NGN Multi-Product Configuration Guide for Customer Operation.pdf

Application scope Overseas Product name

N2000UMS/N2000BMS/ SoftX3000/UMG8900/UA5000

Intended user Customer Configuration Engineer Product version

N2000UMS V200R12C02 N2000BMS V200R11C02 Softx3000 V300R601C05 UMG8900 V100R007C01 UA5000 PVMV100R017C02

Edited by Document version V1.0

Application products N2000UMS/N2000BMS/SoftX3000/UMG8900/UA5000

NGN Multi-Product Configuration Guide for Customer Operation

Drafted by: Xie Changzheng Date: 2009-03-02

Reviewed by: Date:

Reviewed by: Date:

Approved by: Date:

Huawei Technologies Co, Ltd

All Rights Reserved

NGN Multi-Product Configuration Guide for Customer Operation Confidentiality Level: Internal

Huawei Confidential. All Rights Reserved.

Revision Records Date Revised version Description Author

2009-03-02 V1.0 Formal version completed Xie Changzheng


Huawei Proprietary, All Rights Reserved.

Contents

Chapter 1 Document Description ................................................................................................... 1 1.1 Document Description .......................................................................................................... 1 1.2 Document Objective ............................................................................................................. 1

Chapter 2 Preparing for Configuration........................................................................................... 2 2.1 Verify connection between N2000UMS & Softx3000 ........................................................... 2 2.2 Using N2000BMS Client to manage AG............................................................................... 2 2.3 Using MML Client of Softx3000 in N2000UMS..................................................................... 3

Chapter 3 Configuration Service .................................................................................................... 5 3.1 Configuration of call gapping (Based on CPU rate).............................................................. 5 3.2 Configuration of call gapping (Barring A number) ................................................................ 8 3.3 Configuration of call gapping (Destination Code) ............................................................... 10 3.4 Configuration of Office number segment............................................................................ 10 3.5 Configuration of called prefix and route.............................................................................. 11 3.6 Re-routing of Called prefix to new route ............................................................................. 13 3.7 Re-routing of route to new sub-routes ................................................................................ 14 3.8 Configuration of ISUP trunk & E1 ....................................................................................... 16 3.9 Configuration of Centrex group........................................................................................... 20 3.10 Configuration of subscriber authority ................................................................................ 22 3.11 Configuration of voice subscriber ..................................................................................... 24 3.12 Configuration of BRI subscriber........................................................................................ 25 3.13 Configuration of PBX - PRI ............................................................................................... 29 3.14 Configuration of Number change by Prefix Processing.................................................... 36 3.15 Configuration of Number change by Caller Number Analysis .......................................... 38 3.16 Configuration of Number change by Outgoing Trunk Group Bearer ................................ 39

3. Testing ..................................................................................................................................... 41 1. Testing after configuration................................................................................................. 41



Keyword:

Multi-Product Configuration Guide

Summary:

NGN Multi-Product Configuration Guide for Customer Operation is applicable to Customer Service Manager configuration engineer. This guide help the engineer to do configuration based on the work ticket from fulfillment engineer through IT system.

Abbreviation list:

None

Reference list:

None



Chapter 1

1.1

1.2

Document Description

Document Description

NGN Multi-Product Configuration Guide for Customer Operation is applicable to Service Manager configuration engineer at operation stage.

This document is the guide used only after the establish stage. The condition is that all of the hardware configurations and all of the element software configurations have already been configed at establish stage.

This document is a guide for operation configuration engineer when the work ticket coming from the fulfillment engineer through IT system on Service Manager.

This document is different from normal product guide. All of the inputs are service request from work tickets, the configuration document is based on multi-product and services.

Document Objective

1 Understand how to do Call Gapping.

2 Understand how to provision service, to do configure by using EMS, according to work ticket.

3 Understand how to do verification test after configuration



Chapter 2

2.1

2.2

Preparing for Configuration

Verify connection between N2000UMS & Softx3000

Step 1, Enter the topology diagram.

Step 2, Check the icon of softx3000 node:

If color is green: the connection between EMS and softx3000 is normal. If color is grey: the network connection is broken and needs to check the network. If color blue: the authentication is wrong and needs to confirm the password of softx3000

node in EMS.

Step 3, Confirm the color of softx3000 icon must be green, see figure above.

Using N2000BMS Client to manage AG

Step 1, Enter the topology diagram > Device navigator. See following diagram.



Step 2, Verify AG node colour.

Green: connection between EMS & AG is normal

Red: existing fault present in AG node

Grey: EMS lost comm with AG node; link broken

Step 3, To telnet into AG to configure service

> right click on the node

> telnet.

2.3 Using MML Client of Softx3000 in N2000UMS

Step 1, Right click the icon of the softx3000 node needed configuration.

Step 2, Select the Start Client menu to start the MML Client, see figure following.



Step 3, After selecting the Start Client, the MML Client will appear as follow:

Explanation:

1. On left menu under MML navigation tree, management classes are well defined . Commands related to respective managements can be found under the navigation tree. Double click the command to select for input-field; If the command is definite, you can directly input the command to the input-field and then press enter.

2. Top right window: output window to show the input command.

3. Help information pad: show the meaning of every parameter and give an example of command.

4. Right middle window: directly input command.

5. Right bottom frame: user-friendly command typing.

6. Alongside command input field, there are three tool icons (left to right), respectively showing-input-frame (Enter), executing (F9), listing-table (only for list command).

Notice:

Every time before modifying the configuration, list the current configuration and take note.



Chapter 3

3.1

Configuration Service

Configuration of call gapping (Based on CPU rate)

Following is the call gapping flow based on cpu rate

Reached L1 threshold?




Reached L1 resume?

Reached L2 resume?

Reached L3 resume?

Reached L4 resume?

Barring 25%

Barring 75%

Barring 50%

Barring 75%

Barring 100%

Barring 50%

Barring 25%

Cancel barring

N

N

N

N

N

N

N

N

Y

Y

Y

Y

Y

Y

Y

Y

No barring

Barring all call





Reached L1 resume?

Reached L2 resume?

Reached L3 resume?

Reached L4 resume?

Barring 25%

Barring 75%

Barring 50%

Barring 75%

Barring 100%

Barring 50%

Barring 25%

Cancel barring

N

N

N

N

N

N

N

N

Y

Y

Y

Y

Y

Y

Y

Y

No barring

Barring all call

Start the softx3000 client in N2000UMS to do following:

Step 1, Press F5 to set the cursor to the input field.

Step 2, First display the current configuration, input command and press enter, then take note of the current configuration. It can show by table, see the following command and figure below.

LST CPUTHD;



See the following table of CPUTHD.

Step 3, Input the command and then press enter to display the friendly input interface. see the following command and figure.

SET CPUTHD: MN=22, LV1=75, LV2=80, LV3=85, LV4=90, LR1=70, LR2=75, LR3=80, LR4=85;



Step 4, After inputting all needed parameters and check it again, then press F9 or click the executing tool icon, wait a few seconds, it will return the result, it should be no fault returned.

