNIDX=0; ADD S ERUATTR: DESC="NO NE",USRNUM="45660001", S ERVATTR=O MNP-1,

NUMTYPE=TYPE1, RNIDXTYPE=RN, RNIDX=1; //The command is used to configure the MNP service user data.

Param eter explanation: MSISDN:It is used to configure the logic number of a subscriber. Here it is the same as physical numbr.Its format should be AC+B for this project. User IMSI Number:It is used to configure the physical number of a subscribe Number Type:It is used to configure the number type of an NP number. Attention! In LNP, if a number is ported in, you can’t choose TYPE2 (moved in from external net work),



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you should choose TYPE9 (local fixed net work). Route Index Type:It is used to choose the route type of an NP number. If the number type is local fixed net work, port-out or port-cross, the router index type must be “RN(route number index)”. Routing Number Index:It is used to configure the routing number. It references the index of a record generated in “ADD MNP ROUTENUM”.

ADD MNPFRGNRNG: MINNUM="45660000", MAXNUM="45660000"; //add other net work number range

ADD MNPLOCNRNG: NUMTYPE=FIX,

S TARTNUM="45660001",ENDNUM="45660001", RNIDX=1; //add local net work number range

6 Test case

3) Intra-office(C &C08) caller dail 500+45660000（ local network user）， trigger NPservice，SG7000 delete 500， return 320(local network operator IDD)+45660000。 4) Intra-office(C &C08) caller dail 500+45660001（external network user），trigger NPservice，SG7000 delete 500， return 219(external network operator IDD)+45660000。 5) Intra-office(SX) caller dail 660000（local network user），trigger NPservice，SG7000 return 320(local network operator IDD)+45660000。 6) Intra-office(SX) caller dail 660001（ external network user），trigger NPservice，SG7000 return 219(external network operator IDD)+45660000。

7 Others

Notice: Actually we don’t dail 500+AC+B,so before we send the number “500+AC+B” to SG,fir st we need to do some number change.For example ,when the caller dail



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17145660000,we need to delet “171” and then add “500” and then send to SG SG need to do some number change: ADD PREANALYSIS: DESC="NP_CC08", PRENUM ="500", NUMATTA=NRET,CONFIRM=Y; Which call prefix we need to do number change in C&C08 and how to do number change inorder to affect the current net work lowest,we need to negotiate with customer. The configuration of FANNOR SG700-2 is the same as SG7000-1. In “ADD M3ASSOS” and “ADD N7LKS” command ,LNP serv ice switch should be open. Before NP service test ，this procedure only refer to“ADD XX” and “LST XX”command,these commands will not affect the current network.If operator want to rollback, just delete these commands.During the test,the procedure only refer to few “MOD XX”command，p ls do the operation with Huawei engineer. This document includes the procedures before NP serv ice test and it is not the final version,after the test,the document need to be upgraded and include the number change part which will affect the current network and bases on the investigation on current network.

Configuration Guide for NP Service 1 1

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