TopEng IPCC Deployment Guide V1.6

7/26/2019 TopEng IPCC Deployment Guide V1.6

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TopEng IPCC Deployment Guide For internal use only

?igure #$( s-ows t-e relations 3etween 8ey parameters in data ta3les used w-en you configuret-e ;TP data$

Figure 1&2 0elations 3etween data ta3les

In ;TP+;(>A signaling networ8ing mode/ t-e ;(>A lin8 set inde5 defined in A%% .2+K* will 3ereferenced 3y A%% 7+ K $

Con+guring 9#3A Data

T-e ;(>A data is used to configure t-e lin8 data for interconnection 3etween t-e >AP2#));GC and an em3edded signaling gateway t-at supports t-e ;(>A protocol$ ou must finis-configuring t-e -ardware data and ;G= data 3efore configuring t-e ;(>A data$

In ;TP+;(>A signaling networ8ing mode/ you need to configure t-e ;TP data in additionto t-e ;(>A data descri3ed in later sections$ ?or -ow to configure t-e ;TP data/ seeConfiguring ;TP Data$

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5ac.ground 7now$edgeSignaling gateway

As a signaling pro5y/ a signaling gateway is located at t-e intersection of t-e circuitswitc-ing networ8 and IP+3ased pac8et networ8$ T-e signaling gateway translates t-eSC1 signaling into t-e IP signaling and terminates t-e SC1 signaling$ In actualnetwor8ing/ a signaling gateway may e5ist in different forms$

J Independent signaling gateway

T-e signaling gateway can wor8 as an independent de!ice$ An independent signalinggateway con!erts and adapts t-e protocol used 3y t-e SS* to t-e ;4>A protocol$ ?or instance/ .uawei SG*))) is an independent signaling gateway$

J Em3edded signaling gateway

An em3edded signaling gateway integrates signaling gateway functions$ It con!ertsand adapts t-e protocol used 3y t-e SS* to t-e ;(>A protocol/ t-e "7 protocol to t-e"7>A protocol/ and t-e protocol used 3y t-e DSS# signaling to t-e I>A protocolaccording to t-e actual networ8ing$ ?or instance/ .uawei T;G2)#) is an em3eddedsignaling gateway$

J Integrated signaling gateway

T-e signaling gateway functions can 3e em3edded in a softswitc-$ T-at is/ t-esoftswitc- pro!ides signaling con!ersion and adaptation in addition to ;G= controland call processing$ ?or instance/ .uawei >AP2#)) ;G= can 3e used as anintegrated signaling gateway$

Client Ser!er mode of SCTP association

T-e SCTP association wor8s in Client Ser!er mode$ To ensure t-at t-e protocol wor8s/you must specify t-e wor8ing mode for eac- de!ice in t-e SCTP association$ 1ormally/w-en a certain de!ice wor8s as t-e SG/ it is t-e ser!er in t-e SCTP association$ De!icesconnected wit- t-e ser!er in t-e SCTP association must 3e clients$

T-e com3ination of t-e following parameters uni uely identifies an SCTP association

J ocal IP address

J ocal port num3er

J Peer IP address

J Peer port num3er

T-e preceding parameters are used for interconnection 3etween t-e SCTP and t-e SIGT0A1$ Bot-ends need to negotiate t-e !alues of t-e parameters$

After specifying t-e local IP address and t-e peer IP address/ use t-e local SCTP port num3er andt-e peer SCTP port num3er to determine t-e lin8s 3etween two signaling de!ices$ If all t-e peer

lin8s use one SCTP port num3er/ t-e SCTP port num3er used 3y a local lin8 must 3e uni ue$ If allt-e local lin8s use one SCTP port num3er/ t-e SCTP port num3er used 3y a peer lin8 must 3euni ue$

It is recommended t-at all t-e lin8s at t-e ser!er use one SCTP port num3er and t-e SCTP portnum3er used 3y eac- lin8 at t-e client 3e uni ue$

Data Preparation

Before configuring t-e ;(>A data/ prepare t-e data items listed in ?igure #$# $

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Con+guration Re$ations

Some parameters defined in configuration of t-e -ardware data and ;G= data are inde5edduring ;(>A data configuration$ Some parameters defined in ;(>A data configuration areinde5ed in configuration of t-e ;TP lin8 data$ See ?igure #$# $

Figure 1&1 Parameter citing relations 3etween ;(>A data and ot-er data

nput Parameter Output Parameter

Parameter4ame

6ocation for!etting

Parameter4ame

6ocation forCiting

IP address of ?E port Configuring-ardware data

;(>A lin8 num3er Configuring ;TPlin8 data

;odule num3er ofBSG

Configuring-ardware data

+ +

E uipment ID of t-e;G=

Configuring mediagateway data

+ +

?igure #$( s-ows t-e relations 3etween 8ey parameters in data ta3les used w-en you configuret-e ;(>A data$

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Con+guring 9&3A Data

T-e ;4>A data is used for connecting t-e >AP2#)) ;GC to de!ices suc- as t-e SG andSCP t-roug- ;4>A lin8s$ ou must finis- configuring t-e -ardware data/ local e5c-angedata/ and ;G= data 3efore configuring t-e ;4>A data$

5ac.ground 7now$edge'eer-to-)eer or o -)eer-to-)eer etwor i g !ode o$ t/e .3 A )rotocol

J 1on+peer+to+peer networ8ing mode

In t-is networ8ing mode/ one end is an application ser!er/ and t-e peer end is asignaling gateway$

J Peer+to+peer networ8ing mode

Bot- ends are application ser!ers or 3ot- ends are signaling gateways$

T-e ;(>A supports t-e non+peer+to+peer networ8ing mode only$ T-e ;4>A supports t-e peer+to+peernetwor8ing mode and t-e non+peer+to+peer networ8ing mode$

ocal and destination ;4>A entities

T-e local and destination ;4>A entities can 3e considered as t-e mapping of t-e localand destination SS* SPs in t-e ;4>A$

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Data Preparation

Before configuring t-e ;4>A data/ prepare t-e data items listed in ?igure #$# $

Figure 1&1 Data preparations

!4 tem Remar.s

# Signaling point code of localentity

T-is item is used for interconnection 3etweent-e >AP2#)) ;GC and an SG$

( Signaling point code ofdestination entity

4 IP address of destination entity

6 ocal SCTP port num3ers of;4>A lin8s at ClientF

T-is item is used for interconnection 3etweent-e >AP2#)) ;GC and an SG

7 ocal SCTP port num3ers of;4>A lin8s at Ser!erF

T-is item is used for interconnection 3etweent-e >AP2#)) ;GC and an SG

Con+guration Procedure

?igure #$# lists t-e steps for configuring t-e ;4>A data$

Figure 1&1 Steps for configuring t-e ;4>A data

!tep Description Command# Add a local ;4>A entity$ ADD ;4 E

( Add a destination ;4>A entity$ ADD ;4DE

4 Add t-e additional ;4>A routing ser!iceoptionalF$

ADD ;4DS

6 Add an ;4>A lin8 set$ ADD ;4 A lin8$ ADD ;4 1<

% Add an ;4>A route$ ADD ;40T

In step 4/ if t-e >AP2#)) ;GC wor8s in non+e5clusi!e SP mode/ you need to run A%% .3%* to addt-e additional ;4>A routing ser!ice for eac- AS t-at s-ares t-e SPC wit- t-e >AP2#)) ;GC$

?or t-e description of parameters for eac- command/ see t-e online -elp$

T-e following is an e5ample

Add a local ;4>A entity$

ADD M34E: 4E =2, 4ENAME=8*A+ -228, O+C=822-- 8, 4ET=A , 7C=- 3 5;

Add a destination ;4>A entity$

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ADD M3DE: DE =-2, DENAME=8 G8, D+C=822--??8, T+F=T7*E, DET= G, ADRF=QE ;ADD M3DE: DE = 2, DENAME=8+ TN )itch8, D+C=8--22cc8, T+F=FA4 E, DET= +;

Add an ;4>A lin8 set$

ADD M34 : 4 =2, 4 NAME=8To G8, AD =-2, TM=4OAD HA7E, %M=A +;

Add an ;4>A lin8$

ADD M34N : MN=3 , 4N N=2, 4N NAME=8To G K28, 4OC"+-=8- $-9$ 5 $3 8, 4OC+O7T= 25,+EE7"+-=8- $-9$ 5 $558, +EE7+O7T= 25, C =C, 4 =2;ADD M34N : MN= 2, 4N N=2, 4N NAME=8To G K-8, 4OC"+-=8- $-9$ 5 $3 8, 4OC+O7T= --,+EE7"+-=8- $-9$ 5 $558, +EE7+O7T= 25, C =C, 4 =2;

Add an ;4>A route to t-e PST1 e5c-ange$

ADD M37T: 7TNAME=8To FIoffice8, DE = 2, 4 =2;

T-e non+peer+to+peer networ8ing mode is used for t-e >AP2#)) ;GC and t-e SG*)))$ T-e local entitytype of t-e >AP2#)) ;GC is A* $ T-us/ t-e entity type of t-e SG*))) must 3e set to * $ T-e PST1switc- needs to transfer SS* messages to t-e >AP2#)) ;GC t-roug- t-e SG*)))$ T-us/ t-e destinationentity type of t-e PST1 switc- must 3e set to *' $ In addition/ you must set t-e wor8ing mode of t-e;4>A lin8 set to A*' $


ou need to refer to t-e !alues of some parameters of t-e local e5c-ange data/ -ardware data/and ;G= data w-en you configure t-e ;4>A data$ ou need to refer to t-e !alues of some

parameters of t-e ;4>A data w-en you configure t-e SCCP data and routing data$ See ?igure#$#$

Figure 1&1 Parameter citing relations 3etween ;4>A data and ot-er datanput Parameter Output Parameter

Parameter4ame

6ocation for!etting

Parameter4ame

6ocation forCiting

IP address of ?E port


Signaling pointcode of local entity

Configuring SCCPdata and configuringrouting data

;odule num3er ofBSG


Signaling pointcode of destinationentity

Configuring SCCPdata and configuringrouting data

;odule num3er ofI?;