Step 5, List the configuration again to confirm the operation.

LST CPUTHD;

Step 6, Test at heavy traffic time.

Notice:

Normally, the default setting is ok, the module will control the traffic in real-time. On heavy traffic situation like holiday, you can modify the cpu threshold value and only need to modify the threshold of FCCU module, other types of module does not need to modify.

For example on heavy traffic day:




3.2 Configuration of call gapping (Barring A number)

Following shows the network for barring A number

PSTN

switchSW

Softswitch1Softswitch1

A-number

Voice Net Work

B-number

Soft switch Tests the incoming trunk and A number, reject

blacklist and permit whitelist

PSTN

switchSW

PSTN

switchswitchswitchSWSW

Softswitch1Softswitch1

A-numberA-number

Voice Net WorkVoice Net Work

B-numberB-number

Soft switch Tests the incoming trunk and A number, reject

blacklist and permit whitelist



Step 2, Must to know that blacklist group number is 6001, White list group number is 6002.

1. If barring all of incoming trunk calls excepting some special A number, firstly, modify the trunk group to blacklist 6001, then use A number discrimination function to modify the permitted call to white list 6002. This calls scheme one.

2. If permit all of incoming trunk calls excepting some special A number, directly use A number discrimination function to reject the call. This calls scheme two.

Step 3, For scheme one (scheme two does not need to do) and first time using the incoming trunk group, modify the trunk group to blacklist 6001.

1.Firstly, list the current configuration.

LST TG: TG=1000;

2.Then, configure the incoming trunk grouping, See the follow command and figure following.

MOD N7TG: TG=1000, NOAA=FALSE, ISM=FALSE, EA=TRUE, LMTGRP=6001;



After inputting all needed parameters and check it again, then press F9 or click the executing tool icon, wait a few seconds, it will return the result, it should be no fault returned. To list the configuration again to confirm the operation.

LST TG: TG=1000;

Step 4, For both of schemes, Add the discrimination number to incoming trunk group. See the follow command and figure.

ADD TGDSG: TG=1000, DSG=1000;

After inputting all needed parameters, check it again, then press F9 or click the executing tool icon, waiting a few seconds, it will return the result, it should be no fault returned. To list the configuration again to confirm the operation.

LST TGDSG: TG=1000;

Step 5, Add Caller Number Discrimination. For scheme one, modify the barring number of caller attribute to 6002, For scheme two, directly reject the call. See the follow command and figure.

scheme one, modify the barring number of caller attribute to 6002

1. ADD CLRDSN: DSP=1000, CLI=K'33334445, DSTYPE=NORT, DAI=UDN, FUNC=ATT, GRP=6002, CMN=NO;

scheme two, directly reject the call

2. ADD CLRDSN: DSP=1000, CLI=K'33334445, DSTYPE=NORT, DAI=UDN, FUNC=NIN;



Step 6, To list the configuration to confirm the operation.

LST CLRDSN: DSP=1000, SCLI=K'33334445, DSTYPE=NORT;

Step 7, Test the call if possible.

3.3 Configuration of call gapping (Destination Code)


mand and figure.

ADD NMGAP: CAT=ALL, CDC=K'3344, GAP=10, COUNT=10, MED=IMMED;

ADD CNACLD: LP=0, PFX=K33335, CSTP=BASE, CSA=LCO, MINL=8, MAXL=8, CHSC=0, SDES


Step 2, Add Call Gap Control, See the follow com

3.4 Configuration of Office number segment



Step 2, Add Called Number Analysis, See the follow command and figure.

CRIPTION=intra number", EA=NO;




LST CNACLD: LP=0, PFX=K'33335;

Step 4, Test the call by dialing callee number as 33335XXX.

C nf and route 3.5 o iguration of called prefix

Following shows the basic call flow

In-trunk

Caller-barring

Analyze callee

Interior Caller

Caller-authority

Route

Sub-route1 Sub-route2

Trunks1 Trunks2

Trunk Circuits(hardware-UMG)(signal-TUP/ISUP/PRI)

Interior Callee(hardware-AG/UMG/V5)(terminal-Sub/BRI/DDI/ console)

Dest Office

meanses relative

In-trunk

Caller-barring

Analyze callee

Interior Caller

Caller-authority

Route


Trunks1 Trunks2



In-trunk Interior Caller

Caller-barring Caller-authority

Analyze callee

Route Interior Callee(hardware-AG/UMG/V5)(terminal-Sub/BRI/DDI/ console)

Dest Office Sub-route1 Sub-route2

Trunks1 Trunks2

Dest Office


meanses relative



tep 2, Add Route, See the following command and figure.

PERC, SR1=10, SR2=11, SR3=12;

S

ADD RT: R=10, RN="china", IDTP=UNKNOWN, SRST=



following command

TANA: RSC=10, RSSC=0, RUT=ALL, SAI=ALL, CLR=ALL, TP=ALL, TMX=0, R=10, HG, NCAI=ALL, CST=ALL, CNPI=ALL;

Step 5, Add Called Number Analysis, See the following command and figure.

ADD CNACLD: PFX=K'0355, CSTP=BASE, CSA=LC, RSC=10, MINL=10, MAXL=10, CHSC=0, SDESCRIPTION="other_PSTN", EA=NO;

Step 3, Set Sub-route Attribute (Set the attribute of all sub-routes), See the and figure.

SET SRTATTR: R=10, SR=10, PSR=50;

Notice:

The total percentages of all sub-routes must be times of 100.

Step 4, Add Route Analysis , See the following command and figure.

ADD RISUP=NOC



Step 6 nfiguration to confirm the ope, List the co ration.

LST SRTATTR: R=10;

LST RTANA: R=10;


Step 7, Test the call by dialing callee number as 3355XXXX.

3.6 Re-routing of Called prefix to new route


LST RT: R=10, SSR=YES, SRA=YES;

In-trunk

Caller-barring

Analyze callee

Interior Caller

Caller-authority

Route


Trunks1 Trunks2


Interior Callee(hardware-AG/UMG/V5(terminal-Sub/BRI/DDI/

) console)

Dest Office

meanses relative

In-trunk

Caller-barring

Analyze callee

Interior Caller

Caller-authority

Route


Trunks1 Trunks2


Interior Callee(hardware-AG/UMG/V5(terminal-Sub/BRI/DDI/

) console)



Analyze callee

Route Interior Callee(hardware-AG/UMG/V5(terminal-Sub/BRI/DDI/


Trunks1 Trunks2

) console)

Dest Office


meanses relative




Step 1, First, check which route selection code is used for the new route, Use List Route Analysis, See the follow command and figure.

LST RTANA: R=10;

Step 2, Modify Called Number Analysis, See the following command and figure.

