This thread has been locked for further replies. You can start a new thread to share your ideas or ask questions.big random lags! eap linux controller + 2 eap330 and 12 eap245 Hotel wifi
This thread has been locked for further replies. You can start a new thread to share your ideas or ask questions.
Re:big random lags! eap linux controller + 2 eap330 and 12 eap245 Hotel wifi
This is from:
www.revolutionwifi.net/revolutionwifi/2013/03/safely-using-80-mhz-channels-with.html
You designate primary 20 MHz channels so that it results in non-overlapping 40 MHz channels. If you're in the U.S. you can't use 40 MHz channels 118 and 126 ( due to TDWR restrictions), so this results in 10 non-overlapping channels. If you're in the UK/EU you can't use 40 MHz channels 151 and 159 ( due to Band C licensing), so this also results in 10 non-overlapping channels.
Remember that administrators only configure the primary 20 MHz channel, and the primary 40 MHz and 80 MHz channels are dynamically assigned by the AP. I provide a deeper explanation in my post on 802.11ac Channel Planning. In this graphic, primary channels at various channel widths are denoted with gray and dotted-gray shading.
This is fro meraki cisco:
For a deployment example where DFS is disabled and channel reuse is required, the below diagram shows 4 channels being reused in the same space. When channel reuse cannot be avoided, the best practice is to separate the access points on the same channel as much as possible.
www.revolutionwifi.net/revolutionwifi/2013/03/safely-using-80-mhz-channels-with.html
You designate primary 20 MHz channels so that it results in non-overlapping 40 MHz channels. If you're in the U.S. you can't use 40 MHz channels 118 and 126 ( due to TDWR restrictions), so this results in 10 non-overlapping channels. If you're in the UK/EU you can't use 40 MHz channels 151 and 159 ( due to Band C licensing), so this also results in 10 non-overlapping channels.
 |
| 802.11ac Non-Overlapping 40 MHz Channels |
Remember that administrators only configure the primary 20 MHz channel, and the primary 40 MHz and 80 MHz channels are dynamically assigned by the AP. I provide a deeper explanation in my post on 802.11ac Channel Planning. In this graphic, primary channels at various channel widths are denoted with gray and dotted-gray shading.
This is fro meraki cisco:
For a deployment example where DFS is disabled and channel reuse is required, the below diagram shows 4 channels being reused in the same space. When channel reuse cannot be avoided, the best practice is to separate the access points on the same channel as much as possible.