+ +

ocal signaling point code

Configuring locale5c-ange data

+ +

?igure #$( s-ows t-e relations 3etween 8ey parameters in data ta3les used w-en you configuret-e ;4>A data$

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Con+guring ! P Data

T-e SIP data defines t-e configuration information/ including t-e ser!er port num3er/ local port num3er/ and local IP address used 3y t-e SIP protocol in t-e local e5c-ange$ ou mustconfigure t-e SIP data 3efore configuring t-e SIP trun8 data and SIP user data ot-erwise/ t-eSIP protocol stac8 in t-e -ost cannot wor8$

ou must configure t-e SIP data after configuring t-e -ardware data/ local e5c-ange data/ andc-arging data$

5ac.ground 7now$edge=ell+8nown port num3er

T-is is also 8nown as t-e ser!er port num3er$ T-is port num3er is used for connectingt-e >AP2#)) ;GC to SIP+ena3led de!ices$

ocal port num3er

T-e local port num3er is used for load 3alancing among ;SGs during -andling ofincoming SIP pac8ets distri3uted 3y t-e I?; of t-e >AP2#)) ;GC$ T-e distri3ution

policies are as follows

J ?or t-e first SIP pac8et sent 3y t-e local e5c-ange

Eac- ;SG -as a uni ue local port num3er$ T-e system designates a port num3er int-e first SIP pac8et sent 3y t-e local e5c-ange$ T-e peer uses t-is port to return aresponse$ T-is port num3er is t-e local port num3er of t-e ;SG$ =-en t-e peerreturns a response/ t-e I?; distri3utes t-e SIP pac8et to t-e ;SG t-roug- t-is port$

J ?or t-e first SIP pac8et sent 3y ot-er offices

T-e port num3er carried 3y t-e SIP pac8et is t-e well+8nown port num3er 7)%)$T-us/ t-e I?; distri3utes t-e first SIP pac8et at t-e transport layer to an ;SG in loads-aring mode$ After t-e ;SG -andles t-e pac8et/ t-e system designates a port

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num3er in t-e SIP pac8et$ T-e peer uses t-is port to return a response$ In t-is way/su3se uent SIP pac8ets in t-is call are forwarded t-roug- t-is port$

Data Preparation

Before configuring t-e SIP data/ prepare t-e data items listed in ?igure #$#$


!4 tem Remar.s

# ;odule num3er of ;SG T-is item is used to -andle t-e SIP protocolmessages$

( ocal port num3er T-is item identifies and distri3utes an SIP protocolmessage to t-e related ;SG for -andling$

,T

T-e range of t-e local port num3er is defined in * T* ' F $ T-e local port num3er usually starts from 7)%#$


?igure #$# lists t-e steps for configuring t-e SIP data$

Figure 1&1 Steps for configuring t-e SIP data

!tep Description Command

# Set t-e glo3al SIP configuration$ SET SIPC?G

( Set t-e local SIP port num3er$ SET SIP P

4 Add one or multiple multimedia de!ices$ ADD ;;TE ADB ;;TE

6 Add one or multiple multimedia su3scri3ers$ ADD ;SB0 ADB ;SB0

T-e ;SG supports t-e SIP protocol$ ou can run * T %'A to configure t-e protocol distri3utiona3ility$

Steps 4 and 6 are used to configure an SIP agent terminal$

ou need to 8now t-e module num3er of t-e CC>/ CS>/ or I?; to 3e referenced 3efore performingstep 4$

ou need to 8now t-e multimedia de!ice ID/ local D1 set/ call source code/ and c-arging sourcecode to 3e referenced 3efore performing step 6$

In steps 4 and 6/ you can run A% ..T or A% .* # to add multimedia de!ices or users in 3atc-$ ou can add up to 4)) multimedia de!ices or users at one time$


ET "+CFG: MN+=529-, M +=5- , @+=5292;ET "+4+: MN=? , +O7T=592-;

AD1 MMTE: E"D= 222, EE"D= , MN=?3, +T= "+, "FMMN=35, AT=NA;

AD1 MMTE: E"D= 322, EE"D= , MN=?3, +T= "+, "FMMN=35, AT=NA;AD1 M 17: D= 222, ED= , 4+=2, ET=COM, E"D= 222, 7CH =2, C C=2;



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AD1 M 17: D= 322, ED= , 4+=2, ET=COM, E"D= 322, 7CH =2, C C=2;


ou need to refer to t-e !alues of some parameters of t-e -ardware data and local e5c-angedata w-en you configure t-e SIP data$ See ?igure #$# $

Figure 1&1 Parameter citing relations 3etween SIP data and ot-er data

Parameter 4ame 6ocation for !etting

;SG CC> CS> I?; module num3er Configuring -ardware data

ocal D1 set Configuring local e5c-ange data

Call source Configuring local e5c-ange data

C-arging source code Configuring c-arging data

*"#"% Con+guring Routing DataT-e routing data is used to define t-e routing+related configuration information/ suc- as t-eoffice direction/ route/ su3+route/ and routing analysis data during num3er analysis and callconnection$ ou must finis- configuring t-e local e5c-ange data and signaling data 3eforeconfiguring t-e routing data$

Data Preparation

Before configuring t-e routing data/ prepare t-e data items listed in ?igure #$# $


!4 tem Remar.s

# Signaling point codeof destination entity

T-is SPC is used to set up a direction 3etween t-e locale5c-ange and t-e destination office$

( 0outing policy ou need to determine policies for selecting t-e preferredtrun8/ su3+route/ and trun8 group of a route according tonetwor8 planning$

4 Basic routing data planning ou need to determine t-e related route selection code androute selection source code$


?igure #$# lists t-e steps for configuring t-e routing data$



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To connect two e5c-anges t-roug- t-e SS*/ you must set t-e CIC of t-e same trun8 circuit to t-e same!alue at 3ot- e5c-anges ot-erwise/ e5ceptions occur$ ?or instance/ a c-annel is a!aila3le in onedirection only$

Controlled and non+controlled trun8 circuits

In a 3i+directional trun8 group/ to pre!ent two e5c-anges from occupying t-e same trun8 circuit at t-e same time/ t-e IT>+T defines t-at eac- of two connected e5c-angescontrols a -alf of all t-e trun8 circuits$ T-e principle is t-at t-e e5c-ange wit- t-e largerSPC controls circuits of e!en CICs$ T-e e5c-ange wit- t-e smaller SPC controls circuitsof odd CICs$

Based on t-is principle/ eac- e5c-ange occupies t-e controlled trun8 circuits w-ensending outgoing messages$ T-e local e5c-ange tries to occupy a trun8 circuit controlled

3y t-e peer office only w-en all t-e trun8 circuits controlled 3y t-e local e5c-ange are 3usy$ If t-e peer office also tries to occupy t-e trun8 circuit at t-is time/ t-e locale5c-ange gi!es up t-e trun8 circuit and tries for t-e ne5t$

If t-e >AP2#)) is connected to a switc- 3y using IS>P trun8s and a specific circuit is notcontrolled 3y t-e >AP2#)) or peer office/ t-e >AP2#)) sends a >CIC message to t-e peer$After recei!ing t-e >CIC message/ switc-es of some !endors permanently 3loc8 t-e circuit$T-at is/ you cannot restore t-e circuit e!en 3y resetting or re+configuring t-e circuit on t-esoftswitc-$ 1ormally/ slot #% of eac- E# circuit on t-e >AP2#)) is left not configured$ If t-e

peer configures t-is slot/ t-e slot will 3e 3loc8edF$

T-e >CIC is a message type defined in t-e IT>+T standard protocol$ T-e >CIC is notsupported in C-ina$ T-us/ after recei!ing a >CIC message/ switc-es of some C-inese !endors

permanently 3loc8 t-e circuit$ To support 3ot- international and C-inese standards/ t-e>AP2#)) allows you to specify w-et-er to send >CIC messages 3y using a software

parameter$ By default/ t-e international standard is supported$ T-at is/ t-e >AP2#)) sends>CIC messages$ To c-ange t-e !alue of t-e parameter/ perform t-e following steps

C-ange t-e !alue of t-e software parameter on t-e >AP2#)) ;GC t-at controls >CICsending$ Set t-e !alue of 3it % of software parameter P#2 to 0$

Bit % Controls w-et-er t-e >AP2#)) sends >CIC messages w-en finding t-at no circuits area!aila3le t-roug- t-e IS>P message # Send ) 1ot sendF

#$ 0un +*T *F' to !iew t-e !alue of P#2$

($ 0un .,% *F' to set t-e !alue of 3it % in P#2 to 0$ Bit % is t-e se!ent- 3inary 3itcounting from rig-t$ T-e rig-tmost 3it is 3it )$

?or instance/ t-e original !alue of P#2 is FFFF $ After t-e !alue of 3it % is set to 0/ t-e!alue of P#2 is FF F $

Data Preparation

Before configuring t-e 1o$* trun8 data/ prepare t-e data items listed in ?igure #$#$

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!4 tem Remar.s

# PC of t-e signaling in 1o$* trun8

group

T-ese are used for interconnection

3etween t-e >AP2#)) ;GC and a PST1switc-$( DPC of t-e signaling in 1o$* trun8

group

4 Direction of 1o$* trun8 group/ t-at is/outgoing trun8/ incoming trun8/ or

3idirectional trun8

6 Signaling type of 1o$* trun8 group/t-at is/ T>P or IS>P

7 ;ode of selecting 1o$* trun8 circuits

% Start CIC

* Bearer su3+route of 1o$* trun8 circuit+*T *#T F

2 CS> t-at manages 1o$* trun8 circuits +

9 1um3er range of 1o$* trun8 circuit T-e circuit num3er range is t-e unifiedlogical num3ers of t-e 1o$* trun8 circuitsin t-e >AP2#)) ;GC$ T-e p-ysicalnum3ering of 1o$* trun8 circuits on t-etrun8 ;G= is defined 3y t-e terminal IDof t-e starting circuit$

#) >AP2#)) ;G= ID +*T . F T-is item is used for interconnection 3etween t-e >AP2#)) ;GC and a trun8;G=$## Terminal ID of circuit num3er


