6GHz Wi-Fi
Image courtesy of Broadcom

There was a huge announcement out of the U.S. today for anyone who uses Wi-Fi. And at last count, that is just about everyone … The FCC has just approved use of the 6GHz wireless band for Wi-Fi routers. This additional spectrum opens the doors to true tri-band routers (2.4GHz + 5GHz + 6GHz) and promises to be a revolutionary leap forward for Wi-Fi performance. 6GHz will be rolled into Wi-Fi 6 to create a new Wi-Fi 6E standard. That’s a little confusing, but I’ll try to explain what’s going on, and why you should be thrilled about it.  

Wait, aren’t we already seeing Wi-Fi 6 routers in stores?

The “6” is causing a bit of confusion. Wi-Fi 6 is the standard that was introduced last year, and yes, there are routers and devices on the shelves now that support it. You can read the full scoop in my explainer, but Wi-Fi 6 is meant to address challenges faced by homes that are increasingly connected. It supports swarms of smart devices all connecting simultaneously, and adds a nice speed bump as well. Formerly known as 802.11ax, it was re-named Wi-Fi 6 to avoid the confusion over the letters—Wi-Fi 6 is faster than Wi-Fi 5 (formerly 802.11ac), etc.

However, 6GHz Wi-Fi is something entirely different. 

Why Wi-Fi 6E is so exciting

Currently, Wi-Fi operates on two different bands: 2.4GHz and 5GHz. This works relatively well, but one of the big problems is that these two bands are crowded. There are limited channels within each, and that means congestion and interference are a constant challenge that often keeps Wi-Fi 6 from reaching anywhere its maximum speeds.

6GHz Wi-Fi
Image courtesy of Broadcom.

The 6GHz spectrum is far less crowded, and with the ability to broadcast seven simultaneous, maximum capacity Wi-Fi streams, it effectively quadruples the bandwidth available for Wi-Fi. 6GHz has the same theoretical top speed as 5GHz Wi-fi (9.6 Gbps), but with large channels and more of them, devices that support 6GHz Wi-Fi can get much closer to that maximum. It’s predicted that 6GHz Wi-Fi could hit an actual real-life speed of 1-2 Gbps to a connected device. That’s a huge speed boost over what we see today.

6GHz support will be rolled into the existing Wi-Fi 6 standard, and supported devices will get a new Wi-Fi 6E designation.

Will my Wi-Fi 6 router support 6GHz?

That’s a good question. And it’s looking like it might be answered on a case-by-case basis. 

Because the 6GHz spectrum is so close to 5GHz, in theory existing hardware should be able to broadcast on the new frequency, but it’s not a certain thing. And the routers would definitely require a firmware update. So expect router manufacturers to test, and offer updates where available. 

One thing I wouldn’t hold my breath for is a 6GHz update to Wi-Fi 5 (802.11ac) routers, even though they also support 5GHz.

Sounds cool, when can I buy a Wi-Fi 6E router?

6GHz Wi-fi was just approved by the FCC in the U.S., and devices that support the new Wi-Fi 6E standard are expected to start arriving by the end of the year. Broadcom is already making Wi-Fi 6E chips for mobile devices. We’re still waiting to hear about Canadian approval for use of the 6GHz spectrum (we’ll update this post when it’s confirmed), but the expectation is that we’ll be enjoying that uncluttered band sooner rather than later. 

Once they’re approved, you’ll find Wi-Fi 6E options joining the latest wireless routers and whole home mesh Wi-Fi systems at Best Buy. 

Brad Moon
Editor Computing solutions
I’m a long-time electronics and gadget geek who’s been fortunate enough to enjoy a career that lets me indulge this interest. After 13 years as a product manager with a leading Canadian tech company, I transitioned into a full-time career of writing about technology. I’ve contributed to a range of publications and websites including Forbes, Wired, Gizmodo, Lifehacker, About.com, MSN Money, the Winnipeg Free Press, InvestorPlace Media, Shaw Media and—combining technology and my three kids—I’ve been a Core Contributor to the award winning GeekDad blog since its launch in 2007.

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