MOD CNACLD: LP=0, PFX=K'3355, RSC=10, EA=NO;




3.7 Re-routing of route to new sub-routes




In-trunk

Caller-barring

Analyze callee

Interior Caller

Caller-authority

Route


Trunks1 Trunks2



Dest Office

meanses relative

In-trunk

Caller-barring

Analyze callee

Interior Caller

Caller-authority

Route


Trunks1 Trunks2





Analyze callee


Route


Trunks1 Trunks2

Dest Office


meanses relative

Start t

the input field.

tep 2, Modify Route, See the following command and figure.

MOD RT: R=10, SRST=PERC, SR1=10, SR2=11;

Step 3, Set Sub-route Attribute (Set the attribute of all sub-routes), See the follow command and figure.



he softx3000 client in N2000UMS to do following:

Step 1, Press F5 to set the cursor to

S



Notice:

To list the configuration to confirm the operation.

;

ch as 3355XXXX.



Step 4,

LST RT: R=10, SSR=YES, SRA=YES

LST SRTATTR: R=10;

Step 5, Test the call by dialing callee number according on the route su

3.8 Configuration of ISUP trunk & E1

Following shows the network for ISUP trunk



In-trunk

Caller-barring

Analyze callee

Interior Caller

Caller-authority

Route


Trunks1 Trunks2



Dest Office

meanses relative

In-trunk

Caller-barring

Analyze callee

Interior Caller

Caller-authority

Route


Trunks1 Trunks2



Dest Office

In-trunk

Caller-barring

Analyze callee

Interior Caller

Caller-authority

Route


Trunks1 Trunks2



Dest Office

meanses relative



Step 2, Add M3UA Destination Entity, See the follow command and figure.

ADD M3DE: DEX=10, LEX=0, DENAME="PSTN_SW", DPC="1DFF01", SLSSM=B1000, DET=SP;

, , See the follow command and figure.

ADD M3RT: RTNAME="PSTN_SW_1", DEX=10, LSX=99;

3RT: RTNAME="PSTN_SW_2", DEX=10, LSX=100;

Step 3 Add M3UA Route

ADD M



Explanation:

re.

ADD OFC: O=10, ON="PSTN_SW", DOT=CMPX, DOL=LOW, DPC1="1DFF01";

and figure.

ADD SRT: SRC=10, O=10, SRN="PSTN_SW", RENT=URT;

10, TGN="PSTN_SW",

Linkset index mostly is linkset that to the SG7000.

Step 4, Add Office Direction , See the follow command and figu

Step 5, Add Sub-Route, See the follow command

Step 6, Add No7 Trunk Group, See the follow command and figure.

ADD N7TG: TG=10, EID="10.10.10.10:5000", G=INOUT, SRC=PRTFLG=ITUT, NOAA=FALSE, ISM=FALSE, EA=FALSE;



ogon the UMG8900 LMT to do following:


L

Step 7, Before configure the circuit, It should check the TID and E1 Port configuration of UMG8900, such as follow.

LST BRD: LM=BTBN, BT=E32;

LST TDMIU: BT=E32, BN=0, PORTNO=5;



Step 8, Add No7 Trunk Circuit, See the follow command and figure (parameter of Start circuit termination ID must check with the UMG8900 configuration).

ADD N7TKC: MN=22, TG=10, SC=0, EC=95, SCIC=0, TID="1024";


LST M3DE: DEX=10;

LST OFC: O=10;

LST TKC: TG=10;

Step 10, To check the stats of circuits.

DSP N7C: CDT=TG, TG=10, SCIC=0, ECIC=95, DIR=SELF;

DSP N7C: CDT=TG, TG=10, SCIC=0, ECIC=95, DIR=OPPOSITE;

Step 11, Test the call by dialing number going through the circuits.

3.9 Configuration of Centrex group


tep 1, Press F5 to set the cursor to the input field.

d figure.

LST M3RT: DEX=10;

LST SRT: SRC=10;

LST TG: TG=10, SSR=YES, SRT=YES, SOF=YES, SC=YES;

S

Step 2, Add Centrex Group, See the follow command an



ompany_A", CXG=10, UCPC=100, WACF=NO, BIF=NO;

Step 3, Add Centrex Intra-Group Prefix, See the follow command and figure.

A G, MINL=4, MAXL=4;

re.

Step 5, List the configuration to confirm the operation.

LST CXGRP: CXG=10, FLG=YES;

LST ICXPFX: CXG=10;

ADD CXGRP: CGN="c

DD ICXPFX: CXG=10, CLRLP=0, PFX=K'8, CSA=CI

Step 4, Add Centrex Out-Group Prefix, See the follow command and figu

ADD OCXPFX: CXG=10, OGP=K'9;



LST OCXPFX: CXG=10;

Step 6, Test the call by dialing a Intra-Group phone number and Out-Group phone number.

3.10 Configuration of subscriber authority


tep 1, Press F5 to set the cursor to the input field.

R=LCO-1&LC-1&LCT-1&NTT-1;

, Modif e, See the following command and figure.

0, NS=CLIP-1;

PRK OWSBR: D=K'33334455, LP=0;

S

Step 2, Modify Call-out Authority, See the following command and figure.

MOD IOR: D=K'33334455, LP=0, ISUC=NO, CO

Step 3 y Supplementary Servic

MOD SS: D=K'33334455, LP=

Step 4, Park Owing Subscriber, See the following command and figure.



Step 5, Restore Owing Subscriber, See the following command and figure.

RES OWSBR: D=K'33334455, LP=0;

Step 6, Park Subscriber, See the following command and figure.

PRK SBR: D=K'33334455, LP=0;

Step 7, Restore Parking Subscriber, See the following command and figure.

RES SBR: D=K'33334455, LP=0;



3.11 Configuration of voice subscriber

Following shows the network

Step 1, Check the TID of the line port, See the follow command.

Enter esl-interface

huawei(config)#esl use

huawei(config-esl-user)#

Add a mgpstn user,

uawei(config-esl-user)#mgpstnuser add 0/6/1 0 terminalid 32 telno 33334455

Display

y mgpstnuser 0/6/1

----------------------------------------------------------------------------

Frame/Slot/Port MGID TerminalID TelNo Priority

----------------------------------------------------------------------------

0 / 6 / 0 0 32 33334455 Cat3

Telnet to AG in N2000BMS to do following:

h

configured user,

huawei(config-esl-user)#displa



----------------------------------------------------------------------------


Step 2, Add Voice Subscriber (no centrex), See the follow command and figure.

ADD VSBR: D=K'33334455, LP=0, DID=ESL, MN=22, EID="10.1.1.1:2944", TID="32", RCHS=0, CSC=0, UTP=NRM, CNTRX=NO, PBX=NO, CHG=NO, ENH=NO;

nd figure.

LP=0, DID=ESL, MN=22, EID="10.1.1.1:2944", TID="32", CNTRX=YES, CGF=YES, CXG=10, CXD=K'8055, PBX=NO,

ollowing shows the network for BRI

Step 3, Add Voice Subscriber (centrex), See the follow command a

ADD VSBR: D=K'33334455, RCHS=0, CSC=0, UTP=NRM,CHG=NO, ENH=NO;

3.12 Configuration of BRI subscriber

F





Step 2, Add Signaling Gateway with AG or UMG (if in existence, need not create), See the follow command and figure.