?igure #$# lists t-e steps for configuring t-e 1o$* trun8 data$

Figure 1&1 Steps for configuring t-e 1o$* trun8 data


# Add a 1o$* trun8 group$ ADD 1*TG

( Add a 1o$* trun8 circuit$ ADD 1*T


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In step 4/ for IS>P or T>P circuits/ w-en you run A%% 7TK to add a 1o$* trun8 circuit/ t-e defaultPC; type of t-e circuit is E# and t-e default PC; encoding mode is rate A$ In 1ort- America and'apan/ t-e PC; type of t-e trun8 circuit is normally T# and t-e PC; encoding mode is rate ]$ At t-istime/ you need to run A%% ' .',#T to add a PC; port$

=-en configuring a trun8 circuit/ you need to specify t-e module num3er of a CS> orCC>$ In t-e case of multiple CS>s or CC>s/ try to distri3ute circuits to t-e same officedirection in different CS>s or CC>s$ Eac- CS> can manage up to 7/))) circuits$ Acircuit num3er in a certain CS> or CC> is a uni ue logical code$ ou can add up to 4()trun8 circuits at one time$ 0un t-is command for multiple times to add more t-an 4()trun8 circuits$ T-e TID must 3e preset in t-e ;G=$

=-en adding a trun8 circuit/ ma8e sure t-at a circuit num3er is uni uely related to a TIDto a!oid a large wor8load in configuration at later stages$



ADD N?TG: TG=-, E"D=8- $-9 $ 2$-3: 8, G="NO*T, 7C=-, TGN=8TOIA"+ITG8;ADD N?T C: MN=?3, TG=-, C=2, EC=3-, C"C=2, CF=FA4 E, T"D=828, EN=2;


ou need to refer to t-e !alues of some parameters of t-e local e5c-ange data/ c-arging data/;G= data/ and routing data w-en configuring t-e 1o$* trun8 data$ ou need to use t-enetwor8 management source code defined 3y t-e 1o$* trun8 data w-en you configure t-enetwor8 management data$ See ?igure #$# $

Figure 1&1 Parameter citing relations 3etween 1o$* trun8 data and ot-er data

nput Parameter Output ParameterParameter4ame

6ocation for!etting

Parameter4ame

6ocation forCiting

Call source code Configuring locale5c-ange data

1etwor8management sourcecode

1etwor8management data

C-arging source code Configuring c-argingdata

+ +

C-arging source code

of outgoing trun8

Configuring c-arging

data

+ +

E uipment ID oftrun8 ;G=


+ +

Su3+route num3er Configuring routingdata

+ +

0estricted call groupnum3er optionalF

Configuringrestricted call data

+ +

?igure #$( s-ows t-e relations 3etween 8ey parameters in data ta3les used w-en you configuret-e 1o$* trun8 data$

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Con+guring R# Trun. Data

T-e 0( trun8 data is used to configure t-e information related to t-e 0( trun8 on t-e>AP2#)) ;GC$ ou must finis- configuring t-e -ardware data/ local e5c-ange data/c-arging data/ ;G= data/ signaling data/ and routing data 3efore configuring t-e 0( trun8data$

In t-e >AP2#))/ t-e 0( trun8s are used to 3ear narrow3and resource data$ T-ey are used to connect t-e"0B and t-e E4($

5ac.ground 7now$edge

T-e 0( trun8 is a circuit trun8$ It uses t-e 0( signaling as t-e inter+office signaling$ Becauset-e 0( signaling is a type of c-annel associated signaling CASF/ you need to set t-e

parameters related to t-e 0( signaling during configuration of t-e 0( trun8 data$

T-e 0( signaling is defined in IT>+T $6)[ $69) -owe!er/ t-e reali@ation mode of t-e 0(signaling !aries from one country or area to anot-er$ T-erefore/ t-ere are many !ersions of t-e0( signaling$ Some !ersions/ suc- as t-e 0ussian CAS/ differ greatly from t-e standard!ersion of t-e 0( signaling$

Transmission modes

In a multi+segment route/ t-ere are two transmission modes of t-e CAS end+to+endmode and -op+3y+-op mode$

J End+to+end mode

T-e originating e5c-ange sends a route+interpreta3le called num3er to t-e first transite5c-ange$ T-e first transit e5c-ange interprets t-e route and connects t-e related

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incoming trun8 circuit and outgoing trun8 circuit$ T-en/ t-e call from t-e originatinge5c-ange is connected to t-e ne5t transit e5c-ange$ After t-at/ t-e originatinge5c-ange sends anot-er route+interpreta3le called num3er to anot-er transite5c-ange$ T-is transit e5c-ange interprets t-e route and connects t-e relatedincoming trun8 circuit and outgoing trun8 circuit$ T-en/ t-e call from t-e originatinge5c-ange is connected to t-e ne5t transit e5c-ange or t-e terminating e5c-ange$ T-esame is true for t-e su3se uent procedure$ In t-is mode/ a call is uic8ly connectedand t-e register is used efficiently -owe!er/ t-e signaling mode of t-e register must

3e t-e same in eac- e5c-ange on t-e multi+segment route$

J .op+3y+-op mode

Eac- transit e5c-ange must recei!e all t-e called num3ers sent 3y t-e pre!iouse5c-ange 3efore forwarding t-e called num3ers to t-e ne5t transit e5c-ange orterminating e5c-ange$ T-is mode -as low re uirements for lines$ In addition/ t-esignaling mode of t-e register can 3e different in eac- e5c-ange on t-e multi+segmentroute$ In t-is mode/ -owe!er/ calls are slowly connected$

?or t-e register signaling/ t-e 0( signaling system in t-e >AP2#)) ;GC supports 3ot-

transmission modes at t-e same time$ ou can select a mode according to t-e line uality$?or instance/ you can select t-e -op+3y+-op mode on low+ uality circuits$ ou can uset-e end+to+end mode on -ig-+ uality circuits$ ?or t-e line signaling/ only t-e -op+3y+-opmode can 3e used$

Control modes

A control mode refers to a met-od of controlling t-e transfer process of t-e signaling$T-ere are t-ree control modes

J 1on+compelled mode pulse modeF

T-e originating e5c-ange 8eeps sending one pulse signal or one group of pulsesignals to t-e terminating e5c-ange/ regardless of w-et-er t-e terminating e5c-angerecei!es t-e correct signal or signals$ T-is mode features simple de!ices 3ut lowrelia3ility$

J .alf+compelled mode

T-e originating e5c-ange sends one pulse signal or one group of pulse signals andwaits for t-e confirmation signal from t-e terminating e5c-ange 3efore sending t-ene5t signal$

J ?ull+compelled mode

T-e originating e5c-ange 8eeps sending t-e forward signal 3efore recei!ing t-econfirmation signal from t-e terminating e5c-ange$ T-e terminating e5c-ange 8eepssending t-e confirmation signal 3efore t-e originating e5c-ange stops sending t-eforward signal$ In t-is mode/ t-e forward signal and 3ac8ward signal are continuous$T-us/ t-is mode is also called continuous compelled mode$

Data Preparation

Before configuring t-e 0( trun8 data/ prepare t-e data items listed in ?igure #$# $


!4 tem Remar.s

# Direction of 0( trun8 group/t-at is/ outgoing trun8/incoming trun8/ or 3idirectional

trun8

T-is item is used for interconnection 3etweent-e >AP2#)) ;GC and t-e >AP2#)) ;G=$



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!4 tem Remar.s

( 1um3er range of 0( trun8circuit

T-e circuit num3er range is t-e unified logicalnum3ering of t-e 0( trun8 circuits in t-e>AP2#)) ;GC$ T-e p-ysical num3ering of 0(trun8 circuits on t-e trun8 ;G= is defined 3yt-e terminal ID of t-e starting circuit$

4 Terminal ID of circuit num3er T-is item is used for interconnection 3etweent-e >AP2#)) ;GC and t-e >AP2#)) ;G=$


?igure #$# lists t-e steps for configuring t-e 0( trun8 data$

Figure 1&1 Steps for configuring t-e 0( trun8 data

!tep

Description Command

# Add an 0( trun8 group$ ADD 1#TG

( Add an 0( trun8 circuit$ ADD 1#T


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Figure 1&1 Parameter citing relations 3etween 0( trun8 data and ot-er data


Parameter

4ame

6ocation for

!etting

Paramete

r 4ame

6ocation for

CitingCall source code Configuring local

e5c-ange data 1etwor8managementsource code

Configuringnetwor8management data

C-arging source code Configuring c-arging data + +

C-arging source codeof outgoing trun8

Configuring c-arging data + +

E uipment ID oftrun8 ;G=


+ +

Su3+route num3er Configuring routing data + +

?igure #$( s-ows t-e relations 3etween 8ey parameters in data ta3les used w-en you configuret-e 0( trun8 data$


Con+guring ! P Trun. Data

An SIP trun8 is a pac8et trun8$ Different from t-e p-ysical c-annel defined in t-e circuitrelay/ t-e SIP trun8 is defined as a logical c-annel used for internetwor8ing/ aut-entication/and call addressing 3etween local e5c-ange and peer office$

T-e SIP trun8 data is used to configure t-e rele!ant information w-en you connect t-e>AP2#)) to a softswitc- or an SIP application ser!er$ T-e information includes t-e SIP+>0and w-et-er to support t-e SIP+T$ ou must finis- configuring t-e -ardware data/ locale5c-ange data/ c-arging data/ protocol data/ and routing data 3efore configuring t-e SIP trun8data$ ?igure #$# lists t-e step for configuring t-e SIP trun8 data$

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!4 tem Remar.s

6 ?ailure cause code T-ese are used to configure failure processing data$

7 ?ailure source code planning

% ?ailure processing type


T-e num3er analysis data includes t-e call prefi5/ num3er c-ange/ and prefi5 processing$?igure #$# lists t-e steps for configuring t-e num3er analysis data$

