06-11-2011 12:05 PM - edited 03-14-2019 08:03 AM
Hello,
I am preparin a design forone of our customers who is intested to have a DR side and the agents in a remote site , what i need is :
1- What is the minimum bandwidth and dealy required for the private connection between the two sites.
2- what is the mimum bandwidth and dealy required for the remote agents to work proporely in the remote site.
Amer
Solved! Go to Solution.
06-12-2011 04:02 PM
It's all in the SRND, I would read through it to confirm you don't miss anything:
Unified CCE Central Controllers (Routers and Loggers) require a separate network path or link to
carry the private communications between the two redundant sites. In a non-distributed Unified CCE
model, the private traffic usually traverses an Ethernet crossover cable or LAN connected directly
between the side A and side B Unified CCE Central Controller components. In the distributed
Unified CCE model, the private communications between the A and B Unified CCE components
travel across a dedicated link with at least as much bandwidth as a T1 line.
Latency across the private separate link must not exceed 100 ms one way (200 ms round-trip), but
50 ms (100 ms round-trip) is preferred.
Remote agent broadband bandwidth requires a minimum of 256 kbps upload speed and 1.4 Mbps
download speed for ADSL, and 1 Mbps download for Cable. Before actual deployment, make sure
that the bandwidth is correct. If you are deploying Cable, then take into account peak usage times.
If link speeds fall below the specified bandwidth, the home agent can encounter voice quality
problems such as clipping.
Remote agent round-trip delay to the Unified CCE campus is not to exceed 180 ms for ADSL or 60
ms for Cable. Longer delay times can result in voice jitter, conference bridge problems, and delayed
agent desktop screen pops.
david
06-12-2011 04:02 PM
It's all in the SRND, I would read through it to confirm you don't miss anything:
Unified CCE Central Controllers (Routers and Loggers) require a separate network path or link to
carry the private communications between the two redundant sites. In a non-distributed Unified CCE
model, the private traffic usually traverses an Ethernet crossover cable or LAN connected directly
between the side A and side B Unified CCE Central Controller components. In the distributed
Unified CCE model, the private communications between the A and B Unified CCE components
travel across a dedicated link with at least as much bandwidth as a T1 line.
Latency across the private separate link must not exceed 100 ms one way (200 ms round-trip), but
50 ms (100 ms round-trip) is preferred.
Remote agent broadband bandwidth requires a minimum of 256 kbps upload speed and 1.4 Mbps
download speed for ADSL, and 1 Mbps download for Cable. Before actual deployment, make sure
that the bandwidth is correct. If you are deploying Cable, then take into account peak usage times.
If link speeds fall below the specified bandwidth, the home agent can encounter voice quality
problems such as clipping.
Remote agent round-trip delay to the Unified CCE campus is not to exceed 180 ms for ADSL or 60
ms for Cable. Longer delay times can result in voice jitter, conference bridge problems, and delayed
agent desktop screen pops.
david
06-13-2011 10:33 PM
Hello David,
Thanks for the answers , i do have a small thing i would like to discuss.
About the private interface it is fine , i am worried about the agents in the remote site , i have almost 70 agents in the shift , is there some kind of calculation to based the needed connection on the number of agents like every agent needs X mb or something ?
Amer
06-15-2011 07:39 AM
I've not seen anything about a remote office and their bandwidth requirements. Most of what I've seen centers around remote agents (as being at home). I'm sure there's something in the SRND about it. My experience with remote agents are if the voice doesn't have any problems, then the data should be fine as well. CTIOS or CAD aren't that intense when it comes to bandwidth, it's the web browsing, email, etc that eats up your pipe.
david
06-16-2011 10:25 AM
Thanks david.
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