To put it more descriptively, when you do industrial scale WiFi, you’re supposed to design out the network during the blueprint stage, then go through with a signal analyzer to map out the radio properties when it’s time to install the telecom
You can put an access point in every room or every 30 feet, and tune them to work seamlessly without interference. You can do the same with cell signals too. They even make cables that are also the antenna - they’re cut with gaps in the shielding, so you can get perfect coverage inside an iron maze if you wanted to
It’s all just a matter of cost… It’s not cheap, but a few million dollars is just a line item at that scale
Sounds like bad WiFi design not building design.
Bad building layout could cause multipath issues though.
Shit where I work the cell service is terrible inside the building but the moment you walk outside the building it’s perfect
Our building has a wavy metal roof and wavy metal siding
Edit: Spleling
LoL mroe spleling.
This is what mimo uses to speed things up.
Yeah, whoever designed radio waves wasn’t thinking about the potential for creative architecture!
To put it more descriptively, when you do industrial scale WiFi, you’re supposed to design out the network during the blueprint stage, then go through with a signal analyzer to map out the radio properties when it’s time to install the telecom
You can put an access point in every room or every 30 feet, and tune them to work seamlessly without interference. You can do the same with cell signals too. They even make cables that are also the antenna - they’re cut with gaps in the shielding, so you can get perfect coverage inside an iron maze if you wanted to
It’s all just a matter of cost… It’s not cheap, but a few million dollars is just a line item at that scale