Figure 1&1 Steps for configuring t-e num3er analysis data


# Add a call prefi5$ ADD C1AC D

( Add t-e num3er c-ange information$ ADD D1C

4 Add t-e prefi5 processing data$ ADD P?LP0

6 Add t-e failure processing data$ ADD C?P0 optionalF

Before adding a call prefi5/ run related commands to o3tain t-e following parameters definedin t-e system

ocal D1 set

To o3tain t-is parameter/ run +*T +% * T $

0oute selection code

To o3tain t-is parameter/ run +*T #TA A $

C-arging selection code

To o3tain t-is parameter/ run +*T ? %> $


T-e following is an e5ampleADD CNAC4D: +F = 2??--- , C T+=ADD, M"N4=?, MA 4=?;ADD DNC: DC =--, DCT=MOD, DC4=?, ND= -- 2??-;ADD +F +7O: C C=2, +F = 2??--- , CCF=QE , ENDTONE=N T, DDC =--," 7EANA=QE ;



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In t-e case of t-e 1CC ser!ice/ you need to configure t-e num3er analysis data on t-e 1CC

access code for t-e >AP2#))$ T-e ser!ice attri3ute is local outgoing call$?or instance/ an 1CC contains t-ree sets of >AP2#))

>AP # is used for contact center #$ T-e area code of contact center # is )*77$ T-e 1CCser!ice access code is ###$

>AP ( is used for contact center ($ T-e area code of contact center ( is )*7%$ T-e 1CCser!ice access code is ((($

>AP 4 is used for contact center 4$ T-e area code of contact center 4 is )*7*$ T-e 1CCser!ice access code is 444$

ou need to configure t-e num3er analysis data on contact center ( and contact center 4 for>AP # Set )*7%((( for contact center ($ >se t-e preset route to >AP ( as t-e route selectioncode$ Set )*7*444 for contact center 4$ >se t-e preset route to >AP 4 as t-e route selectioncode$T-e procedure for configuring t-e num3er analysis data for >AP ( and >AP 4 is similar tot-at for >AP #$


ou need to refer to t-e !alues of some parameters of t-e local e5c-ange data and routing dataw-en you configure t-e num3er analysis data$ ou need to refer to t-e !alues of some

parameters of t-e num3er analysis data w-en you configure t-e local e5c-ange data and trun8data$ See ?igure #$#$

Figure 1&1 Parameter citing relations 3etween num3er analysis data and ot-er data


Parameter4ame

6ocation for!etting

Parameter4ame

6ocation forCiting

ocal D1 set Configuring locale5c-ange data

1um3er c-angeinde5

Configuring locale5c-ange data andconfiguring trun8 data

Glo3al D1 set Configuring locale5c-ange data

Call prefi5 +

+ + 1um3er c-angeinde5 optionalF

Configuring num3eranalysis data

?igure #$( s-ows t-e relations 3etween 8ey parameters in data ta3les used w-en you configuret-e num3er analysis data$



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?or t-e parameters of A%% +% * T and A%% A++*# in ?igure #$(/ see related description insection 7$($4: Configuring ocal E5c-ange Data$ :

*"#"11 Con+guring Resource Data

Data Preparation

Before configuring data/ you need to ma8e preparations according to t-e items listed in ?igure#$#$

Figure 1&1 Preparations for configuring t-e resource data

!4 tem Remar.s

# =or8station planning Plan t-e mapping relations 3etween t-ewor8station num3ers and module num3ers of t-e"0B or ;S>/ as well as t-e -ome relations oft-e CDB module num3ers$

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!4 tem Remar.s

( CDB module num3er planning

+

4 =or8station type planning Plan wor8station types for t-e "P/ ?P/ and CP$Configure w-et-er to support t-e EC function$

,T?or t-e 0BT ser!ice deployed on 1G1/ t-e ECfunction is not re uired$ ?or t-e IPCC application/ t-eEC function must 3e a!aila3le on all CP wor8stations$

6 TID of t-e >AP2#)) ;G= Plan t-e E# circuit t-at 3ears !oice streams$

7 >AP2#)) ;G= de!ice IDcorresponding to a "0Bwor8station

T-e E0I 3oard of eac- "0B pro!ides eig-t E#trun8 ca3les to directly connect to t-e E4( 3oardof t-e >AP2#)) ;G=$ ou need to 8now t-e

;G= ID and t-e corresponding TID$% IP address of t-e file ser!er =-en playing !oices/ t-e "0B or ;S> needs to

communicate wit- t-e file ser!er t-roug- t-e;E; 3oard$* IP addresses of t-e "0B or

;S> and t-e ;E; 3oard

2 IP address of t-e ;0P pinc- 3oard of t-e ;S>

T-is IP address is used for t-e ser!ice 3earingc-annel$

9 ;odule num3er of t-e CC>or CS>

T-is information is used for communication onser!ice -andling$

#) IP address of t-e ?EP on t-e

CTI

## 0emote port Plan t-e IP port for connecting t-e ?EP on t-eCTI and t-e file ser!er$

#( ?ile s-aring pat- on t-e fileser!er

All files played 3y t-e "0B or ;S> are o3tainedfrom t-e file ser!er t-roug- t-is pat-$

Con+guring nterna$ Resource Data

i& o $iguri g :# %ata

T-e configuration of t-e >AP2#)) resource data consists of two parts

Configure t-e related data of t-e 0( signaling w-en t-e "0B is considered as a !irtualoffice direction$

Configure t-e related data of t-e "0B wor8station/ suc- as t-e file ser!er configurationta3le/ "0B wor8station information ta3le/ and CDB resource assistance ta3le$

T-e two parts are descri3ed as follows$

In t-e actual application of call center ser!ices/ t-e "0B uses t-e E# resources pro!ided 3yt-e ;G=/ and occupies t-e TIDs of a certain range$ T-e "0B is considered as a !irtual officedirection to ac-ie!e t-e following o3Hecti!es

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!4 tem Remar.s

( =or8station num3er of t-e "0B 3oard

Eac- 3oard is configured wit- twowor8stations at present for logging in to t-eCDB$

4 Installation and configuration of t-efile ser!er

T-e "0B can access files only t-roug- t-efile ser!er$

?or t-e procedure for configuring 0( trun8 circuits/ see section 7$($2: Configuring 0outingData : and section 7$($9: Configuring Trun8 Data$ :

T-e general steps for configuring t-e "0B resource data is listed in ?igure #$4 $

Figure 1&3 Procedure for configuring t-e "0B resource data

!tep

Description Command

# Add a "0B 3oard$ ADD B0D

( Configure pu3lic parameters/ module parameters/ and software parameters

optionalF$

; D P>BP0; ; D ;P0;; D S?P

4 Add t-e CDB module resource assistancedata optionalF$

ADD CDBASSIST

6 Add a resource group$ ADD 0CG

7 Add resource wor8station information$ ADD 0C=SC?G

% Add t-e file ser!er configuration$ ADD ?I ES"0 0 ADD"0B?I ES"0

* Add t-e ;E; 3oard configuration$ ADD ;E;C?G

2 Set t-e EC function mandatory for CPsF SET EC

9 Configure ACD ser!ice data optionalF$ ADD ACD

#) Configure t-e 1ote parameters optionalF$ ; D 1 TEP0;

## Configure I1 parameters optionalF$ ; D I1C?G#( Configure fa5 parameters optionalF$ SET ?ALPA0A

#4 Configure fa5 information optionalF$ SET ?ALC?G

Pay attention to t-e following points

Generally/ you can use t-e default !alues of t-e pu3lic parameters/ module parameters/and software parameters in "0B data$

Generally/ t-e CDB resource assistance is configured only w-en multiple pairs of CDB

3oards e5ist$

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Before configuring t-e resource wor8station information ta3le/ you need to configure t-eresource group and resource trun8 information$

ou need to set w-et-er to support t-e TTS function 3efore adding resource wor8stationdata$

If t-e "0B 3oard is set to t-e ?P/ you can use only t-e first two trun8s$ t-er trun8s arenot a!aila3le$

T-e adding file ser!er command in t-e !ersion 3efore "4))0))4C)#B)74 is A%%:# F + *:# / in t-e "4))0))4C)#B)74 !ersion or later !ersion/ t-e command isA%% F + *:# $

After t-e "0B 3oard is successfully added/ t-e system automatically adds t-e file ser!erinformation of t-e "0B$ T-erefore/ you can only c-ange t-e file ser!er information 3utnot add it$ =-en you c-ange t-e file ser!er information/ note t-at t-e mapping dri!emust 3e in lowercase$ t-erwise/ an error is reported in cyclic redundancy c-ec8 C0CF$

=-en adding t-e ;E; configuration to t-e "0B module/ you need to set t-e protocoltype to ++ / and set t-e remote address to t-e address of t-e file ser!er rat-er t-an t-e

address of t-e CTI I1


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;0P data

ocal IP address of t-e ;S>

?ile ser!er data

T-is c-apter focuses on t-e configuration related to t-e 3uilt+in ;S>$ ou can configure t-e;S> resource data only after configuring t-e related CDB data$

=-en configuring t-e >AP2#)) ;GC/ you need to cite certain parameter !alues set in t-eCDB data for t-e ;S> resource data$ See ?igure #$6 $

Figure 1&4 0elations 3etween t-e parameters of t-e ;S> resource data and ot-er data


Parameter4ame

6ocation for!etting

Parameter4ame

6ocationfor Citing

;S> resource groupnum3er CDB resource groupdata + +

;odule num3er of t-eCDB to w-ic- t-ewor8station 3elongs

CDB data + +

Before configuring t-e 3uilt+in ;S> resource data/ you need to ma8e preparations accordingto t-e items listed in ?igure #$7 $

Figure 1&5 Preparations for configuring t-e 3uilt+in ;S> resource data

!4 tem Remar.s

# IP address of eac- 0;S> 3oard It is t-e IP address of t-e 3uilt+in 0;S> 3oard$

( IP address of eac- ;0P pinc- 3oard

It is t-e IP address of t-e ser!ice 3earingc-annel of t-e 3uilt+in 0;S>$

4 IP address/ protocol type/ ands-ared directory of t-e file ser!er

T-ese items are used to connect t-e ;S>and t-e file ser!er$

T-e general procedure for configuring t-e 3uilt+in ;S> resource data is listed in ?igure #$%$

