11-27-2014 08:51 PM
11-27-2014 10:05 PM
11-27-2014 11:17 PM
For now, they accept this "workarround", but just asking, is there any other way to achieve "band steering" without band steering feature.
11-27-2014 11:21 PM
Is client match on or off ?
if client match is on, it's using CM bandsteer, slightly different behaviour than legacy bandsteering, in so far as it's aware of the device type. I recall hearing that we may have made a change to CM for iOS8, I need to search for it now.
one way you can help devices to bandsteer themselves, is to make sure that the arm min/max power is set to make 5ghz always strong.
What is the current ARM min/max power and is the 11g radio profile using a different ARM profile than the 11a radio profile ?
11-27-2014 11:32 PM
The os 126.96.36.199, don't have CM yet.
I will suggest them to update the controller asap.
The arm profile is still using default profile.
Will try your suggestion in my labs, and report the result here.
Please do tell when you found the update for CM, as you mentioned before.
11-28-2014 12:55 AM - edited 11-28-2014 01:20 AM
ah, sorry i misread that as 188.8.131.52.... Client match does tend to handle iOS devices a little better than the older bandsteering, you can test in your lab and see.
If you have high or medium density of APs, then you can try the following which is trying to achieve two things:
1. when in the usual range of the AP, the 5GHz signal is always strongest by a decent margin
2. tx power between APs is more even - this will help with sticky clients and roaming (not related to your issue specifically, but it will help)
> create two new ARM profiles, call one of them arm-g and one arm-a
> ensure the max tx power for the 11g arm profile is less than the min tx power for 11a arm profile, preferably by 3dB at least
> enure the difference between min and max tx power is not more than 6dB
11g min-tx-power 12 , max-tx-power 18
11a min-tx-power 21 , max-tx-power 127
** Warning ** these are just example values and need to be fine tuned a bit depending on the environment, if there are clients that are on the coverage edge and you go and reduce 2.4ghz max tx power, then this will cause them issues.
*edit* this also assumes you have a device population that is predominantly 5ghz capable