Best Practice is to consult with your local Ruckus VAR or Systems Engineer about your design. Your hotel environment and building construction matter to RF signal propgation, and your AP choice too. You typically DO want to use all 2.4g radio bands, 1-11, and only 1/6/11 exclusively if you have very old equipment that cannot use all channels. How you place your APs should be determined by how many rooms/clients you expect, depending on how many floors in the hotel, outdoor needs like a pool area/parking lot coverage. Typically, yes, leave your APs on full power, and allow the controller to adjust AP power/channel, will be best for the most clients. Many hotels will have an indoor Hospitality AP for each 4 rooms, like the H510, and mesh them to a bigger AP, like R510/610 that are staggered on alternate walls between floors (not all in a line down the hall, same on every floor!). But these are just a few thoughts about your questions, and more discussion with your local VAR/SE would be my best practice advice.
Hi Michael, thanks for the reply. I just wanted to know the theory of why Ruckus recommends using all the channels in the 2.4GHz more than anything. I can kind of understand the theory behind leaving the Tx power on full as it makes use of the Beamflex/antenna array system. Thanks
I'm glad you understand BeamFlex, how we direct tx/rx antenna pairs to the client's last known location, not sending energy in other directions that could interfere/reduce throughput for others. The concept of ChannelFly (use all 1-11 2.4g channels instead of just 1/6/11) versus Background scanning (the default), is with regard to overlapping channels and center frequencies, where the highest part of the parabola is seen. Yes, channels 1/6/11 do NOT overlap at all, and therefore you get/expect full bandwidth/throughput. But with many APs all using these same channels near each other, they can cause same-channel interference and slightly reduce the throughput. With ChannelFly using in-between channels too, the level of near AP interference is reduced, different parabola peaks, not so much overlap, so you get better throughput on the 1/6/11 and also in-between channels, for expected 33% better overall client connections. I hope this is helpful.