Is #60GHz dead? As far as indoor WiFi is concerned I would say -yes- but certainly not for PtP and PtMP WISP applications. Radios with ch.5 and 6 (outside the o2 absorption range) are getting 10+km 1+gbps for a fraction of the cost of 70/80GHz licensed.
The lack of backward compatibility with #WiFi6e makes for an entirely different animal than previous GEN WiFi. To truly support all devices in both bands without compromising performance, TRI-radio AP's will be required.
If you're having problems with a Windows 10/11 laptop connecting to WiFi6/6e AP's you may need to update the drivers. It's probably not the AP. @CWNP https://t.co/j3irVUU3Hm
@EmperorWiFi It's odd there is so little info on Havana Syndrome. No frequency, just vaguely says "microwaves". Certainly weird stuff! https://t.co/gVtjxrUbUd
@Cubist877@60ghz Typical power of 60GHz 802.11ad or 802.11ay radios are 20dBm (100 milliwatts) or less. The speed comes from really wide RF channels. Channels can be 2.16 or 4.32GHz wide or even more.
@KeithRParsons If it's just one building needing 20MHz channels, how many AP's are there? What about setting manually 5GHz channels just for those AP's?
@grcate@scottm32768 I think it could. All antennas have nulls. An example, there is a huge null directly under a vertical omni. I can see rotating antennas horizontally for a 2 story house may help. Moving an antenna just a few degrees can move a -20dB null. We will have to see on this one.