Hey guys,
I ran into a little problem over the weekend while I was attempting to
make our wireless network redundant.
We run a WPA/TKIP encryption with EAP-TTLS/PAP authentication
environment. We have a total of 10 Cisco lwapp controllers which are
connected to 1 Cisco 6500 (fiber is lit)
Or does anyone know how to get the two routers to share the dhcp
DB/binding tables?
Jorge Bodden wrote:
Hey guys,
I ran into a little problem over the weekend while I was attempting to
make our wireless network redundant.
We run a WPA/TKIP encryption with EAP-TTLS/PAP authentication
Is anyone using a turnkey web application that allows students to change
their WiFi login password in Active Directory? I was going to contract
someone to design a password change webpage for us but I wanted to know
if there is something already out there.
Scott Ciliberti, Director of IT
I always understood that 802.11G provides connection rates of 54 meg. but
realistically has usable throughput of ~24meg. Also, if a B radio
associates to a G AP then the usable throughput drops to ~8 meg. I was
advised today that, due to recent enhancements (within the last year?), a
B user
If there's a B user in the cell, the *control* traffic needs to be at B
rates.
During time slices given to G clients, it's not necessary that the *data*
traffic
be understandable by the B client
David Gillett
_
From: Jamie Savage [mailto:[EMAIL PROTECTED]
Sent: Tuesday, June
James,
I've tested this theory with a B client and a G client on the same AP
and the B client works at B speeds and the G client works at G speeds.
We tested on both Cisco Aironet and Cisco LWAPP and both yielded the
same results. Someone out there may have had different results, but it
On Jun 19, 2007, at 14:36, Jorge Bodden wrote:
James,
I've tested this theory with a B client and a G client on the same
AP and the B client works at B speeds and the G client works at G
speeds. We tested on both Cisco Aironet and Cisco LWAPP and both
yielded the same results. Someone
Debbie's tests, results, and explanation roughly match our own.
With mixed b/g clients the maximum aggregate throughput with most systems
will be in the lower teens.
From a previous WIRELESS-LAN posting:
==
Mixed mode is real problem. On downstream tests we saw performance drop
55 to 65%, from
