I guess one reason why no one is paying attention to it is because is the Wi-Fi speed usually the limiting factor? In my case I’ve rarely ever maxed out my Wi-Fi 6 speeds. Typically the host or the network that I’m on that is the limiting factor.
Although I’m also in the US so I know where not know for having the fastest internet in the world. Maybe in other areas of the world WiFi 7 might be more useful.
Canada, one of our primary ISPs offers fibre to the home with speeds of 1Gbit and even higher. So many threads on their forums with users confused why they can’t get anywhere close to 1Gbit and it always turns out to be WiFi.
Single channel WiFi probably is unlikely to get to sub millisecond response timesas it is shared air time for both send and receive of all devices, wifi 7 multi link might help if it can route some traffic on different channels but over all I never expect it to get close to what wired Ethernet can do.
However, for the majority of people (basically exclude professional gaming) below 10ms will be perfectly fine and not noticeable at all, the importance of 6E wasn’t it’s speed but it’s improvement on more consistent connections, if WiFi 7 can improve on this, it’s a benefit to gamers and worth upgrading.
I’m more excited about reducing congestion when more of my neighbors upgrade to 6, so that BSS coloring and other wifi 6/7 features can enable more efficient use of the spectrum. Before wifi 6 most of the upgrades were just increasing data rates, but really lacking in improvements to spectral use efficiency (like the resource unit allocation in OFDMA which splits channels into sub carriers and centrally plans assignment to multiple client devices for simultaneous use which results in much less wasted airtime compared to each device yelling and listening while waiting to see if they can have exclusive access to the whole channel which wastes time) and interference management (like preamble puncturing which allows partial use of a channel when only a portion has interference). In a crowded environment like an apartment building wifi 6 should help a lot in reducing channel utilization.
Ok, I know why we changed the version naming scheme: a, b, g, n, ac, ax… It was a nightmare, just awful.
But I’ll bet it does still have a IEEE designation, so how does 6 or 7 map to the previous scheme? Also, what’s new, what are the impressive current speeds and features?
I guess one reason why no one is paying attention to it is because is the Wi-Fi speed usually the limiting factor? In my case I’ve rarely ever maxed out my Wi-Fi 6 speeds. Typically the host or the network that I’m on that is the limiting factor.
Although I’m also in the US so I know where not know for having the fastest internet in the world. Maybe in other areas of the world WiFi 7 might be more useful.
Canada, one of our primary ISPs offers fibre to the home with speeds of 1Gbit and even higher. So many threads on their forums with users confused why they can’t get anywhere close to 1Gbit and it always turns out to be WiFi.
I can get very close to 1 Gbit on Ethernet but top out at maybe 400 Mbps on wifi.
Exactly, wifi 7 will probably get us to or close to practical 1Gbit wireless speed vs theoretical 1Gbit speeds.
Wifi 6E already does that, I get about 940 Mbps with my phone on my 6GHz network. That is maybe 10 Mbps less than I get wired.
I wonder about ping. Will it ever be on par with Ethernet for online gaming?
Single channel WiFi probably is unlikely to get to sub millisecond response timesas it is shared air time for both send and receive of all devices, wifi 7 multi link might help if it can route some traffic on different channels but over all I never expect it to get close to what wired Ethernet can do.
However, for the majority of people (basically exclude professional gaming) below 10ms will be perfectly fine and not noticeable at all, the importance of 6E wasn’t it’s speed but it’s improvement on more consistent connections, if WiFi 7 can improve on this, it’s a benefit to gamers and worth upgrading.
I’m more excited about reducing congestion when more of my neighbors upgrade to 6, so that BSS coloring and other wifi 6/7 features can enable more efficient use of the spectrum. Before wifi 6 most of the upgrades were just increasing data rates, but really lacking in improvements to spectral use efficiency (like the resource unit allocation in OFDMA which splits channels into sub carriers and centrally plans assignment to multiple client devices for simultaneous use which results in much less wasted airtime compared to each device yelling and listening while waiting to see if they can have exclusive access to the whole channel which wastes time) and interference management (like preamble puncturing which allows partial use of a channel when only a portion has interference). In a crowded environment like an apartment building wifi 6 should help a lot in reducing channel utilization.
Also the fact that the faster the wifi, the easier it is to block.
These new standards aren’t really targeting residential use so just people shouldn’t care.
Ok, I know why we changed the version naming scheme: a, b, g, n, ac, ax… It was a nightmare, just awful.
But I’ll bet it does still have a IEEE designation, so how does 6 or 7 map to the previous scheme? Also, what’s new, what are the impressive current speeds and features?
5 is AC, 6 is AX