We've been running the Draytek 2950G for a few weeks now and the client is very happy with the results. It balances the load between the 2 WAN ports much better than the prior NetGear router did.
Here's a screen shot of the Data Flow Monitor during a large file transfer:
And this is the NAT table showing the internet sessions split between the 2 WAN ports. Since WAN port 1 is 12 Mb/s download compared to 1.5 Mb/s for WAN port 2 it allocates more traffic to WAN port 1.
This router is a great way to combine 2 low cost internet data lines for load balancing and fail over/redundancy. A Rogers Business Cable line for $99/month plus a Teksavvy high-speed DSL line for $69/month should provide lots of capacity and reliability for most medium sized offices.
Interlock IT Inc. - moving businesses to the cloud since 2009
Showing posts with label Load Balancing. Show all posts
Showing posts with label Load Balancing. Show all posts
Wednesday, February 3, 2010
Friday, January 22, 2010
First Impression: DrayTek Vigor2950G Dual Wan Router
After much research we recently installed the Draytek Vigor2950G Dual Wan Router for a client to replace their NetGear FVS336G. I'm impressed by its functionality and sophistication for $475 USD. The NetGear's load balancing was simplistic and couldn't properly utilize the combined bandwidth of the customer's T1 line and Rogers Cable modem.
All of the customer's software applications are cloud computing based so our goal is to provide redundancy, yet still utilize all the bandwidth available for better performance. We also wanted stronger QoS for consistently clear phone calls over Voip.
We configured the Draytek to allocate up to 75% of the T1 line to Voip/SIP calls. The 75% can still be used by other traffic but only when it isn't needed for Voip.
There are certainly more expensive firewalls/routers with the same functionality. So far it's working great. I'll post again after we've had more time to put it through it paces.
All of the customer's software applications are cloud computing based so our goal is to provide redundancy, yet still utilize all the bandwidth available for better performance. We also wanted stronger QoS for consistently clear phone calls over Voip.
We configured the Draytek to allocate up to 75% of the T1 line to Voip/SIP calls. The 75% can still be used by other traffic but only when it isn't needed for Voip.
There are certainly more expensive firewalls/routers with the same functionality. So far it's working great. I'll post again after we've had more time to put it through it paces.
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