Concurrent Transmission Of Voice And Data - HP FlexNetwork MSR Series Configuration Manual

[RouterA-voice-dial] entity 9 vofr
[RouterA-voice-dial-entity9] match-template 9
[RouterA-voice-dial-entity9] call-mode static
[RouterA-voice-dial-entity9] address vofr-static serial 2/0 100 6
[RouterA-voice-dial-entity9] trunk-id 0101001
[RouterA-voice-dial-entity9] quit
# Configure the local POTS entity (0101001).
[RouterA-voice-dial] entity 1001 pots
[RouterA-voice-dial-entity1001] match-template 0101001
[RouterA-voice-dial-entity1001] line 3/0
2. Configure Router B:
# Create a new frame relay class VoFR and set the maximum amount of voice bandwidth.
<RouterB> system-view
[RouterB] fr class vofr
[RouterB-fr-class-vofr] voice bandwidth 32000 reserved
[RouterB-fr-class-vofr] quit
# Enter interface Serial 1/0 view and configure the encapsulation format.
[RouterB] interface serial 1/0
[RouterB-Serial1/0] link-protocol fr ietf
# Enter DLCI 100 view and set the frame relay class to VoFR for DLCI.
[RouterB-Serial1/0] fr dlci 100
[RouterB-fr-dlci-Serial1/0-100] fr-class vofr
# Specify the call control protocol to be used by DLCI 100 as Huawei-compatible (DTE).
[RouterB-fr-dlci-Serial1/0-100] vofr huawei-compatible dte
[RouterB-fr-dlci-Serial1/0-100] quit
[RouterB-Serial1/0] quit
# Configure the VoFR entity (8) for the FRF.11 trunk.
[RouterB] voice-setup
[RouterB-voice] dial-program
[RouterB-voice-dial] entity 8 vofr
[RouterB-voice-dial-entity8] match-template 8
[RouterB-voice-dial-entity8] call-mode static
[RouterB-voice-dial-entity8] address vofr-static serial 1/0 100 6
[RouterB-voice-dial-entity8] trunk-id 07552001
[RouterB-voice-dial-entity8] quit
# Configure the local POTS entity (07552001).
[RouterB-voice-dial] entity 2001 pots
[RouterB-voice-dial-entity2001] match-template 07552001
[RouterB-voice-dial-entity2001] line 2/0
[RouterB-voice-dial-entity2001] send-number all

Concurrent transmission of voice and data

Network requirements
As shown in
communicates with Telephone B (0755-2001), which is attached to voice Router B in City B over a
frame relay network. The PC in City A and the server in City B transmit data through these two
routers.
Figure 104, Telephone A (010-1001) attached to voice Router A in City A directly
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