ADD SG: SGID=1, SGNAME="NO1_AG", SGTYPE=emb, EID="10.1.1.1:2944";

Step 3, not create), See the follow command and figu

ME="NO1_AG", DT=BRA, MN=22, SGID=1;

Add IUA Linkset with the SG (if in existence, need re.

ADD IUALKS: LSX=1, LSNA



Step 4, ADD IUA Link to the linkset (if in existence, need not create), See the follow command and figure.

ADD IUALNK: MN=136, LNKN=0, LSX=1, LOCPORT=9900, LOCIP1="10.10.10.100", PEERPORT=9900, PEERIP1="10.1.1.1";

48). (If in existence, need not create) The data

huawei(config)#interface h248 0

Are you sure you want to add MG interface?(y/n)[n]:y

huawei(config-if-h248-0)#

Configure the parameters of the MG interface.

huawei(config-if-h248-0)#if-h248 attribute code text transfer udp domainName ua5 000.com mgip 10.10.10.2 mg-media-ip 10.10.10.2 mgport 2944 mgcip_1 10.10.20.1 mg cport_1 2944

6, A ee the follow command (the IP address and port must be according to the configuration of softx3000).

huawei(config)#sigtran

huawei(config-sigtran)#iua-linkset add 1 pendingtime 4

huawei(config-sigtran)#iua-link add 15 1 9900 10.1.1.1 9900 10.10.10.100

huawei(config-sigtran)#display iua-link attribute


Step 5, Add a Media-Gateway-interface signaling (H2on the switch side (matching that to AG side) has to be configured correctly.

Add an MG interface.

Step dd an IUA link set and an IUA link (if existence, no need to create), S



----------------------------------------------------------------------

No : 1

Local IP address : 10.1.1.1

Remote port : 9900

Remote IP address 1 : 10.10.10.100

----------------------------------------------------------------------

huawei(config-sigtran)#display iua-link state

Step 7, Check the UserIFID and TID of the port, it will be used for configuration of softx3000.

huawei(config)#esl user

huawei(config-esl-user)#display port state 0/15

----------------------

F/ S/ P Type SubType PortState SvcState SvcType UserType MgID ProtocolID

A64

ser)#display mgbrauser 0/15

-------------------------------

iority TID

-----------------------------------

0/15/ 0 0 1 0 No - Cat3 A64

-----------------

N subscriber (if in existence, need not create), See the follow

LinkNo : 15

Linkset

Local prot : 9900

--------------------------------------------------------

------------------------------------------------------------------------------

0/15/0 BRA 2B+D Deactive StartSvc InstSvc MG 0

huawei(config-esl-u

----------------------------------------------

F /S /P MGID LinkSetNo UserIFID R.POWER TelNo Pr

------------------------------------------

------------------------------------------------------------

huawei(config-esl-user)#quit

huawei(config)#save


Step 8, Add ISDN Data for ISDcommand and figure.

ADD ISDNDAT: ISDN=1, BCHN=2, CMT=5;



ure.

="10.1.1.1:2944", TID="64", LKS=1, IID=0, DN=1, CSC=0, RCHS=0, CUGU=NO;

Step 9, Add BRA Subscriber, See the follow command and fig

ADD BRA: LP=0, D=K'33334456, DID=BRA, EIDIS

3.13 Configuration of PBX - PRI

Following shows the network of PBX





Step 2, Add Signaling Gateway (if in existence, need not create), See following command and figure.


Step 3, Add IUA Linkset to the SG for PRALink (if existence, neednt to create), See the follow command and figure.

ADD IUALKS: LSX=10, LSNAME="NO1_AG_PRA", DT=PRA, SGID=1;



Step 4, Add IUA Link to the linkset (if existence, no need to create), See the follow command and figure.


Logon the UMG8900 LMT to do following:

Step 5, Add L2UA Link Set and LINK (if existence, need not create), See following command and figure.

ADD L2UALKS: PROTYPE=IUA, LKSNAME="softx-PRA", LKS=1;

ADD L2UALNK: PROTYPE=IUA, BN=1, LNKNO=10, LNKNAME="softx-PRA-0", LKS=1, LPN=9910, LOCALIP1="10.1.1.1", REMOTEPN=9910, REMOTEIP1="10.10.10.100",

LOCAPRIO=0;



tep 6, Add Q921 Signaling Link, to connect the IFID and the time-slot.

E="PBX-PRA0", LKS=1, BINIFID=0, IFBT=E32, 0, E1T1N=0, TS=16, SPFBN=0, SUBBN=0, NETUSER=NET;


S

ADD Q921LNK: LNKNO=0, LNKNAMIFBN=



Step 7, Add PRA Link for PRATrunk, See the follow command and figure.

ADD PRALNK: PLN=0, SCN=16, MN=22, LKS=10, BINIFID=0, MSWM=NO;

Step 8, Add ISDN Data for PRA Subscriber (if existence, no need to create), See the follow command and figure.


Step 9, Add PRA Subscriber to control authority of PRI trunk group, See the follow command and figure.

ADD PRA: LP=0, D=K'33339999, ISDN=10, LOCM=RSC, RSC=9999, MN=22, CSC=0, RCHS=0, CUGU=NO;



Step 10, Add Office Direction for all PRA (if existence, need not create), See following command and figure.

ADD OFC: O=9999, ON="PRA", DOT=PBX, DOL=LOW;

Step 11, Add Sub-Route to office for PRA trunk, See following command and figure.

ADD SRT: SRC=9999, O=9999, SRN="PRA_NO1", RENT=URT;

Step 12, Add PRA Trunk Group, See following command and figure.



ADD PRATG: TG=9999, MGW="10.1.1.1:2944", SRC=9999, LINK=0, CDEF=K'33339999, TGN="PRA_NO1";

PRATKC: MN=22, TG=9999, SC=0, EC=32, TID="1024";

Step 14, Add Route for callee number, See following command and figure.

ADD RT: R=9999, RN="PRA_NO1", IDTP=UNKNOWN, SR1=9999;

ADD RTANA: RSC=9999, RSSC=0, RUT=ALL, SAI=ALL, CLR=ALL, TP=ALL, 999, ISUP=NOCHG, NCAI=ALL, CST=ALL, CNPI=ALL;

Step 13, Add PRA Trunk Circuit to PRA Trunk, See following command and figure.

ADD

Step 15, Add Route Analysis for callee number, See following command and figure.

TMX=0, R=9



Step 16, Add Called Number Analysis, See following command and figure.

ADD CNACLD: PFX=K'333399, CSTP=BASE, RSC=9999, MINL=8, MAXL=8, CHSC=0,

3.14 Configuration of Number change by Prefix Processing



tep 2, Add Number Change Index for late using (if in existence, need not create), See following

SDESCRIPTION="PRA_NO1", EA=NO;

Scommand and figure.

