They just had like 100 APs and well configured roaming. I guess they carefully managed power levels and channels of each AP.
It's not much different from 4G mobile data working well at musical festivals with thousands of visitors.
IME from where I live, mobile data work well even when standing in the middle of protests of 10k people (many of them live streaming on FB and Instagram, sending selfies and photos and videos...). 100k becomes a problem though.
I'd love to see this done right, The only company I've seen go close was using ubiquity hardware and they had custom engineering work done to make it work well.
I'd -read- the shit out of the book if someone wrote it.
> It's not much different from 4G mobile data working well at musical festivals with thousands of visitors.
I promise sincerely that this is the kind of naivity that I was referring to.
A single cell site has something like 36 "TRXs" (this is independent of 3/4g), but with 4G due to the fact there is better collision avoidance and a lot of work on the trailing and leading edges inferring meaning: you can have 36 calls without increased latency.
It doesn’t, but it matters when you extrapolate and generalize that Wi-Fi is more than fine for most if not all the people ( even if that wasn’t you intention )
It's not much different from 4G mobile data working well at musical festivals with thousands of visitors.
IME from where I live, mobile data work well even when standing in the middle of protests of 10k people (many of them live streaming on FB and Instagram, sending selfies and photos and videos...). 100k becomes a problem though.