4.2        D-Channel, Routes and Trunks

Avaya Communication Server 1000E Call Server utilizes D-channel and associated Route and Trunks to communicate with the Signaling Server and PSTN.

4.2.1        D-Channel Configuration

From CS1000 Element Manager

Navigation: Routes and TrunksaD-Channels

4.2.1.1         Add DCH to ISDN Gateway

1.       As there is no DCH programmed in the system, a pop-up window appear to prompt add DCH, click “OK”.

Figure 13: D-Channel Configuration-1

2.       Choose a D-Channel Number: select 11 from drop-down menu.

3.       Click “to Add”

Figure 14: D-Channel Configuration-2

4.       Set D channel Card Type: TMDI

5.       Set Media Gateway Card: 0 1 3

6.       Set User: PRI

7.       Set Interface type for D-channel: NI2

8.       Set D-Channel PRI loop number: 11

9.       Set Release ID of the switch at the far end: select 25 from drop- down

10.   Leave all other fields as default, click “Submit”.

Figure 15: D-Channel Configuration-3

4.2.1.2         Add Virtual DCH to Signaling Server.

1.       Choose a D-Channel Number: select 15 from Drop-down, then click “to Add”

Figure 16: D-Channel Configuration-4

 

 

 

2.       Set D channel Card Type: DCIP

3.       Set Interface type for D-channekl: SL1

4.       Set Meridian 1 node type:USR

5.       Set Release ID of the switch at the far end:select 25 from drop-down

6.       Set Signaling server resource capacity:1800

7.       Leave all other fields as default and click “Submit”

Figure 17: D-Channel Configuration-5

4.2.2        Add Routes and Trunks

Navigation: Routes and TrunksaRoute and Trunks

Figure 18: Route & Trunk Configuration-1

 

 

 

 

 

4.2.2.1         Add DID route and trunks to ISDN gateway

1.       Set Route number (ROUT): select 11 from drop-down

2.       Set Trunk type (TKTP): DID

3.       Set Incoming and outgoing trunk (ICOG): IAO

4.       Set Access code for the trunk route (ACOD): 7011

5.       Set Digital trunk route (DTRK) :checked

6.       Integrated services digital network option (ISDN): checked

a.       Digital trunk type (DGTP): PRI

b.      Mode of operation (MODE): PRA

c.       Interface type for route (IFC): NI2

7.       Leave all other fields as default and then “Save”

Figure 19: Route & Trunk Configuration-2

8.       Click “Add trunk” under Routes and Trunk.

Figure 20: Route & Trunk Configuration-3

 

 

9.       Set Multiple trunk input number: 23

10.   Set Terminal number: 11 1

11.   Set Member number: 1

12.   Set Start arrangement Incoming: OWK

13.   Set Start arrangement Outgoing: OWK

14.   Leave all other fields as default and “Save”

Figure 21: Route & Trunk Configuration-4

4.2.2.2         Add Virtual TIE route and trunks to Signaling Server

1.       Set Route number (ROUT): 10

2.       Set Trunk type (TKTP): TIE

3.       Set Incoming and outgoing trunk (ICOG): IAO

4.       Set Access code for the trunk route (ACOD): 7088

5.       Confirm ‘the route is for a virtual trunk route (VTRK)’: checked

6.       Confirm Integrated services digital network option (ISDN): checked

a.       Zone for codec selection and bandwidth management (ZONE): 1

b.      Node ID of signaling server of this route (NODE)

c.       Protocol ID for the route (PCID): SIP

d.      Mode of operation (MODE): ISLD

e.      D channel number (DCH): 15

f.        Interface type for route (IFC): SL1

7.       Click “Save”

Figure 22: Route & Trunk Configuration-5

8.       Click “Add trunk” for route 10.

9.       Set Multiple trunk input number: 8

10.   Set Trunk data block: IPTI

11.   Set Terminal number: 100 0 1 0

12.   Set Start arrangement Incoming: IMM

13.   Set Start arrangement Outgoing: IMM

14.   Set Channel ID for this trunk: 1

15.   Click “Save”.

Figure 23: Route & Trunk Configuration-6