OmniPCX Enterprise
INSTALLATION PROCEDURE FOR VERSION
J1.410.34.c – RELEASE 10.0
Ed. 02 / 22 June 2011 25 TC1449
Support of transit function (4) Support of direct RTP function
LIO P/B/X COMP6 (1) (2) No Not applicable
LIO P/B/X COMP2 (2) Yes Not applicable
LIOE (3) No No
INTIP or INTIP2 Yes Yes
GD or GA No Yes
GD3, GA3 or INTIP3 No Yes
(1) The LIO P/B/X-COMP6 board is not compatible in R6.x and R7.x. It is not authorized in a
network with INTIP or GA/GD.
(2) The LIOP/B/X boards are supported by Release 7.1 but can no more be configured for addition
or for new installation.
(3) The LIOE board is no more authorized in heterogeneous network.
(4) There is no transit in G711 but packetization/depacketization.
7.2 Delay (in one direction) introduced by IP gateways
In G711: Average delay of 100 ms for GD/GD2/GA/GA2/INTIP/INTIP2
Average delay of 71 ms for GD3/GA3/INTIP3
(60 ms for an IP Phone (e-Reflexes/ series 8))
In G729: Average delay of 120 ms for GD/GD2/GA/GA2/INTIP/INTIP2
Average delay of 72 ms for GD3/GA3/INTIP3
(70 ms for an IP Phone (e-Reflexes/ series 8))
In G723: Average delay of 150 ms for GD/GD2/GA/GA2/INTIP/INTIP2
Average delay of 95 ms for GD3/GA3/INTIP3
(90 ms for an IP Phone (e-Reflexes/ series 8))
In addition to the here above mentioned full NGP and full "GD/INTIP" configurations, the mixed case
between a GD3/GA3/INTIP3 board and a GD/GD2/GA/GA2/INTIP/INTIP2 board will introduce the
following one way average delay:
In G711 In G729 In G723
85 ms 93 ms 130 ms
Transit: approx. 20 ms (there is no transit in G711)
Note: All the figures given for the delay have been measured in a case without background noise
and IP disturbance.
7.3 Delay (in one direction) from an IP Phone towards a set behind ACT or eMG
For GD/GD2/GA/GA2/INTIP/INTIP2 boards:
In G711 In G729 In G723
approx. 80 ms approx. 100 ms approx. 120 ms
To Next Page
Loading...
Need help?
General