ADD DNC: DCX=1, DCT=MOD, DCL=2, ND=K'04;



This example is modifying the first two digit to 04. It can be modifying, deleting, adding, replacing.

Step 3, Add Call Prefix Processing (based on callee condition), See following command and figure.

ADD PFXPRO: CSC=65534, PFX=K'03, CPPN="change caller and called", CCF=YES,

This example is change caller number by index 2, change called number by index 1, and no needing reanalysis. The change will affect the CDR

tep 4, Modify Called Number Analysis to permit the prefix analysis, See the follow command nd figure.

MOD

SENDTONE=NST, PROCSTART=YES, DDCX=1, RDCX=2, ISREANA=NO;

Sa

CNACLD: LP=0, PFX=K'03, EA=YES, SPCDAF=YES;



3.15 Configuration of Number change by Caller Number Analysis



Step 2, Add Number Change Index for late using (if in existence, need not create), See the follow command and figure.

Explanation: This example is modifying the first two digit to 04. It can be modifying, deleting, adding, replacing.

Step 3, Add Caller Number Analysis (based on caller and callee condition), See the follow command and figure.

ADD CNACLR: CSC=65534, CID=K'05, PFX=K'03, TMIDX=0, FUNC=MCA, RDCX=1, DDCX=2;




Explanation: This example is change caller number by index 1, change called number by index 2, and no

needing reanalysis. The change will affect the CDR.

ber Analysis to permit the caller analysis, See following command

MOD CNACLD: LP=0, PFX=K'03, EA=YES, CLRAF=YES;

3.16 Configuration of Number change by Outgoing Trunk Gr


Step 4, Modify Called Numand figure.

oup Bearer






Explanation: This example is modifying the first two digit to 04. It can be modifying, deleting, a ding, replacing.

Ste Bearer, See the follow command and figure.

Explanation: This example is change caller number by index 1, change called number by index 2. The

change will not affect the CDR.

Step 4, Add Trunk Group Bearer Index, See the follow command and figure.

ADD TGLDIDX: TG=35, CSC=65534, LP=0, PFX=K'03, CLI=1;

d

p 3, Add Trunk Group




3. Testing

1. Testing after configuration

MT, See the following

Ste ation and Logon the LMT, See the following figure.

tep 3, After logon the LMT, Click the maintenance navigator tree, Select Service->Trace anagement->User Trace Task->Interface Signaling and double click, See the following

gure.

Step 1, Before dialing, it should be create a trace task. Run Softx3000 Lfigure.

p 2, Set office inform

Smfi



Step 4, After double click, A interface is displayed. Input the caller number and the DN Set (if it is incoming from trunk, the DN Set should be 65534), then click the OK button to trace the signaling.

Step 5, After creating the trace task, It will test by dialing the certain callee by the caller being traced.

Step 6, See into the detailed signaling trace by double clicking each signal, to verify whether the configuration is correct or not.

Contents

/ColorImageDict > /JPEG2000ColorACSImageDict > /JPEG2000ColorImageDict > /AntiAliasGrayImages false /CropGrayImages true /GrayImageMinResolution 300 /GrayImageMinResolutionPolicy /OK /DownsampleGrayImages true /GrayImageDownsampleType /Bicubic /GrayImageResolution 300 /GrayImageDepth -1 /GrayImageMinDownsampleDepth 2 /GrayImageDownsampleThreshold 1.50000 /EncodeGrayImages true /GrayImageFilter /DCTEncode /AutoFilterGrayImages true /GrayImageAutoFilterStrategy /JPEG /GrayACSImageDict > /GrayImageDict > /JPEG2000GrayACSImageDict > /JPEG2000GrayImageDict > /AntiAliasMonoImages false /CropMonoImages true /MonoImageMinResolution 1200 /MonoImageMinResolutionPolicy /OK /DownsampleMonoImages true /MonoImageDownsampleType /Bicubic /MonoImageResolution 1200 /MonoImageDepth -1 /MonoImageDownsampleThreshold 1.50000 /EncodeMonoImages true /MonoImageFilter /CCITTFaxEncode /MonoImageDict > /AllowPSXObjects false /CheckCompliance [ /None ] /PDFX1aCheck false /PDFX3Check false /PDFXCompliantPDFOnly false /PDFXNoTrimBoxError true /PDFXTrimBoxToMediaBoxOffset [ 0.00000 0.00000 0.00000 0.00000 ] /PDFXSetBleedBoxToMediaBox true /PDFXBleedBoxToTrimBoxOffset [ 0.00000 0.00000 0.00000 0.00000 ] /PDFXOutputIntentProfile () /PDFXOutputConditionIdentifier () /PDFXOutputCondition () /PDFXRegistryName () /PDFXTrapped /False

/Description > /Namespace [ (Adobe) (Common) (1.0) ] /OtherNamespaces [ > /FormElements false /GenerateStructure true /IncludeBookmarks false /IncludeHyperlinks false /IncludeInteractive false /IncludeLayers false /IncludeProfiles true /MultimediaHandling /UseObjectSettings /Namespace [ (Adobe) (CreativeSuite) (2.0) ] /PDFXOutputIntentProfileSelector /NA /PreserveEditing true /UntaggedCMYKHandling /LeaveUntagged /UntaggedRGBHandling /LeaveUntagged /UseDocumentBleed false >> ]>> setdistillerparams> setpagedevice

Application scope

Overseas

Product name

N2000UMS/N2000BMS/

SoftX3000/UMG8900/UA5000

Intended user

Customer Configuration Engineer

Product version

N2000UMS V200R12C02

N2000BMS V200R11C02

Softx3000 V300R601C05

UMG8900 V100R007C01

UA5000 PVMV100R017C02

Edited by

Document version

V1.0

Application products

N2000UMS/N2000BMS/SoftX3000/UMG8900/UA5000

NGN Multi-Product Configuration Guide for Customer Operation

Drafted by:

Xie Changzheng

Date:

2009-03-02

Reviewed by:

Date:

Reviewed by:

Date:

Approved by:

Date:

Huawei Technologies Co, Ltd

All Rights Reserved

Revision Records

Date

Revised version

Description

Author

2009-03-02

V1.0

Formal version completed

Xie Changzheng

Contents

1Chapter 1 Document Description

11.1 Document Description

11.2 Document Objective

2Chapter 2 Preparing for Configuration

22.1 Verify connection between N2000UMS & Softx3000

22.2 Using N2000BMS Client to manage AG


5Chapter 3 Configuration Service

53.1 Configuration of call gapping (Based on CPU rate)




113.5 Configuration of called prefix and route











393.16 Configuration of Number change by Outgoing Trunk Group Bearer

413.Testing

411.Testing after configuration

Keyword:

Multi-Product Configuration Guide

Summary:

NGN Multi-Product Configuration Guide for Customer Operation is applicable to Customer Service Manager configuration engineer. This guide help the engineer to do configuration based on the work ticket from fulfillment engineer through IT system.

