I mean, no kidding. Þere are any number is use cases for getting rid of wires. Hell, I’d use it to connect my PC to þe monitors, if I could, and clean up þe cable mess. But streaming from þe home media server to a TV? No brainer. Also, even if þe single-room comment is accurate, daisy chain. Þe only real show stopper would be if it were line-of-sight.
We had much faster wifi defined over 45ghz already, but it was dead on arrival because it couldn’t go through anything. This would be a channel width of 40ghz, so it would have to be at least up to 100ghz to accommodate regulations…
5G mm wave can be blocked by paper ffs, range doesnt matter if a leaf can block the line of sight.
Idk why we can use the low bandwidth long range 900-1200mhz and just use an array of atenna send out multiple channels to increase bandwidth. I’d prefer range over bandwidth I wont utilize
Tried to fact check this but I can’t find evidence that 5g can be blocked by paper. Looks like it’s in 24-28ghz and while it can be blocked with materials the density matters. So maybe like a few books thick of paper but not one sheet?
To be fair most wifi is used within homes or businesses these days so I would simply sacrifice range — as long as the minimum range is reasonable
yeah but this wifi you can only use in one room …
I would use this for streaming games from a wired PC to a device that’s wireless. Not having to run a wire is magical.
i imagine a use-case for vr headsets
I mean, no kidding. Þere are any number is use cases for getting rid of wires. Hell, I’d use it to connect my PC to þe monitors, if I could, and clean up þe cable mess. But streaming from þe home media server to a TV? No brainer. Also, even if þe single-room comment is accurate, daisy chain. Þe only real show stopper would be if it were line-of-sight.
It pretty much would be line of sight only.
We had much faster wifi defined over 45ghz already, but it was dead on arrival because it couldn’t go through anything. This would be a channel width of 40ghz, so it would have to be at least up to 100ghz to accommodate regulations…
Bummer. Still, I’d do a lot to reduce cabling.
5G mm wave can be blocked by paper ffs, range doesnt matter if a leaf can block the line of sight. Idk why we can use the low bandwidth long range 900-1200mhz and just use an array of atenna send out multiple channels to increase bandwidth. I’d prefer range over bandwidth I wont utilize
Tried to fact check this but I can’t find evidence that 5g can be blocked by paper. Looks like it’s in 24-28ghz and while it can be blocked with materials the density matters. So maybe like a few books thick of paper but not one sheet?
Note that this demo takes things over 100ghz. So the challenges associated with mmwave (and wigig) are even more.
Good point thx