Figure 1&6 Configuration procedure


# Add an 0;S> 3oard$ ADD B0D

( Add t-e ;S> configuration$ ADD ;S>C?G

4 Add t-e ;0P configuration$ ADD ;0PC?G

6 Set t-e local IP address of t-e ;S>$ ADD ;E;C?G



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7 Add t-e file ser!er configuration$ ADD ?I ES"0 or ADD;S>?I ES"0F

% Add t-e wor8station configuration$ ADD 0C=SC?G

* Configure t-e 1ote parameters optionalF$ ; D 1 TEP0;

2 Configure I1 parameters optionalF$ ; D I1C?G

T-e command for adding t-e file ser!er configuration is A%% .* F + *:# in!ersions earlier t-an "4))0))4C)#B)4)/ and is A%% F + *:# in !ersions later t-an"4))0))4C)#B)4)$ T-e "4))0))4C)#B)4) supports 3road3and features$ T-us/ in t-efollowing description/ t-e command for adding t-e file ser!er configuration is A%%F + *:# $

In t-e configuration of t-e 3uilt+in ;S> resource data/ t-e inde5 on t-e 8ey fields of eac-

data ta3le is s-own in ?igure #$*$ ou need to add t-e configurations of resource groups$


.Fra/e n%/ber0

.!lot n%/ber0

.1od%le n%/ber0

ADD BRD ADD MSUCFG

.1!U /od%le n%/ber0

.123 lo4er board available0

.123 %++er board available0

ADD MRPCFG

.1!U /od%le n%/ber0

.123 board location0

.123 53 address0

ADD FILESVR

.1od%le No0

.File !erver 53 #ddress0

.s(are director60

ADD MEMCFG

.1!U /od%le n%/ber0

.3rotocal T6+e0

.local 53 address0

iii& Addi g t/e .* oard o $iguratio

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Figure 1&8 ;; commands

Command Description

ADD B0D Add a 3oard$

0;" B0D Delete a 3oard$

ST B0D uery for a 3oard$

=-en you run A%% #% to add a 0;S> 3oard/ t-e ;0IA 3oard is optional t-oug- itmust p-ysically e5ist$ T-e ;S> 3oard can wor8 normally wit-out t-e ;0IA 3oard$

Generally/ you need to set t-e 0;S> 3oard to run independently$ T-us/ t-e Assista tslot u!ber parameter in t-e A%% #% command must 3e set to 255 $

i"& o $iguri g t/e .*


Command Description

ADD ;S>C?G Add t-e ;S> configuration$

0;" ;S>C?G Delete t-e ;S> configuration$

; D ;S>C?G ;odify t-e 0;S> configuration$

ST ;S>C?G uery for t-e 0;S> configuration$

T-e following is a sample command

// et the M * #oa!d to the a'dio #oa!d$ADD M *CFG: M7F"D=?3, M7FTQ+E=A*D"O, 7 MD=EM;

"& o $iguri g t/e .#'


Command Description

ADD ;0PC?G Add t-e ;0P configuration$

0;" ;0PC?G Delete t-e ;0P configuration$

; D ;0PC?G ;odify t-e ;0P configuration$

ST ;0PC?G uery for t-e ;0P configuration$


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//The M7+ confi('!ation i to #e added$ The .o)e! 0inch #oa!d i .ocated on the M *#oa!d; the 0inch #oa!d t&0e i audio ; the mod'.e n'm#e! of the M * #oa!d i 213 ;the "+ add!e of the M7+ i 191.169.1.123 ; the ma k i 255.255.0.0 $ADD M7+CFG: M1"D= -3, 1"D=4M7+1, M7+T=M7+C, M"+=8- -$-9 $-$- 38, "+M=8 55$ 55$2$28;

"i& o $iguri g t/e .odule 'ara!eters o$ t/e . . oard

?igure #$## lists t-e ;; commands for configuring t-e module parameters of t-e ;E; 3oard$


Command Description

ADD ;E;C?G Add t-e ;E; configuration ta3le$

0;" ;E;C?G Delete t-e ;E; configuration ta3le$

; D ;E;C?G ;odify t-e ;E; configuration ta3le$

ST ;E;C?G uery for t-e ;E; configuration ta3le$

T-e A%% . . F command is used to add two local IP addresses of t-e ;S> for t-ecommunication wit- t-e file ser!er$ T-e two local IP addresses of t-e ;S> normally connectto t-e two IP addresses of t-e file ser!er respecti!ely$

?or t-e ;S>/ t-e '#,T=' field must 3e set to 1> $

?or t-e ;S>/ t-e # '1 field is not used$ T-is field is set to t-e primary IP address of t-e

acti!e file ser!er in t-is document$?or t-e ;S>/ t-e #' field is not used$ T-is field can 3e set to any !alue$

T-e local IP address is different from t-e local IP address (/ and t-ey cannot 3elong tot-e same networ8 segment$

T-e TTSIP is different from t-e local IP address and t-e local IP address (/ and t-eycannot 3elong to t-e same networ8 segment$ T-e TTSIP must 3elong to t-e samenetwor8 segment as t-e TTS Ser!er$


ADD MEMCFG: MN= 2, +7OTQ+E=N*44, 4"+=8- $-9 $2$ 28, 7"+-=8- $-9 $2$338, 7+=----,4"+ =8-2$?9$-? $ 28, TT "+=8- $-9 $-$ 28;

"ii& o $iguri g t/e File *er"er


Command Description

ADD ?I ES"0 Add t-e file ser!er configuration$

0;" ?I ES"0 Delete t-e file ser!er configuration$

; D ?I ES"0 ;odify t-e file ser!er configuration$

ST ?I ES"0 uery for t-e file ser!er configuration$



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ou need to first add t-e file ser!er record w-ere t-e group num3er is )$

T-e ;S> supports up to #% groups of file ser!ers at present$ T-e group num3ers arefrom ) to #7$

T-e four file ser!ers in eac- group -a!e different addresses$

ou need to set t-e >ID and GID of only group )$ T-e >IDs and GIDs of ot-er groupsare t-e same as t-ose of group ) 3y default$ ?or inu5 ser!ers/ t-e >ID and GID are setto 65534 and 65533 respecti!ely$ ?or =indows ser!ers/ t-e >ID and GID can 3e set toany !alues/ 3ut t-e !alues must 3e t-e same as t-ose set for t-e 1?S s-ared directory$

T-e primary and secondary IP addresses of t-e first and second file ser!ers must complywit- t-e following rules

To set t-e local IP addresses of t-e "0B or ;S>/ ma8e sure t-at t-e local IP addressesand t-e first or second IP address of t-e "0B or ;S> 3elong to t-e same networ8segment/ t-at is/ t-e networ8 segment of t-e local IP address # or ( in t-e A%%. . F command$

T-e following are sample commands

//ADD MEMCFG 4"+=8- $-9 $2$ 28 4"+ =8-2$?9$-? $ 28, to confi('!e th!ee (!o'0of e!6e!ADD F"4E @7: MN= 2, "D F =2, F TF M"+=8- $-9 $2$338,F TF 1"+=8-2$?9$-? $- 8, NDF M"+=8- $-9 $2$3 8, NDF 1"+=8-2$?9$-? $- 8,

D"7=8/ ha!e8, MD"7=8 :8;ADD F"4E @7: MN= 2, "D F =-, F TF M"+=8- $-9 $2$358,F TF 1"+=8-2$?9$-? $- 98, NDF M"+=8- $-9 $2$398, NDF 1"+=8-2$?9$-? $- ?8,

D"7=8/ ha!e8, MD"7=8Q:8;ADD F"4E @7: MN= 2, "D F = , F TF M"+=8- $-9 $2$358,F TF 1"+=8-2$?9$-? $- 98, NDF M"+=8- $-9 $2$398, NDF 1"+=8-2$?9$-? $- ?8,

D"7=8/ ha!e-8, MD"7=8 :8;//de6ice n'm#e! = , ADD MEMCFG 4"+=82$2$2$28, to confi('!e one (!o'0 of

e!6e! if 4"+ i not etADD F"4E @7: MN= 2, "D F =2, F TF M"+=8-? $ $ 2-$- 8,F TF 1"+=8-? $3 $ 2-$-8, NDF M"+=8-? $ $ 2-$ 8, NDF 1"+=8-? $3 $ 2-$ ,

D"7=8/ ha!e8, MD"7=8Q:8;

"iii& o $iguri g #esource or statio %ata

Before configuring t-e resource wor8station information ta3le/ you need to configure t-eresource group and resource trun8 information$ T-e command for adding t-e ;S>wor8station configuration is t-e same as t-at for adding t-e "0B wor8station

configuration$?igure #$#4 lists t-e ;; commands for configuring t-e resource wor8stations$


Command Description

ADD 0C=SC?G Add a resource wor8station$

0;" 0C=SC?G Delete a resource wor8station$

; D 0C=SC?G ;odify a resource wor8station$

ST 0C=SC?G uery for a resource wor8station$



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T-e following are e5amples of t-e commands

Command fo! confi('!in( a fa )o!k tation:ADD 7C% CFG: % NO=-, "NO*T="N "DE, G7O*+NO=2, MMN= ?, % TQ+E=M *F, MOD*4ENO= 2;Command fo! confi('!in( t)o a'dio tation that '00o!t the TT f'nction:ADD 7C% CFG: % NO=-, "NO*T="N "DE, G7O*+NO=2, MMN= ?, % TQ+E=M *A, MOD*4ENO= 2,M7+NO=2, TT CA+= *+;ADD 7C% CFG: % NO=-, "NO*T="N "DE, G7O*+NO=2, MMN= ?, % TQ+E=M *A, MOD*4ENO= 2,M7+NO=-, TT CA+= *+;

i & o $iguri g t/e ote 'ara!eters


Command Description

; D 1 TEP0; ;odify t-e settings of t-e 1ote parameters$

ST 1 TEP0; uery for t-e settings of t-e 1ote parameters$


MOD NOTE+7M: NOTE+ATH=8note8, NOTEHEAD=8note8, *+DATE+ATH=8'0date8,NOTEAMO*NT= 2222, TA7T"D =-, +O TF" =DOT , *+DATE"NTE7@A4=-222,DE4"NTE7@A4= 222;

