Earlier quoted context omitted.
Try OpenWRT if you want a good OS for routers. No need to change hardware.
Yeah I was considering this actually, but then I realised that I really want a working LAN 100.0% of the time, so I'd only go tinker mode if I had a backup. So I was gonna be buying a router regardless. Now I have a Ubiquiti one, it's antithetical to my DIY instincts but I think I'm OK with my router being one of the proprietary appliances in my life. Plus now the wired section of my LAN is really fast.
Wi-Fi 8 is the first wireless upgrade in years that isn't chasing speed
221–230 of 295 posts
Re: Wi-Fi 8 is the first wireless upgrade in years that isn't chasing speed
#222Earlier quoted context omitted.
Voice is normally done using VoLTE now.
Not for everyone in many places. Many carriers still only allow VoLTE for a limited alow-list of phone models. Any customers of those with less popular models still gets dropped to 3G calls.
Re: Wi-Fi 8 is the first wireless upgrade in years that isn't chasing speed
#223Dumb question: why not drop/deprecate the WiFi standards and adopt 5G/6G across the board (operating on different spectrum depending on configuration)? Naively, I would assume that would save money on the BOM and make devices more flexible. Again, naively, why not build and sell consumer-grade 5G access points/routers? This new WiFi standard is far enough out (2028) that it seems reasonable to fold it into the 6G sta…
How would I connect to my own network? Wifi and cellular solve different problems.
Re: Wi-Fi 8 is the first wireless upgrade in years that isn't chasing speed
#224Dumb question: why not drop/deprecate the WiFi standards and adopt 5G/6G across the board (operating on different spectrum depending on configuration)? Naively, I would assume that would save money on the BOM and make devices more flexible. Again, naively, why not build and sell consumer-grade 5G access points/routers? This new WiFi standard is far enough out (2028) that it seems reasonable to fold it into the 6G sta…
The real reason why 5G and Wifi are separate is because one is licensed spectrum, and the other is unlicensed spectrum. I'm not talking about legal differences- laws can always be changed- but rather how bandwidth is allocated. The biggest benefits of cellular comes from: Verizon owns/controls channel ↓ gNB decides: "You transmit here." "You transmit here." "You get 20 MHz." "You get these time slots." Wifi needs to…
Re: Wi-Fi 8 is the first wireless upgrade in years that isn't chasing speed
#225Earlier quoted context omitted.
Powerline networking is worth trying for this too.
As is MoCA, which in my experience is a lot higher-speed and more reliably so. People tend to want speed, speed, speed, but tons of use cases are totally fine with a reliable 100 Mbps. For a lot of remote monitoring stuff, even 1 kbps is enough if it works reliably . Not everything needs to serve up a webpage.
> MoCA (stands for Multimedia over Coax Alliance) is a technology that uses the existing coaxial cables
Re: Wi-Fi 8 is the first wireless upgrade in years that isn't chasing speed
#226Earlier quoted context omitted.
Powerline networking is worth trying for this too.
Yeah I have tried it! It beats WiFi to some rooms, but to my office it's very slow. You would never be able to predict this, which is an unfortunate thing about powerline IMO. You just have to buy the modems and see how they perform on your particular wiring.
It's a strange pattern and I'd be interested to solve the mystery. Not many powerline debugging tools available though, not to say none
Re: Wi-Fi 8 is the first wireless upgrade in years that isn't chasing speed
#227Earlier quoted context omitted.
Because it supports (on WiFi 7) 320MHz channels. So there is double the bandwidth. 5GHz only supports 160MHz channels.
Wouldn't it make more sense then to ask about high bandwidth channel support rather than frequency support? It's not the frequency that's important here.
I don't think the 2.4GHz band even has 160MHz free, for example. Literally impossible to support because 2.4GHz to 2.5GHz is all you get (100MHz or so).
5GHz isn't much larger than 160MHz. Like it can fit but some number of channels is better for everyone.
6GHz band is like 5.9GHz to 7GHz or something stupidly wide. Because of the new wider band, you can effectively have larger channels with fewer problems.
Re: Wi-Fi 8 is the first wireless upgrade in years that isn't chasing speed
#228What about latency and jitter? I still get more ping in Counter-Strike on Wi-Fi than on Ethernet. …even in pristine conditions, excluding perfect lab conditions.
> Instead, the organization is focusing on improving the reliability [...]. The stated goals of Wi-Fi 8 include a 25% increase in throughput at different signal-to-interference-and-noise ratio (SINR) levels, reduce latency by 25% for the 95th percentile scenarios with latency, and decrease MAC protocol data unit loss (MPDU) by 25%.
Jitter not explicitly mentioned but high jitter is low reliability so it's an implicit goal. It'll simply be more stable when there are 25% fewer retransmissions needed anyway (of course that's just a goal under some assumed scenario, but say that it's 5% in your setup or whatever)
Re: Wi-Fi 8 is the first wireless upgrade in years that isn't chasing speed
#229Less latency is excellent news. This is the main reason why gamers still prefer Ethernet.
Consistent latency is generally more important for gaming than low latency. If I had to pick between a baseline of 8ms but with enough spikes to > 200ms to bring the average to 30ms, or a consistent 90ms with no spikes or dips, I would certainly choose the latter.
Re: Wi-Fi 8 is the first wireless upgrade in years that isn't chasing speed
#230> " Wi-Fi 8 is expected to be finalized in 2028 " So we should see mainstream consumer device adaption by 2030 (not much point in having a wi-fi access point that implements pre-finalized Wi-Fi 8 if none of the client devices do) and prices become reasonable maybe by 2032? The tech is cool but it's hard to care about something that far in the future.
Wifi is a weird one, consumer devices arrive very quickly (often times before the standard is finalized). You can expect devices as early as next year.