Specifications

154 IBM Voice Over Frame Relay Perform Guide
Step 4: Define Call Translation Rule.
Table 70. Meaning of Call Trans 0 0 Mod 1 2 1 1 3
Configuration Steps of Circuit Group
Step 1: Create circuit Group 1 between 9783 Tokyo and 9783 Osaka.
Step 2: Define the max speed.
Step 3: Define inbound table number 0 for circuit group 1.
Step 4: Connect circuit 1 to remote Osaka 9783 node id 0.0.0.10.
Step 5: Define sub-DLCI 4 as process sub-DLCI.
Step 6: Define sub-DLCIs 5, 6, 7 as payload (voice) sub-DLCI. Having only
subchannels 5, 6 and 7 means that only three calls will be allowed through the
Circuit Group between Tokyo and Osaka using DLCI 16. It is possible to design
the total voice traffic volume using only the number of payload subchannels. If
there are too many voice calls and voice traffic is greater than the number of calls
designed, all voice calls will be of poor quality.
Value Meaning
0 Translation table number (usually 0)
0 Translation table case number
1 Source addr match rule table entry
5 Destination addr match rule table entry
2 Route table entry
1 Source addr match table entry
3 Destination addr output rule entry
Local> call trans 0 0 mod 1 5 2 1 3
Local:TRANS-RULE> OK
Local> call trans 0 1 mod 1 4 1 1 4
Local:TRANS-RULE> OK
Local> call trans 0 2 mod 1 3 3 1 4
Local:TRANS-RULE> OK
Local> cir 1 create
Local:CIR-GRP-CREATE> OK.
Local> cir 1 max 64000
Local:CIR-GRP-CIR> OK
Local> cir 1 inbound 0
Local:CIR-GRP-RULE> OK
Local> cir 1 connect 0.0.0.10
Local:CIR-GRP-NODE> OK
.Local> cir 1 add proc a2:16:4
Local:CIRCUIT-ADD-CIR> OK