Abbreviation list:

None

Reference list:

None

Chapter 1 Document Description

1.1 Document Description

NGN Multi-Product Configuration Guide for Customer Operation is applicable to Service Manager configuration engineer at operation stage.

This document is the guide used only after the establish stage. The condition is that all of the hardware configurations and all of the element software configurations have already been configed at establish stage.

This document is a guide for operation configuration engineer when the work ticket coming from the fulfillment engineer through IT system on Service Manager.

This document is different from normal product guide. All of the inputs are service request from work tickets, the configuration document is based on multi-product and services.

1.2 Document Objective

1 Understand how to do Call Gapping.

2 Understand how to provision service, to do configure by using EMS, according to work ticket.

3 Understand how to do verification test after configuration

Chapter 2 Preparing for Configuration

2.1 Verify connection between N2000UMS & Softx3000

Step 1, Enter the topology diagram.

Step 2, Check the icon of softx3000 node:

If color is green: the connection between EMS and softx3000 is normal.

If color is grey: the network connection is broken and needs to check the network.

If color blue: the authentication is wrong and needs to confirm the password of softx3000 node in EMS.

Step 3, Confirm the color of softx3000 icon must be green, see figure above.

2.2 Using N2000BMS Client to manage AG

Step 1, Enter the topology diagram > Device navigator. See following diagram.

Step 2, Verify AG node colour.

Green: connection between EMS & AG is normal

Red: existing fault present in AG node

Grey: EMS lost comm with AG node; link broken

Step 3, To telnet into AG to configure service

> right click on the node

> telnet.


Step 1, Right click the icon of the softx3000 node needed configuration.

Step 2, Select the Start Client menu to start the MML Client, see figure following.

Step 3, After selecting the Start Client, the MML Client will appear as follow:

Explanation:

1. On left menu under MML navigation tree, management classes are well defined . Commands related to respective managements can be found under the navigation tree. Double click the command to select for input-field; If the command is definite, you can directly input the command to the input-field and then press enter.

2. Top right window: output window to show the input command.

3. Help information pad: show the meaning of every parameter and give an example of command.

4. Right middle window: directly input command.

5. Right bottom frame: user-friendly command typing.

6. Alongside command input field, there are three tool icons (left to right), respectively showing-input-frame (Enter), executing (F9), listing-table (only for list command).

Notice:

Every time before modifying the configuration, list the current configuration and take note.

Chapter 3 Configuration Service

3.1 Configuration of call gapping (Based on CPU rate)

Following is the call gapping flow based on cpu rate



Step 2, First display the current configuration, input command and press enter, then take note of the current configuration. It can show by table, see the following command and figure below.

LST CPUTHD;

See the following table of CPUTHD.

Step 3, Input the command and then press enter to display the friendly input interface. see the following command and figure.


Step 4, After inputting all needed parameters and check it again, then press F9or click the executing tool icon, wait a few seconds, it will return the result, it should be no fault returned.

Step 5, List the configuration again to confirm the operation.

LST CPUTHD;

Step 6, Test at heavy traffic time.

Notice:

Normally, the default setting is ok, the module will control the traffic in real-time. On heavy traffic situation like holiday, you can modify the cpu threshold value and only need to modify the threshold of FCCU module, other types of module does not need to modify.

For example on heavy traffic day:



Following shows the network for barring A number



Step 2, Must to know that blacklist group number is 6001, White list group number is 6002.

1. If barring all of incoming trunk calls excepting some special A number, firstly, modify the trunk group to blacklist 6001, then use A number discrimination function to modify the permitted call to white list 6002. This calls scheme one.

2. If permit all of incoming trunk calls excepting some special A number, directly use A number discrimination function to reject the call. This calls scheme two.

Step 3, For scheme one (scheme two does not need to do) and first time using the incoming trunk group, modify the trunk group to blacklist 6001.

1.Firstly, list the current configuration.

LST TG: TG=1000;

2.Then, configure the incoming trunk grouping, See the follow command and figure following.

MOD N7TG: TG=1000, NOAA=FALSE, ISM=FALSE, EA=TRUE, LMTGRP=6001;

After inputting all needed parameters and check it again, then press F9 or click the executing tool icon, wait a few seconds, it will return the result, it should be no fault returned. To list the configuration again to confirm the operation.

LST TG: TG=1000;

Step 4, For both of schemes, Add the discrimination number to incoming trunk group. See the follow command and figure.

ADD TGDSG: TG=1000, DSG=1000;

After inputting all needed parameters, check it again, then press F9 or click the executing tool icon, waiting a few seconds, it will return the result, it should be no fault returned. To list the configuration again to confirm the operation.

LST TGDSG: TG=1000;

Step 5, Add Caller Number Discrimination. For scheme one, modify the barring number of caller attribute to 6002, For scheme two, directly reject the call. See the follow command and figure.

scheme one, modify the barring number of caller attribute to 6002

1. ADD CLRDSN: DSP=1000, CLI=K'33334445, DSTYPE=NORT, DAI=UDN, FUNC=ATT, GRP=6002, CMN=NO;

scheme two, directly reject the call

2. ADD CLRDSN: DSP=1000, CLI=K'33334445, DSTYPE=NORT, DAI=UDN, FUNC=NIN;


LST CLRDSN: DSP=1000, SCLI=K'33334445, DSTYPE=NORT;

Step 7, Test the call if possible.




Step 2, Add Call Gap Control, See the follow command and figure.

ADD NMGAP: CAT=ALL, CDC=K'3344, GAP=10, COUNT=10, MED=IMMED;




Step 2, Add Called Number Analysis, See the follow command and figure.

ADD CNACLD: LP=0, PFX=K33335, CSTP=BASE, CSA=LCO, MINL=8, MAXL=8, CHSC=0, SDESCRIPTION=intra number", EA=NO;



Step 4, Test the call by dialing callee number as 33335XXX.

3.5 Configuration of called prefix and route




Step 2, Add Route, See the following command and figure.

ADD RT: R=10, RN="china", IDTP=UNKNOWN, SRST=PERC, SR1=10, SR2=11, SR3=12;

Step 3, Set Sub-route Attribute (Set the attribute of all sub-routes), See the following command and figure.


Notice:


Step 4, Add Route Analysis , See the following command and figure.

ADD RTANA: RSC=10, RSSC=0, RUT=ALL, SAI=ALL, CLR=ALL, TP=ALL, TMX=0, R=10, ISUP=NOCHG, NCAI=ALL, CST=ALL, CNPI=ALL;

Step 5, Add Called Number Analysis, See the following command and figure.

ADD CNACLD: PFX=K'0355, CSTP=BASE, CSA=LC, RSC=10, MINL=10, MAXL=10, CHSC=0, SDESCRIPTION="other_PSTN", EA=NO;



LST SRTATTR: R=10;

LST RTANA: R=10;






Step 1, First, check which route selection code is used for the new route, Use List Route Analysis, See the follow command and figure.

LST RTANA: R=10;

Step 2, Modify Called Number Analysis, See the following command and figure.

