Avaya 555-245-600 IP Phone User Manual


 
Traffic engineering
210 Avaya Application Solutions IP Telephony Deployment Guide
Table 35 implies that three TN2302AP IP Media Processor circuit packs should be used in Site
1 (Atlanta), and two should be used in Site 2 (Boston). Table 36
implies that the media
processing resources on the two G350 Media Gateways in Site 3 (Cleveland) are easily
sufficient. The required number of port networks, MGs, and media processing resources for
Example 5: TDM and media processing usage
is summarized in Table 37: TDM and Media
Processing Requirements for Example 5: TDM and media processing usage on page 210.
TN2602AP IP Media Resource 320 differs from TN2302AP IP Media Processor both in capacity
and regarding the degree of sensitivity to compression and encryption. While the capacity of a
TN2302AP board is 64 simultaneous bidirectional, uncompressed, unencrypted connections, a
TN2602AP board can be administered to support either up to 80 or up to 320 simultaneous
bidirectional, uncompressed, unencrypted connections. Furthermore, while the capacity of a
TN2302AP board is decreased when compression and/or encryption is used, the capacity of a
TN2602AP board is not. Table 38
summarizes the media processing capacities of the
TN2302AP and TN2602AP circuit packs.
Table 37: TDM and Media Processing Requirements for Example 5: TDM and
media processing usage
Site TDM Requirement Media Processing Requirement
1 1 PN 3 TN2302AP boards
2 1 PN 2 TN2302AP boards
3 The 2 G350 MGs
are sufficient
The on-board VoIP resources on
the 2 G350 MGs are sufficient
Table 38: Maximum number of simultaneous media processor connections
Connection Type
Supported by
Single
G250
Mother
board
Single
G350
Mother
board
Single G700
Motherboard
(DAF-1), or a
Single Extra
VoIP card for
G700 (MM760)
Single
TN2302AP
Board
Single
TN2602AP
with
Maximum
Licensed
Capacity of
80
Single
TN2602AP
with
Maximum
Licensed
Capacity of
320
Un-
encrypted
G.711
10 32
1
64 64 80 320
G.729
10 16 32 32 80 320
G.723
10 16 32 32 NA NA
G.726
10 16 32 NA 80 320
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