Rick,

What are you doing for Wii users?  The last time I checked they required the 
lowest G speeds in order to associate.  Please tell me they fixed it with a new 
code release for the Wii’s….

http://www.networkworld.com/community/blog/dropping-legacy-80211-support-your-infrastruc



Jeremy


From: The EDUCAUSE Wireless Issues Constituent Group Listserv 
[mailto:WIRELESS-LAN@LISTSERV.EDUCAUSE.EDU] On Behalf Of Rick Brown
Sent: Thursday, May 26, 2011 2:07 PM
To: WIRELESS-LAN@LISTSERV.EDUCAUSE.EDU
Subject: Re: [WIRELESS-LAN] Dual radio APs, .11n on 2.4ghz radios or not?

Craig,

Enabling N on the 2.4 is not a lost cause and will help improve performance if 
the coverage has been designed properly.  As of June 1st we are disabling 11B 
and all 11G rates below 12Mbps.

In order to help steer people to the 5Ghz band we have created an SSID that is 
only broadcast in that band and publicized it as higher performance.

Rick




On 5/26/2011 2:22 PM, Craig Simons wrote:

Design question for you all:



Currently we have b/g enabled on our 2.4ghz radios and a/n on our 5ghz radios 
as carrot to entice users to buy/use a 5ghz capable wireless adapter. However, 
even with band preferencing enabled (or steering depending on the vendor), we 
still have a 75/25% split of 2.4 to 5 users.



So my question is this, is there any point of enabling .11n on the 2.4 radio 
given that it will be in protection mode most of the time? As I can't really 
enable channel bonding on the 2.4 band to get the real speed increases of .11n, 
will users still get better performance overall. More importantly, would I get 
better performance in a user dense environment (more packets transmitted by 
.11n clients in the same time-slice thereby freeing up the channel for other 
clients, etc)?



I'm of the opinion that guaranteeing great wireless performance is a lost cause 
on the 2.4 band, but I'd like to tweak as many things as possible to get the 
best performance in dense areas.



Regards,

 Craig



--------------------------------------

Craig Simons

Network Operations

Simon Fraser University

Burnaby BC, Canada

em. craigsim...@sfu.ca<mailto:craigsim...@sfu.ca>

ph. 778-782-8036

ce. 604-649-7977

tw. twitter.com/simonscraig

--------------------------------------



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