MOD CNACLD: LP=0, PFX=K'3355, RSC=10, EA=NO;








Step 2, Modify Route, See the following command and figure.

MOD RT: R=10, SRST=PERC, SR1=10, SR2=11;

Step 3, Set Sub-route Attribute (Set the attribute of all sub-routes), See the follow command and figure.



Notice:




LST SRTATTR: R=10;

Step 5, Test the call by dialing callee number according on the route such as 3355XXXX.


Following shows the network for ISUP trunk




Step 2, Add M3UA Destination Entity, See the follow command and figure.

ADD M3DE: DEX=10, LEX=0, DENAME="PSTN_SW", DPC="1DFF01", SLSSM=B1000, DET=SP;

Step 3, Add M3UA Route, See the follow command and figure.



Explanation:

Linkset index mostly is linkset that to the SG7000.

Step 4, Add Office Direction , See the follow command and figure.

ADD OFC: O=10, ON="PSTN_SW", DOT=CMPX, DOL=LOW, DPC1="1DFF01";

Step 5, Add Sub-Route, See the follow command and figure.

ADD SRT: SRC=10, O=10, SRN="PSTN_SW", RENT=URT;

Step 6, Add No7 Trunk Group, See the follow command and figure.

ADD N7TG: TG=10, EID="10.10.10.10:5000", G=INOUT, SRC=10, TGN="PSTN_SW", PRTFLG=ITUT, NOAA=FALSE, ISM=FALSE, EA=FALSE;


Step 7, Before configure the circuit, It should check the TID and E1 Port configuration of UMG8900, such as follow.

LST BRD: LM=BTBN, BT=E32;

LST TDMIU: BT=E32, BN=0, PORTNO=5;


Step 8, Add No7 Trunk Circuit, See the follow command and figure (parameter of Start circuit termination ID must check with the UMG8900 configuration).

ADD N7TKC: MN=22, TG=10, SC=0, EC=95, SCIC=0, TID="1024";


LST M3DE: DEX=10;

LST M3RT: DEX=10;

LST OFC: O=10;

LST SRT: SRC=10;

LST TG: TG=10, SSR=YES, SRT=YES, SOF=YES, SC=YES;

LST TKC: TG=10;

Step 10, To check the stats of circuits.

DSP N7C: CDT=TG, TG=10, SCIC=0, ECIC=95, DIR=SELF;

DSP N7C: CDT=TG, TG=10, SCIC=0, ECIC=95, DIR=OPPOSITE;

Step 11, Test the call by dialing number going through the circuits.




Step 2, Add Centrex Group, See the follow command and figure.

ADD CXGRP: CGN="company_A", CXG=10, UCPC=100, WACF=NO, BIF=NO;

Step 3, Add Centrex Intra-Group Prefix, See the follow command and figure.

ADD ICXPFX: CXG=10, CLRLP=0, PFX=K'8, CSA=CIG, MINL=4, MAXL=4;

Step 4, Add Centrex Out-Group Prefix, See the follow command and figure.

ADD OCXPFX: CXG=10, OGP=K'9;


LST CXGRP: CXG=10, FLG=YES;

LST ICXPFX: CXG=10;

LST OCXPFX: CXG=10;

Step 6, Test the call by dialing a Intra-Group phone number and Out-Group phone number.




Step 2, Modify Call-out Authority, See the following command and figure.

MOD IOR: D=K'33334455, LP=0, ISUC=NO, COR=LCO-1&LC-1&LCT-1&NTT-1;

Step 3, Modify Supplementary Service, See the following command and figure.

MOD SS: D=K'33334455, LP=0, NS=CLIP-1;

Step 4, Park Owing Subscriber, See the following command and figure.

PRK OWSBR: D=K'33334455, LP=0;

Step 5, Restore Owing Subscriber, See the following command and figure.

RES OWSBR: D=K'33334455, LP=0;

Step 6, Park Subscriber, See the following command and figure.

PRK SBR: D=K'33334455, LP=0;

Step 7, Restore Parking Subscriber, See the following command and figure.

RES SBR: D=K'33334455, LP=0;


Following shows the network


Step 1, Check the TID of the line port, See the follow command.

Enter esl-interface

huawei(config)#esl use

huawei(config-esl-user)#

Add a mgpstn user,

huawei(config-esl-user)#mgpstnuser add 0/6/1 0 terminalid 32 telno 33334455

Display configured user,

huawei(config-esl-user)#display mgpstnuser 0/6/1

----------------------------------------------------------------------------

Frame/Slot/Port MGID TerminalID TelNo Priority

----------------------------------------------------------------------------

0 / 6 / 0 0 32 33334455 Cat3

----------------------------------------------------------------------------


Step 2, Add Voice Subscriber (no centrex), See the follow command and figure.

ADD VSBR: D=K'33334455, LP=0, DID=ESL, MN=22, EID="10.1.1.1:2944", TID="32", RCHS=0, CSC=0, UTP=NRM, CNTRX=NO, PBX=NO, CHG=NO, ENH=NO;

Step 3, Add Voice Subscriber (centrex), See the follow command and figure.

ADD VSBR: D=K'33334455, LP=0, DID=ESL, MN=22, EID="10.1.1.1:2944", TID="32", RCHS=0, CSC=0, UTP=NRM, CNTRX=YES, CGF=YES, CXG=10, CXD=K'8055, PBX=NO, CHG=NO, ENH=NO;


Following shows the network for BRI



Step 2, Add Signaling Gateway with AG or UMG (if in existence, need not create), See the follow command and figure.


Step 3, Add IUA Linkset with the SG (if in existence, need not create), See the follow command and figure.

ADD IUALKS: LSX=1, LSNAME="NO1_AG", DT=BRA, MN=22, SGID=1;

Step 4, ADD IUA Link to the linkset (if in existence, need notcreate), See the follow command and figure.



Step 5, Add a Media-Gateway-interface signaling (H248). (If in existence, need not create) The data on the switch side (matching that to AG side) has to be configured correctly.