& o $iguri g t/e 'ara!eters


Command Description

; D I1C?G ;odify t-e settings of t-e I1 parameters$

ST I1C?G uery for t-e settings of t-e I1 parameters$


MOD "NCFG: E7@"CE+ATH=8 e!6ice8, TANDA7D+ATH=8 tanda!d8, TONE+ATH=8tone8,

DEFA*4T71T+ATH=8defa'.t8;

The Change of 2i$eserver Con+guration

In t-e B)74 !ersion or later !ersion/ t-e "0B ;S> 3oards can support #% groups offileser!er/ one group includes four suits of fileser!er$

T-e "0B ;S> 3oards -a!e to -a!e two IP address/ one IP address in one plane/ and t-e twoIP address must not in t-e same IP segment$ =-en t-e "0B ;S> 3oards -a!e a naturalconnection wit- fileser!er/ t-e IP address in () plane communicates wit- t-e R?irst ?ileSer!er ;aster IP w-ic- added 3y t-e RADD ?I ES"0 command$ =-en t-ere is aconnection mista8e/ t-e "0B ;S> 3oards find an usa3le fileser!er 3y t-e order R?irst ?ileSer!er ;aster IP/ ?irst ?ile Ser!er Sla!e IP/ Second ?ile Ser!er ;aster IP/ Second ?ile Ser!erSla!e IP $



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T-e picture ?igure #$# s-ows t-e c-ange

Figure 1&1 T-e c-ange of t-e fileser!er configuration

VRB

SMU

SMU

ERI

SIU

HSC

SIU

HSC

FS-1

Array

FS-2

5624 -1 5624 -2

GE GE

Trunk

GE GE

Heartbeat

Fiber Fiber

Fl at I" # 1$2 %16& % '%'(

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

SMU

SMU

ERI

SIU

HSC

SIU

HSC

FS-1

Array

FS-2

5624 -1 5624 - 2

GE GE

Trunk

GE GE

Heartbeat

Fiber Fiber

Fl at I" 1# 1$2 %16& %' %'(Fl at I" 2# 1$2 %16& %4 %'(

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB

ERI

VRB 252)I"# 1$2 %16& %'%252RI" # 1$2 %16& %'%'(

VRB 252)I"# 1$2 %16& %'%252RI"# 1$2 %16& %'%'()I"2# 1$2 %16& %4%252RI"2# 1$2 %16& %4%'(

B% MGC M*+ FI)ESVR # M, 252 . I+/FS I+/ (.

S,+FSMI" 0 1$2 %16& % 4%'( 0

A % FS ,FS !"

#$%& I"1$2 %16& %4 % 3,FS I" 1 ' ,FSI" 2 () *+!, -ain % 7

T/e c/a ge o$ . o $iguratio %ata

e$ore t/e 053 "ersio BMOD @71F"4E @7: MN= 5 , F TF "+=8- $-9 $3$328, *"D=9553 , G"D=95533,

D"7=8/ ha!e8, MD"7=8&:8;

A$ter t/e 053 "ersio B

ADD F"4E @7: MN= 5 , +7OTOCO4=NF , "D F ="D 2, *"D=9553 , G"D=95533,F TF M"+ =8- $-9 $3$328, NDF M"+=8- $-9 $ $328, D"7=8/ ha!e8, MD"7=8&:8;

In t-e ADD ?I ES"0 command/ R?irst ?ile Ser!er ;aster IP and R?irst ?ile Ser!er Sla!e IP are need

parameter at least$T/e c/a ge o$ Fileser"er o $iguratio

!tep 1 pen t-e file etc sysconfig networ8 ifcfg+et-+^^^^$

!tep # Add t-e 3lue part as 3elow in t-e file ifcfg+et-+^^^^$

T-e file ifcfg+et-+^^^^ is t-e networ8 card configuration w-ic- pro!ide t-e 1?S ser!ice$

1OOT+7OTO= tatic17OADCA T= - $-9 $3$ 55"+ADD7= - $-9 $3$32MT*=NETMA = 55$ 55$ 55$2



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NET%O7 = - $-9 $3$27EMOTEI"+ADD7=

TA7TMODE= on#oot

4A1E4I2=2"+ADD7I2=- $-9 $ $32NETMA I2= 55$ 55$ 55$2*N"S*E= 6HR$ %Sd k@aQCInmIname= #' >0ci>2222:23:22$2

!tep & ;odiry t-e file main$cf

e$ore !odi$icatio B

"+ f i0 De6ice = eth3Add!e = 8- $-9 $-$--28NetMa k = 8 55$ 55$ 55$28

ha!e dNF I ha!e-

+athName = 8/ ha!e8C.ient = 8- $-9 $-$2/ 55$ 55$ 55$28Othe!C.ient = 8-2$?9$-? $2/ 55$ 55$ 55$28,

8- $-9 $2$2/ 55$ 55$ 55$28 UO0tion = 8!),a &nc,in ec'!e8

A$ter !odi$icatio B

"+ f i0-

De6ice = eth3Add!e = 8- $-9 $-$--28NetMa k = 8 55$ 55$ 55$28

"+ f i0 De6ice = eth3Add!e = 8- $-9 $ $--28NetMa k = 8 55$ 55$ 55$28

ha!e dNF I ha!e- +athName = 8/ ha!e8C.ient = 8- $-9 $-$2/ 55$ 55$ 55$28Othe!C.ient = 8- $-9 $ $2/ 55$ 55$ 55$28,

8- $-9 $2$2/ 55$ 55$ 55$28 UO0tion = 8!),a &nc,in ec'!e8

Con+guring E0terna$ Resource Data

T-e e5ternal resources of t-e >AP2#)) are used as t-e TTS and AS0 on t-e platform$ T-e principle is t-e same as t-at of t-e AIP$

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Before configuring "P or ?P resource data/ you need to ma8e preparations according to t-eitems listed in ?igure #$#$

Figure 1&1 Preparations for configuring e5ternal resources

!4 tem Remar.s

# IP addresses of e5ternalresources

T-e IP addresses are used for logging in to t-e ?EP$

( IP address of t-e CDB T-e IP address is used to communicate wit- t-e ?EP$

4 =or8station num3ers ofe5ternal resources

T-e wor8station num3ers are used for logging in to t-eCDB$

?igure #$( descri3es t-e general steps for configuring t-e "P or ?P resource data$

Figure 1&2 Steps for configuring t-e "P or ?P resource data


# Configure resource groups$ ADD 0CG

( Add resource wor8station information$ ADD 0C=SC?G

4 Add t-e ;E; configuration of t-e CDB$ ADD ;E;C?G

6 Add t-e ;E; module information of t-e CDB tot-e CTI I1


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*"#"1# Con+guring TT! !ervice Data

!etting the TT! Connection 9ode

=-en using t-e TTS/ you need to set t-e connection mode for t-e TTS ser!er and >AP "P$T-e supported modes at present are t-e large+scale mode and small+scale mode$ =-en t-elarge+scale mode is adopted/ you need to set *#. su))ort to * ' H*u))ortedI / and select

TT*+ .Hsu))ortI $ If t-e small+scale mode is adopted/ you need to set *#. su))ort to* ' H ot su))ortI / and run t-e * T *+ * command to set t-e num3er of TTS licenses$

T-e setting must 3e reported to t-e CDB module$ After t-e * T *+ * command issuccessfully run/ you need to format and restart t-e "0B 3oard$ T-e "P program must also 3erestarted$ T-e S0; mode pre!iously descri3ed is t-e load 3alancing function of t-e TTS$ Ifonly one TTS ser!er e5ists and t-e load 3alancing function is not ena3led/ you need to set t-eTTS connection mode to t-e small+scale mode in t-e >AP configuration$

1ote After t-e TTS connection mode is set to t-e small+scale mode/ you cannot see t-e statusof t-e TTS ser!er on t-e TTS monitoring window of t-e >AP/ or see t-e connection status oft-e c-annel 3etween t-e "0B 3oard and TTS ser!er on t-e program window of t-e TTSser!er$

Figure 1&1 Commands

Command Description

SET TTSC 1 Set t-e TTS connection mode$

ST TTSC 1 uery for t-e TTS connection mode$

Assume t-at t-e TTS connection mode is set to t-e large+scale mode on t-e >AP t-e IPaddresses of t-e acti!e and stand3y S0;s are #)$#2$4$#(( and #)$#2$($#(4 respecti!ely t-efailure alarm t-res-old of t-e TTS ser!er is 7) t-e !alue of TT* *er"er Fail ou t 'eriod is 4$ T-e command is as follows

ET TT CON: 7M *+= *+, MN 7M"+= 8-2$- $3$- 8, 1 + 7M"+=8-2$- $ $- 38, 7@FCT=52,7@FC+= ;

Assume t-at t-e TTS connection mode is set to t-e small+scale mode on t-e >AP t-e IPaddress of t-e acti!e TTS ser!er is #)$#($#($# t-e port num3er of t-e acti!e TTS ser!er is4()) t-e user name is 'ee!an t-e company name is .uawei t-e se uence num3er is5c!g#(- t-e product name is TTS t-e failure alarm t-res-old of t-e TTS ser!er is 7) t-efailure alarm statistics period is 6$ T-e command is as follows

ET TT CON: 7M *+=N *+, +TT "+=8-2$- $- $-8, +TT +7T=3 22, *NAME=8Ree6an8,CNAME=8H'a)ei8, NO=8 c6(- h8, +NAME= 8TT 8, 7@FCT=52, 7@FC+= ;

!etting the Defau$t 2i$e Path of the TT!

