Nah wifi was actually originally on 5GHz spectrum, with 802.11a. It came out shortly before 802.11b, which used 2.4GHz, and was objectively better…but component shortages for 802.11a devices made the inferior 802.11b more successful on the market.
Then in 2009, after 802.11b and 802.11g came 802.11n, which used the 5GHz spectrum, and introduced dual-band routers to consumers.
Most recently, 6GHz got allocated with the advent of Wifi 6E and Wifi 7.
802.11a is over 20 years old, fortunately this law isn’t talking about shutting down existing routers. the 6 GHZ is the next frontier to expand to, the military already owns the 7 GHZ spectrum… So the 6 GHZ is the one that can be expanded into. Of which origionally was planned to be made for the next generation of wifi… but now is going to be sold off to phone providers to use in the next generation of mobile networks.
So in short, our existing routers will continue to work as designed, but future routers will not be making any leaps forward.
Basically the choice between better faster wireless LANs, is getting killed in favor of better networks for cellphone services… of which the carriers will set the price on.
I have been using 6ghz for about a year or so now and I found it to be quite fast. MLO can be super weird sometimes and seems to get confused, but it works. (It’s probably just a driver I haven’t updated.)
WiFi is on all three bands. It’s not so much what’s newer vs older. Newer devices tend to support 2.4, 5, and 6 and switch between them based on quality of signal and support by the WiFi network. Higher frequencies like 5 and 6GHz are generally better because there’s less interference.
I thought wifi was on 2.4ghz, and the new ones were on 5ghz?
Nah wifi was actually originally on 5GHz spectrum, with 802.11a. It came out shortly before 802.11b, which used 2.4GHz, and was objectively better…but component shortages for 802.11a devices made the inferior 802.11b more successful on the market.
Then in 2009, after 802.11b and 802.11g came 802.11n, which used the 5GHz spectrum, and introduced dual-band routers to consumers.
Most recently, 6GHz got allocated with the advent of Wifi 6E and Wifi 7.
Current generation wifi 6E and 7 add 6Ghz which offers substantially more bandwidth / speed.
Wifi 7 also allows devices to use 2.4/5/6Ghz at the same time instead of just hard switching between them.
Would be a major setback since 6Ghz allows devices to easily hit Gigabit speeds wirelessly.
802.11a is over 20 years old, fortunately this law isn’t talking about shutting down existing routers. the 6 GHZ is the next frontier to expand to, the military already owns the 7 GHZ spectrum… So the 6 GHZ is the one that can be expanded into. Of which origionally was planned to be made for the next generation of wifi… but now is going to be sold off to phone providers to use in the next generation of mobile networks.
So in short, our existing routers will continue to work as designed, but future routers will not be making any leaps forward.
Basically the choice between better faster wireless LANs, is getting killed in favor of better networks for cellphone services… of which the carriers will set the price on.
6GHz compatible devices are already being sold. If your phone is new-ish it likely supports it, and many routers already have it.
This isn’t a “next gen” problem, it’s a “current gen bleeding edge” problem.
I have been using 6ghz for about a year or so now and I found it to be quite fast. MLO can be super weird sometimes and seems to get confused, but it works. (It’s probably just a driver I haven’t updated.)
802.11a was 5ghz, 802.11b was 2.4ghz. Both developed at the same time.
802.11g was 2.4ghz and extended b since 2.4 took off faster than 5ghz in the market.
Since g, n onwards has been used across both bands.
Since 802.11ax we now have 6ghz.
WiFi is on all three bands. It’s not so much what’s newer vs older. Newer devices tend to support 2.4, 5, and 6 and switch between them based on quality of signal and support by the WiFi network. Higher frequencies like 5 and 6GHz are generally better because there’s less interference.
Cheaper devices tend to only support 2.4GHz
Youre right, 6ghz was the next one being added