Add an MG interface.

huawei(config)#interface h248 0

Are you sure you want to add MG interface?(y/n)[n]:y

huawei(config-if-h248-0)#

Configure the parameters of the MG interface.

huawei(config-if-h248-0)#if-h248 attribute code text transfer udp domainName ua5 000.com mgip 10.10.10.2 mg-media-ip 10.10.10.2 mgport 2944 mgcip_1 10.10.20.1 mg cport_1 2944

Step 6, Add an IUA link set and an IUA link (if existence, no need to create), See the follow command (the IP address and port must be according to the configuration of softx3000).

huawei(config)#sigtran

huawei(config-sigtran)#iua-linkset add 1 pendingtime 4

huawei(config-sigtran)#iua-link add 15 1 9900 10.1.1.1 9900 10.10.10.100

huawei(config-sigtran)#display iua-link attribute

----------------------------------------------------------------------

LinkNo : 15

LinksetNo : 1

Local prot : 9900

Local IP address : 10.1.1.1

Remote port : 9900

Remote IP address 1 : 10.10.10.100

----------------------------------------------------------------------

huawei(config-sigtran)#display iua-link state

Step 7, Check the UserIFID and TID of the port, it will be used for configuration of softx3000.

huawei(config)#esl user

huawei(config-esl-user)#display port state 0/15

------------------------------------------------------------------------------

F/ S/ P Type SubType PortState SvcState SvcType UserType MgID ProtocolID

------------------------------------------------------------------------------

0/15/0 BRA 2B+D Deactive StartSvc InstSvc MG 0 A64

huawei(config-esl-user)#display mgbrauser 0/15

-----------------------------------------------------------------------------

F /S /P MGID LinkSetNo UserIFID R.POWER TelNo Priority TID

-----------------------------------------------------------------------------

0/15/ 0 0 1 0 No - Cat3 A64

-----------------------------------------------------------------------------

huawei(config-esl-user)#quit

huawei(config)#save


Step 8, Add ISDN Data for ISDN subscriber (if in existence, need not create), See the follow command and figure.


Step 9, Add BRA Subscriber, See the follow command and figure.

ADD BRA: LP=0, D=K'33334456, DID=BRA, EID="10.1.1.1:2944", TID="64", LKS=1, IID=0, ISDN=1, CSC=0, RCHS=0, CUGU=NO;


Following shows the network of PBX



Step 2, Add Signaling Gateway (if in existence, need not create), See following command and figure.


Step 3, Add IUA Linkset to the SG for PRALink (if existence, neednt to create), See the follow command and figure.

ADD IUALKS: LSX=10, LSNAME="NO1_AG_PRA", DT=PRA, SGID=1;

Step 4, Add IUA Link to the linkset (if existence, no need to create), See the follow command and figure.



Step 5, Add L2UA Link Set and LINK (if existence, need not create), See following command and figure.

ADD L2UALKS: PROTYPE=IUA, LKSNAME="softx-PRA", LKS=1;

ADD L2UALNK: PROTYPE=IUA, BN=1, LNKNO=10, LNKNAME="softx-PRA-0", LKS=1, LOCALPN=9910, LOCALIP1="10.1.1.1", REMOTEPN=9910, REMOTEIP1="10.10.10.100", PRIO=0;

Step 6, Add Q921 Signaling Link, to connect the IFID and the time-slot.

ADD Q921LNK: LNKNO=0, LNKNAME="PBX-PRA0", LKS=1, BINIFID=0, IFBT=E32, IFBN=0, E1T1N=0, TS=16, SPFBN=0, SUBBN=0, NETUSER=NET;


Step 7, Add PRA Link for PRATrunk, See the follow command and figure.

ADD PRALNK: PLN=0, SCN=16, MN=22, LKS=10, BINIFID=0, MSWM=NO;

Step 8, Add ISDN Data for PRA Subscriber (if existence, no need to create), See the follow command and figure.


Step 9, Add PRA Subscriber to control authority of PRI trunk group, See the follow command and figure.

ADD PRA: LP=0, D=K'33339999, ISDN=10, LOCM=RSC, RSC=9999, MN=22, CSC=0, RCHS=0, CUGU=NO;

Step 10, Add Office Direction for all PRA (if existence, need not create), See following command and figure.

ADD OFC: O=9999, ON="PRA", DOT=PBX, DOL=LOW;

Step 11, Add Sub-Route to office for PRA trunk, See following command and figure.

ADD SRT: SRC=9999, O=9999, SRN="PRA_NO1", RENT=URT;

Step 12, Add PRA Trunk Group, See following command and

figure.

ADD PRATG: TG=9999, MGW="10.1.1.1:2944", SRC=9999, LINK=0, CDEF=K'33339999, TGN="PRA_NO1";

Step 13, Add PRA Trunk Circuit to PRA Trunk, See following

command and figure.

ADD PRATKC: MN=22, TG=9999, SC=0, EC=32, TID="1024";

Step 14, Add Route for callee number, See following command and figure.

ADD RT: R=9999, RN="PRA_NO1", IDTP=UNKNOWN, SR1=9999;

Step 15, Add Route Analysis for callee number, See following command and figure.

ADD RTANA: RSC=9999, RSSC=0, RUT=ALL, SAI=ALL, CLR=ALL, TP=ALL, TMX=0, R=9999, ISUP=NOCHG, NCAI=ALL, CST=ALL, CNPI=ALL;

Step 16, Add Called Number Analysis, See following command and figure.

ADD CNACLD: PFX=K'333399, CSTP=BASE, RSC=9999, MINL=8, MAXL=8, CHSC=0, SDESCRIPTION="PRA_NO1", EA=NO;




Step 2, Add Number Change Index for late using (if in existence, need not create), See following command and figure.



Step 3, Add Call Prefix Processing (based on callee condition), See following command and figure.

ADD PFXPRO: CSC=65534, PFX=K'03, CPPN="change caller and called", CCF=YES, SENDTONE=NST, PROCSTART=YES, DDCX=1, RDCX=2, ISREANA=NO;

This example is change caller number by index 2, change called number by index 1, and no needing reanalysis. The change will affect the CDR

Step 4, Modify Called Number Analysis to permit the prefix analysis, See the follow command and figure.

MOD CNACLD: LP=0, PFX=K'03, EA=YES, SPCDAF=YES;






Explanation:


Step 3, Add Caller Number Analysis (based on caller and callee condition), See the follow command and figure.


Explanation:

This example is change caller number by index 1, change called number by index 2, and no needing reanalysis. The change will affect the CDR.

Step 4, Modify Called Number Analysis to permit the caller analysis, See following command and figure.

MOD CNACLD: LP=0, PFX=K'03, EA=YES, CLRAF=YES;

3.16 Configuration of Number change by Outgoing Trunk Group Bearer





Explanation:


Step 3, Add Trunk Group Bearer, See the follow command and figure.


Explanation:

This example is change caller number by index 1, change called number by index 2. The change will not affect the CDR.

Step 4, Add Trunk Group Bearer Index, See the follow command and figure.

ADD TGLDIDX: TG=35, CSC=65534, LP=0, PFX=K'03, CLI=1;

3. Testing

1. Testing after configuration

Step 1, Before dialing, it should be create a trace task. Run Softx3000 LMT, See the following figure.

Step 2, Set office information and Logon the LMT, See the following figure.

Step 3, After logon the LMT, Click the maintenance navigator tree, Select Service->Trace management->User Trace Task->Interface Signaling and double click, See the following figure.

Step 4, After double click, A interface is displayed. Input the caller number and the DN Set (if it is incoming from trunk, the DN Set should be 65534), then click the OK button to trace the signaling.

Step 5, After creating the trace task, It will test by dialing the certain callee by the caller being traced.

Step 6, See into the detailed signaling trace by double clicking each signal, to verify whether the configuration is correct or not.

Date post:	29-Sep-2015
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NGN Multi-Product Configuration Guide for Customer Operation.pdf

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