The Wi-Fi Alliance caused a minor stir back in 2018 when it announced a switch in naming conventions for Wi-Fi. Gone was the complex naming scheme featuring seemingly nonsensical letters, being replaced by Wi-Fi 6 (or 802.11ax) as the next-generation standard at the time.

The new naming scheme also retroactively applies to the older 802.11ac technology (Wi-Fi 5), and the even older 802.11n standard (Wi-Fi 4). But there’s more to Wi-Fi 6 than a new naming convention though, as this generation of Wi-Fi has numerous benefits compared to previous iterations.

More devices on a network

Arguably the biggest focus for Wi-Fi 6 was reducing congestion and allowing more devices to connect to a network. This is first accomplished by the use of MU-MIMO technology, allowing multiple users to be handled in one go. Think of it like a fuel station that only has one pump versus a station that has several pumps available.

Wi-Fi 6 also utilizes other technologies like OFDMA and transmit beamforming to improve efficiency and network capacity respectively. All of this means your home network shouldn’t come to a crawl if you’ve got a ton of devices in the household. With today’s households including smartphones, laptops, smart TVs, and more, it’s certainly a challenge worth addressing.

More reading: The best Wi-Fi apps for Android to analyze your Wi-Fi

These tweaks should also make for a better experience at places with loads of people, with the alliance specifically mentioning retailers, apartment blocks, transportation hubs, and stadiums. Interestingly enough, this is also one of the benefits of 5G, allowing for more people to stay connected during sports games, music festivals and other mass events.

Another benefit of Wi-Fi 6 is out-of-the-box support for the WPA3 security standard, which should make it more difficult for people to crack your Wi-Fi password.

Smart home and more use-cases

Photograph of Google Home Hub, Home Mini, and Home side by side

The previous Wi-Fi standard (Wi-Fi 5 or 802.11ac) was introduced in 2013, although we also saw a “Wave 2” off-shoot emerge in 2016. Much has changed since then though, owing to the ubiquity of smart speakers and smart home gadgets in general. In fact, the IDC reckons that there’ll be 1.3 billion smart home gadgets (including speakers, thermostats, and connected lights) by 2022.

It’s important for any new Wi-Fi standard to cater to these diverse devices, and that’s exactly what the Wi-Fi Alliance did with Wi-Fi 6. In fact, the consortium went so far as to say the new standard was made for everything “from IoT and smart home, to businesses running large-scale, mission critical deployments.”

Wi-Fi 6 is arguably the first Wi-Fi standard created with smart home and IoT devices in mind.

The updated standard uses 1024QAM to boost bandwidth for emerging use-cases, and target wake time (TWT) technology to increase battery life in Wi-Fi-enabled devices and IoT clients. The Wi-Fi Alliance says 1024QAM delivers a 25-percent boost to throughput at short range compared to Wi-Fi 5.

Meanwhile, TWT allows devices and the access point to effectively negotiate when they’ll wake up to send/receive data, based on expected network traffic. This saves all devices from constantly having to wake up to check for data. The tech can also result in reduced congestion, as the access point is able to schedule wake-ups without having any overlap between devices.

What do you need for Wi-Fi 6?

Wi-Fi 6 requires users to have both a compliant router/access point and a smartphone/tablet/laptop supporting the new standard. If your device is supported but your router isn’t (or vice versa), then you won’t be seeing all the benefits.

Several Wi-Fi 6 routers were already available on the likes of Amazon in the early days of the standard launching, with brands such as Netgear and Asus offering wares. These routers weren’t cheap though, varying from $340 to $500. Fortunately, Wi-Fi 6 routers have become pervasive and cheaper these days.

Samsung’s Galaxy S10 series was the first major flagship phone family to support Wi-Fi 6, but we’ve since seen pretty much all major flagships and even a few mid-range devices bringing support since then. In the case of the latter, we’ve seen cheaper devices like the Mi 11 Lite and Poco F3 adopt it.

Do you need to upgrade?

Samsung Galaxy S10e punch hole display
The Galaxy S10 series is the first major phone family to support Wi-Fi 6.

It’s all good upgrading to the next big standard, but you should ask yourself why you’ll need a Wi-Fi 6 router in the first place. The standard is theoretically capable of speeds of roughly 9.6Gbps, the alliance told us. But it added that you can expect gigabit speeds with “the right conditions.” But most people aren’t on gigabit internet connections right now, so it certainly makes less sense to upgrade to Wi-Fi 6 if you’re on a 100Mbps or lower internet connection.

In an environment with loads of gadgets, such as a mall, office or public building? Or maybe you just have plenty of connected gadgets at home? Then Wi-Fi 6 will help ease congestion for all devices. But you’ll want all devices on the network to support the standard in order to get the full benefit.

Haven’t upgraded your home router since the days of Wi-Fi 4 (802.11n) or earlier? Then now is a good time to upgrade, as Wi-Fi 6 routers and supported devices are pretty common these days.

What’s all this about Wi-Fi 6E?

Wi-Fi 6E is a follow-up of sorts to Wi-Fi 6, announced in early 2020, and the biggest addition to the table is the 6Ghz band. You see, earlier Wi-Fi standards offer 2.4Ghz and 5Ghz bands, but the FCC green-lit the use of the 6Ghz band for Wi-Fi last year.

According to the Wi-Fi Alliance, Wi-Fi 6E provides four times more capacity than Wi-Fi in 2.4Ghz and 5Ghz bands. In other words, if you’ve got a ton of devices on a network, this should reduce drop-outs and other related issues even more. It’s also set to offer reduced latency and better speeds as a result.

The Samsung Galaxy S21 Ultra is one of the first phones to support Wi-Fi 6E, along with the Xiaomi Mi 11 Ultra (region-dependent). But again, you’ll want a compatible router to get the most out of the standard.