Set t-e default file pat- of t-e TTS$ If a user does not specify any pat-/ use t-e default pat-$

Figure 1&1 Commands

Command Description

SET TTS?P Set t-e default file pat- of t-e TTS$



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ADD 4ANGCFG: AC=-3 3-, 4ANG"D= CH"NE E, MA 4EN=- 2, @7AT"O2=-22, @7AT"O-=-22,@7AT"O =-22, M4=92;

Adding the TT! Con+guration

Add t-e TTS and AS0 configurations$

Figure 1&1 Commands

Command Description

ADD TTSAS0 Add t-e TTS and AS0 configurations$

; D TTSAS0 ;odify t-e TTS and AS0 configurations$

0;" TTSAS0 Delete t-e TTS and AS0 configurations$

ST TTSAS0 uery for t-e TTS and AS0 configurations$

Assume t-at you need to add t-e TTS configuration on t-e "0B 3oard w-ose module num3er is (7($ T-e ma5imum num3er of TTS licenses is ()$ T-e command is as follows

ADD TT A 7: MN= 5 , TT 7@=QE , A 7 7@=NO, @ 7@=NO, DG 7@=NO,TT +7@DE7="NTE7+HON"C, TE T+ATH=8tt te t8, %A@E+ATH=8tt )a68,1 %A@E+ATH=8#ack)a6$)a68, @7"+=8- $-9 $2$ 8, @7"+M =8 55$ 55$ 55$28,CONN7E N*M= 2;

!etting the Defau$t Parameter Va$ues of the TT!

=-en using t-e TTS to produce !oices/ you need to use t-e default parameter !alues if t-especified parameter !alues are incorrect$

Figure 1&1 Commands

Command Description

SET TTSPA0A Set t-e default parameter !alues of t-e TTS$

ST TTSPA0A uery for t-e default parameter !alues of t-e TTS$

Assume t-at t-e default language of t-e "0B 3oard w-ose module num3er is (( is C-inese/and t-e default template is P>T ;$ T-e command is as follows

ET TT +A7A:MN= , 4ANG= CH"NE E, TM+4= +*TOM;

!etting the 5ac.ground 9usic of the TT!

To play 3ac8ground music for t-e TTS/ you need to set t-e 3ac8ground music files$

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Figure 1&1 Commands

Command Description

SET TTSBG; Set t-e 3ac8ground music of t-e TTS$

ST TTSBG; uery for t-e 3ac8ground music of t-e TTS$

Assume t-at t-e TTS of t-e "0B 3oard w-ose module num3er is #)) supports t-e playing of 3ac8ground music t-e pat- of t-e 3ac8ground music file is y O3gmusic$wa! t-e audio mi5ingratio is ()$ T-e command is as follows

ET TT 1GM: MN=-22, 1GM *+= *+, 1GMF=8&:V#(m' ic$)a68, M 7= 2;

!etting the TT!


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E0amp$e of the TT! Con+guration

T-e following is an e5ample for t-e TTS configuration

//Confi('!e the info!mation a#o't the TT e!6e! o that the #oa!d can 0!o6ide the

TT f'nction$ET TT CON: 7M *+= *+, MN 7M"+=8- $-9 $2$ 58, 1 + 7M"+=8- $-9 $2$ 98;

//Confi('!e the .an('a(e info!mation fo! the .oca. te!mina.$ The en(ine name fo!#!oad#and and na!!o)#and e!6ice m' t #e et$ADD TT 4ANG: 4ANG"D=CH"NE E, @F7MT=4"NE%A@E9 , TE TENC=G1> 3- , ENG"NFO=8G H17 8,G1 +*NC=+*NC2>-P+*NC->-P+*NC >-P+*NC3>-P+*NC >-P+*NC5>-P+*NC9>-P+*NC?>-P+*NC >-P+*NC >-P+*NC-2>-P+*NC-->-P+*NC- >-P+*NC-3>-P+*NC- >-;//Confi('!e the 0a!amete! fo! e(mentation$ADD 4ANGCFG: AC=922 -9 , 4ANG"D=CH"NE E, MA 4EN=- 2, @7AT"O2=-22, @7AT"O-=-22,@7AT"O =-22, M4=92;// et the n'm#e! of TT channe. $ADD TT A 7: MN= 5 , TT 7@=QE , A 7 7@=NO, @ 7@=NO, DG 7@=NO,TT +7@DE7="NTE7+HON"C, TE T+ATH=8tt te t8, %A@E+ATH=8tt )a68,1 %A@E+ATH=8#ack)a6$)a68, @7"+=8- $-9 $2$ 8, @7"+M =8 55$ 55$ 55$28,CONN7E N*M= 2;

*"#"1& Con+guring PCC !ervice Data


?igure #$# descri3es t-e procedure for configuring t-e ser!ice data$

Figure 1&1 Procedure for configuring t-e ser!ice data

!tep Description Command# Add t-e ser!ice console module settings$ ADD ; DS0"

( Add t-e ser!ice attri3ute ta3le$ ADD S0"ATT0

4 Add t-e ser!ice 8ey distri3ution data$ ADD S0"


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Adding !ervice 9odu$e !ettings

Figure 1&1 Commands

Command DescriptionADD ; DS0" Add t-e ser!ice console module settings$

0;" ; DS0" Delete t-e ser!ice console module settings$

; D ; DS0" ;odify t-e ser!ice console module settings$

ST ; DS0" uery for t-e ser!ice console module settings$

T-ese commands are used to set t-e corresponding ser!ices supported 3y eac- >AP2#))module$ T-e !alue+added ser!ices supported 3y t-e >AP2#)) include t-e ACD/ ICD/ AP/

I1TESS/ T>A/ and C0BT$ T-ese ser!ices are descri3ed as followsT-e ACD ser!ice is a traditional call distri3ution ser!ice t-at pro!ides t-e agents and I"0flow wit- a single function$

T-e ICD ser!ice is a new call distri3ution ser!ice t-at pro!ides t-e agents wit- multiplefunctions and ser!es t-e ser!ice systems suc- as t-e call processing center$

T-e AP ser!ice is an automatic paging ser!ice t-at ser!es t-e automatic paging center$

T-e I1TESS ser!ice is a ser!ice t-at uses t-e I1TESS protocol and ser!es t-e traditional #%)and #%2 information centers$

T-e T>A ser!ice is used 3y T>A remote agents or IP agents$

T-e C0BT ser!ice is t-e color ring 3ac8 tone ser!ice$

T-e ser!ice console module setting ta3le stores t-e 3asic data of t-e ICD ser!ice$ T-e ser!icenum3ers generated 3y t-is ta3le are used 3y ot-er ta3les$

Adding the !ervice Attribute Tab$e

Figure 1&1 Commands

Command Description

ADD S0"ATT0 Add t-e ser!ice attri3ute ta3le$

0;" S0"ATT0 Delete t-e ser!ice attri3ute ta3le$

; D S0"ATT0 ;odify t-e ser!ice attri3ute ta3le$

ST S0"ATT0 uery for t-e ser!ice attri3ute ta3le$

T-e A%% *#:ATT# command is used to set t-e access code and num3er lengt- of t-eser!ice console$ T-e access code and num3er lengt- are used for intelligent ser!ice num3eranalysis$ ou need to add a call prefi5 t-at is consistent wit- t-e access code 3efore adding t-ecorresponding ser!ice console attri3ute$



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Eac- access code corresponds to a ser!ice num3er t-at records t-e type of t-e ser!ice consolemodule$

Before configuring t-e ser!ice attri3ute ta3le/ run t-e related commands to uery for t-edefined parameters in t-e following ta3les

1um3er analysis ta3le

Ser!ice console module setting ta3le

=-en t-e time delay trigger point and triggering delay set in t-e called num3er analysis ta3le for t-e call prefi5 are inconsistent wit- t-ose set in t-e ser!ice attri3ute ta3le/ t-e system uses t-e delay triggering point and triggering delay set in t-e ser!ice attri3ute ta3le$

Before configuring t-e IPCC ser!ice data/ ma8e sure t-at t-e ;E; module information of t-e CS> orCC> is already configured/ and t-e ;E; module can normally communicate wit- t-e CTI I1AP pu3lic parameters/ module parameters/ and software

parameters/ refer to t-e #AP Parameter Description corresponding to t-e >AP !ersion$

Currently/ t-e only parameter w-ose !alue must 3e c-anged is t-e 1o$P(67 software parameter$ T-e command for c-anging t-e parameter !alue is .,% *F'B %C'245;

:A+CJ0J $ T-e following ta3le descri3es t-e meaning of t-e 1o$P(67 software parameter$

Parameter 4o"

Description

Va$ueRange

Defau$tVa$ue

Remar.s

P(67 Indicates t-e policy for-andling t-efile ser!erfaults$

# Bit )+#7F T-is parameterdetermines w-et-er t-e CDB

3loc8s t-e corresponding mediaresource wor8station w-en a faultoccurs on t-e file ser!er$

) 1o

# es

T-e IPCC system of t-e customer ser!ice center in!ol!es only a small num3er of !oice files$T-e !oice files t-at are played many times will 3e stored to t-e cac-e of t-e "0B 3oard$ Int-is case/ you need to c-ange t-e !alue of t-e 1o$P(67 parameter to 0/ w-ic- indicates t-att-e wor8station c-annel is not 3loc8ed w-en a fault occurs on t-e file ser!er$ T-us/ t-e "0B

3oard can play t-e !oice files stored in t-e cac-e/ and t-e system relia3ility is impro!ed$

?or ot-er parameters/ you can c-ange t-eir !alues according to t-e actual ser!icere uirements$ E5amples are as follows$



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Pub$ic Parameters

1one$

9odu$e Parameters;; command .,% .'#.

