Great presentation. Sounds like it’s a solution in search of a problem. What is one thing that Wi-Fi 6E does that Wi-Fi6 cannot? I think that would be a good topic. My initial observations are that Wi-Fi6E does provide something that Wi-Fi 6 does not and that is for outdoor Wi-Fi because a lot of 5 GHz is saturated but this is not really an issue for indoor Wi-Fi. So working in the wisp industry I see Wi-Fi6E being more useful for point-to-point in point multipoint outdoor applications than indoor as far as it being some sort of game changer. 6 GHz indoors doesn’t do anything that 5 GHz doesn’t already do.
Gracias from Texas 👍
Great presentation. Sounds like it’s a solution in search of a problem. What is one thing that Wi-Fi 6E does that Wi-Fi6 cannot? I think that would be a good topic. My initial observations are that Wi-Fi6E does provide something that Wi-Fi 6 does not and that is for outdoor Wi-Fi because a lot of 5 GHz is saturated but this is not really an issue for indoor Wi-Fi. So working in the wisp industry I see Wi-Fi6E being more useful for point-to-point in point multipoint outdoor applications than indoor as far as it being some sort of game changer. 6 GHz indoors doesn’t do anything that 5 GHz doesn’t already do.
It's not so much that it is different, is that there is now a lot more RF bandwidth allowed. 5GHz had it, but most of it was blocked with DFS.