Pay attention to t-e module parameters listed in t-e following ta3le$

Parameter 4o"

Description Va$ueRange

Defau$tVa$ue

Remar. s

P24 Indicates t-e num3er of IT>and TCAP state mac-inest-at can coe5ist on t-e >AP$

)+%7747 ()))) +

P2% Indicates t-e num3er ofA1SI TCAP state mac-inest-at can coe5ist on t-e >AP$

)+%7747 ()))) +

Generally/ t-e memory distri3uted to t-e CS> or CC> 3oard on t-e >AP after startup is 2*Z$If plenty of circuits and multimedia users are distri3uted to t-e CS> or CC> for management/more memory is distri3uted to t-e CS> or CC> after startup$ As a result/ t-e CS> or CC>

3oard occupies too muc- memory/ and t-e CS> or CC> 3oard is repeatedly restarted$ Tosol!e t-is pro3lem/ you can c-ange t-e !alues of t-e 1o$P24 and 1o$P2% parameters to reducet-e memory distri3uted to t-e CS> or CC> 3oard after startup$ T-e commands are as follows

MOD M+7M: "D=+ 3, @A4=-22; //N'm#e! of "T* TCA+ tate machineMOD M+7M: "D=+ 9, @A4=-22; //N'm#e! of AN " TCA+ tate machineAfte! the 6a.'e of the mod'.e 0a!amete! a!e chan(ed, fo!mat data and !e ta!t the#oa!d$ Then the memo!& di t!i#'ted to the C * o! CC* #oa!d afte! ta!t'0 i !ed'ced#& a#o't 9W$

!oftware Parameters

;; command .,% *F'

Pay attention to t-e software parameters listed in t-e following ta3le$

Parame

ter 4o"

Descriptio

n

Va$ue

Range

Defau

$tVa$ue

Remar.s

P((% Indicates t-edefault !oice

playingformat of t-e"0B$

+ ( T-e meanings of t-e !alues are asfollows

( (6 < " L

6 %6 < =A"

2 4( < " L

#% A aw

4( ;u aw

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If a call is sent from t-e ;GC to t-e platform and a @ero is added to t-e calling num3er/you can c-ange T3 in t-e 1o$7) software parameter to delete t-e @ero$ T-e c-anged!alue of t-e 1o$7) software parameter is FFF7 $ T-e meaning of T3 is as follows

1"T3: "t indicate )hethe! the *7+ -22 MGC chan(e the ca..in( n'm#e! acco!din(to the add!e nat'!e )hen the ca..ed 0a!t& i a .oca. '# c!i#e! and ha theC"D !i(ht$%hen BIT3 = 1 , a


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*o$tware ( :ersio *o$tware ( A))licatio a d *o$tware 'roduct +i e ( *er"ice a d*o$tware 'ublic ( A ' A % ( 08-A ' ( A. ( A.


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*"& 9;< Data Con+guration

*"&"1 Procedure for Con+guring 9;< DataAs t-e media gateway/ t-e >AP2#)) ;G= pro!ides t-e IP access and t-e speec- pat- accessfor narrow3and ser!ices$ In addition/ narrow3and "0Bs use t-e e5ternal E# ports pro!ided 3yt-e >AP2#)) ;G= as resource c-annels$ T-erefore/ t-e >AP2#)) ;G= data includes t-efollowing items

Basic -ardware data

Data for t-e connection to t-e ;GC

TD; 3earer data re uired 3y t-e "0B

TD; 3earer data re uired for t-e narrow3and interopera3ility wit- t-e PST1

IP 3earer data re uired for t-e interopera3ility wit- t-e 3road3and networ8$

?igure #$# s-ows t-e general procedure for configuring t-e >AP2#)) ;G= data$

())2+#(+)( .uawei Confidential$ 1o disclosure wit-out permission$ Page #7% of (#(


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Figure 1&1 General procedure for configuring t-e >AP2#)) ;G= data

*"&"# Con+guring 'ardware Data

T-e -ardware data of t-e >AP2#)) ;G= includes t-e frame data/ 3oard data/ cloc8 data/and networ8 management interface data$ T-is section pro!ides se!eral rules for configuring 3oards$

Figure 1&1 Board description

5oard4ame

5oardDescription

!$ot Restriction


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5oard4ame

5oardDescription

!$ot Restriction peration &maintenance unit

T-e ;> 3oard is placed infront slots * and 2 in t-e main

control frame$T-e corresponding 3ac8

3oard is t-e 1ET$

#K# 3ac8up

;P> ;ain processingunit

T-e ;P> 3oard is placed infront slots * and 2 in t-eframes ot-er t-an t-e maincontrol frame$

T-e corresponding 3ac8 3oard is t-e 1ET$

#K# 3ac8up

1ET 1etwor8 pac8et

switc- unit

T-e 1ET 3oard is placed in

3ac8 slots * and 2$T-e corresponding front

3oard is t-e ;P> or ;>$

#K# 3ac8up

T1> TD; centralswitc-ing net unit

T-e T1> 3oard is placed in 3ac8 slots % and 9$

T-ere is no restriction onfront and 3ac8 insertion$

#K# 3ac8up

"PB "oice processingunit

T-e "PB 3oard is placed int-e uni!ersal front slot$

T-ere is no restriction on

front and 3ac8 insertion$

oad s-aring

T-e ?"G> is t-e pri!ate "P> 3oard in

t-e "IG networ8ing$



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MOD F7M: FN=-, FNM=8G H17 IMG%8, FD=8G H17 IMG%8;ADD 17D: FN=-, N=2, 1+=F7ONT, 1T=@+*, H1T=@+1, 1 =4OAD HA7E, 1N=2,AD =ACT"@E;ADD 17D: FN=-, N=-, 1+=F7ONT, 1T=@+*, H1T=@+1, 1 =4OAD HA7E, 1N=-,

AD =ACT"@E;ADD 17D: FN=-, N= , 1+=F7ONT, 1T=CM*, H1T=CMF, 1 =ONE1AC *+, 1N=32;ADD 17D: FN=-, N=- , 1+=F7ONT, 1T=H71, H1T=H7*, 1 =ONE1AC *+, 1N=2;ADD 17D: FN=-, N=2, 1+=1AC , 1T=C4 , H1T=C4 , 1 =ONE1AC *+, 1N=2;ADD 17D: FN=-, N=-, 1+=1AC , 1T=C4 , H1T=C4 , 1 =ONE1AC *+, 1N=2;ADD 17D: FN=-, N= , 1+=1AC , 1T=E3 , H1T=E3 , 1 =4OAD HA7E, 1N=2,AD =ACT"@E;ADD 17D: FN=-, N=3, 1+=1AC , 1T=E3 , H1T=E3 , 1 =4OAD HA7E, 1N=-,AD =ACT"@E;ADD 17D: FN=-, N=9, 1+=1AC , 1T=TN*, H1T=TN*, 1 =ONE1AC *+, 1N=-;ADD 17D: FN=-, N=- , 1+=1AC , 1T=E T, H1T=E T, 1 =N*441AC *+, 1N=2;ADD 17D: FN=-, N=-5, 1+=1AC , 1T=E T, H1T=E T, 1 =N*441AC *+, 1N=-;

ET T"ME QC: "NFO=7TC;ET ONE: ONE= ;

*"&"& Con+guring Data for the Connection to the9;C

T-e >AP2#)) ;GC completes call control/ and t-e >AP2#)) ;G= completes ser!ice 3earing$ T-e ;GC and ;G= communicate wit- eac- ot-er 3y using t-e standard mediagateway control protocol .$(62$

Figure 1&1 Procedure for configuring data for t-e connection to t-e ;GC

?igure #$( s-ows t-e relations 3etween t-e 8ey parameters in configuration commands$

())2+#(+)( .uawei Confidential$ 1o disclosure wit-out permission$ Page #%) of (#(


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negotiation mode$ Generally/ t-e first networ8 interface on t-e E2T 3oard is used to 3eart-e .$(62 signaling lin8s$

A default static route must 3e set$ n+site deployment engineers/ -owe!er/ often forgett-is$

?or t-e setting of !irtual media gateways ";G=sF/ one ;G= can support up to #%";G=s and can connect wit- up to #% ;GCs$ T-ese ";G=s s-are one p-ysical;G=$ T-e !alue of . %T=' is always ' $ T-e ;G= ID uses t-e IP a!!ress K Portnum:er format$ T-e !alue of .a & loss ? cou t is 5$ =-en t-e ;G= and ;GC arelocated in a poor networ8 en!ironment/ you need to set t-is parameter$

=-en you set t-e parameters of t-e ";G=/ please ma8e t-e !alue of t-e parameterR0 SI1T" e ual to RT-ree ;inutes $

=-en you add an ;GC/ t-e com3ination of one :. % and one . % identifiesonly one connection 3etween t-e ;G= and ;GC$ T-e ;G= must 3e in ;aster state$

=-en you add an .$(62 signaling lin8/ use >DP as t-e transfer protocol$

T-e .$(62 parameters are optional$ ou can use t-e default !alues for t-ese parameters$T-at is/ select t-e A#= coding sc-eme and t-e %' transfer protocol for t-e>AP2#)) application$


ADD "+ADD7: 1T=H71, 1N=2, "FT=ETH, "FN=2, "+ADD7=8- $-9 $2$ 2-8,MA =8 55$ 55$ 55$28, D T"+=82$2$2$28;MOD "+"F: "FT=ETH, 1T=H71, 1N=2, "FN=2, MT*=-522, ENA14E=QE , DE +=8Ethe!net"nte!face8, +EED=M-22, D*+4E =F*44, A*TH=NONE, T"MEO*T=3, C7C4EN=1"T 3 ,

EE+A4"@E=-2, A*TONEGO=QE , @ENA14E=NO, @"D=9, "F TAT=QE , EN7ATE=NO, 7ATE=-2222,EN+OE=NO;ADD 7O*TE: 1T=H71, 1N=2, D T"+=8- $-9 $2$ 228, D TMA =8 55$ 55$ 55$28,7TTQ+E=NE THO+, +7EF=92, F4AG=NO7MA4, NE THO+=8- $-9 $2$ 228;//)hen the H71 i

' ed to t!an fe! me a(e in a cent!a.i


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=-en you run * T 1',#T to set t-e frame format/ ma8e sure t-at t-e frame format is consistentwit- t-at at t-e peer end$ T-e frame format of t-e E4( 3oard for connecting e5ternal trun8s must 3e

consistent wit- t-at in t-e peer office$ T-e frame format of t-e E4( 3oard for connecting internaltrun8s must 3e consistent wit- t-at of t-e E0I 3oard$ If t-e C0C function is disa3led on t-e E0I

3oard/ t-e frame format must 3e D >B EM?0A;E$ If t-e C0C function is ena3led on t-e E0I 3oard/ t-e frame format must 3e C0C6M;> TI?0A;E$

If t-e frame formats at t-e two ends are inconsistent/ t-e E# T# remote alarm occurs on t-e ;G=$

*etti g t/e *%? ter$ace Attributes

Date post:	13-Apr-2018
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TopEng IPCC Deployment Guide V1.6

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