The confusing alphabet soup of Wi-Fi versions got renamed. 802.11n became Wi-Fi 4, 802.11ac became Wi-Fi 5, and 802.11ax became Wi-Fi 6. Wi-Fi 7 is still in development so 6 is the best in-use version.
Technically 6E is the best in-use version for compatible devices. Same as WiFi 6 but adds the 6GHz spectrum that was recently unlocked by many regulatory agencies around the world. The 6GHz range is significantly less congested and would have better real-world performance in dense residential areas.
6E is great, but basically nothing supports it. I got a 6E capable AP from Ubiquiti, and looking at my devices table, nothing has ever used the 6GHz radio. My house has a wide variety of devices, many new
And that MacBook must get unparalleled speed and airtime
I got over a 1 gigabit download on my S23 Ultra and still couldn’t believe that 10 years ago 10 megabit on wifi was considered decent.
It’s the absolute best computer I’ve ever owned. Maxed out it’s ram and everything just flies
What speeds are you getting on your MacBook?
Most new devices support 6E at this point with the exception of low-cost phones/computers and IoT devices.
When I was looking into routers 6E had just come out, and from everything I could find that extra spectrum was only being used as a backhaul for mesh networks. A moot point for single node networks or those with a wired backhaul, which was generally still recommended by everything I read.
WiFi in its current form will never be better than ethernet for backhaul applications as it is half-duplex. The benefits of the new spectrum are wider bands which makes the real-world speeds closer to the published speeds. Congested frequencies mean the bands must be more narrow, which lowers real-world bandwidth.
That is a wonderful website, very well written. Thanks for sharing.
And then, because they can’t help themselves, they came out with 6E. Honestly I think all standards bodies (USB, HDMI, WiFi) just love making stupid sub-versions that make things even more confusing.
I’m more confused now than before. I always knew what b, g, n and ac were, but now when people say Wifi 5 or Wifi 6 I don’t know which of the standards it corresponds to.
Just count them, that’s what I do. 1 is a, 2 is b, 3 is g, 4 is n, 5 is ac, 6 is ax.
You want to be really confused then? Because b is WiFi 1 and a is WiFi 2. Everything else you said is correct though.
Wait, what? How could they do that? The first standard was wifi a, I was there 3000 years ago! These guys have no respect for history! /OldManYellsAtCloud
Edit: it seems that b and a both came in 1999. Oh well.
They also weren’t compatible with each other. That was fun.
Ugh, yeah I still remember working at a school 20+ years ago trying to figure out why I couldn’t connect to WiFi with a lab full of computers. Amazingly I feel like we’re only just now at a point where WiFi is mature enough that a current system is basically the same experience as twisted pair.
Thanks, that actually a good idea.
I guess I did miss “a”, that was never something I saw on our older APs when I was a teen, only “b”
pre-numbering, it was almost like trying to decipher Sanskrit when going out to buy a router.
What’s the difference?
The very simple version is that the newer versions support faster speeds.
I would add the potential for better range as well from a variety of improvements.
Newer WiFi standards can take advantage of multiple frequencies in a single link, which allows for fallback on the slower, but longer range, 2.4GHz networks. Beamforming has been available since at least WiFi 5 (802.11ac) and helps connection quality as well. The new 6GHz spectrum is uncongested and gives better performance in areas with high saturation of 2.4GHz and 5GHz networks, such as apartments and highrises.
Range is definitely not better with 6. 6 has larger bandwidths, and is less congested right now because of all the IoT devices using 2.4 and 5 Ghz bands. This will change eventually. 2.4 still has the best range.
WiFi 7 (802.11be) has Multi-Link Operation (MLO) where it uses both 6 GHz, 5 GHz, and 2.4 GHz frequencies simultaneously to always maximize bandwidth at a given range.
Oh, that’s when I’ll change my ac router then. That seems nice.
It’s more nuanced than faster speeds. All newer versions of WiFi came with speed improvements but compared with previous versions WiFi 6 speed improvements were comparatively modest. The advantage with WiFi 6 over its predecessors was a focus on improving latency and reliability. The number of supported clients was drastically increased with the implementation of technologies first developed in cell networks. Wireless antennas used to be limited to serving each client one at a time. Now they’ve been given the ability to multitask.
You can liken it to a restaurant where the cook is the network, the waiter is the wireless antenna, and each customer is a wireless device. With WiFi standards before version 6, the waiter was not very good at their job and once they collected an order, they would give it to the cook and wait for the cook to finish cooking the entire meal before delivering it to the customer and moving on to the next customer. This method was improved in the past by making the waiter quicker which is where we get the speed boosts. You can also improve on this by adding more antennas or “waiters” to the environment but the waiters themselves are still not operating as effectively as they can on an individual level. This is why WiFi 6 is such a major improvement that flies under the radar. The improvement may not be that noticable in a home environment where the antennas only have to serve a limited number of clients but in an environment where hundreds or even thousands of clients are communicating simultaneously, this is a critical improvement. On top of this, the improvements have decreased the rate of packets being dropped and improved latency so even in home environments, a network running on WiFi 6 will be more robust and reliable. WiFi 7 will go back to the old paradigm of significantly increasing speed once again.
Well explained.
Lots of really cool little things that add up to making it faster
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WiFi has literally gone the opposite of USB.
It used to be obvious what USB speeds were, whereas WiFi was 802.11b or whatever.
Now we have WiFi 5 or WiFi 6. And we have USB-C PD 10gbps with AltModeUSB has gotten more complicated and does way more now in more contexts. It charges laptops now, it carries multiplexed displayport signals, it does its own handshake and performs hardware level initialization protocols.
Meanwhile we’ve been wanting the same thing out of wifi since the start. Nothing’s really changed, we just want it to go faster.
Fair point.
USB doing everything requires significantly more description of what a port can actually do.
I just wish the USB foundation didn’t go with something that makes it difficult to find devices supporting specific features, and played directly into the marketing “upselling/shrinkflation” thing.
The ubs3.1, usb3.2, gen1, gen2, 10gbps etc. It’s a LOT, and everything is very similar.You’re thinking of USB-C, not the USB standard. USB PD, Alternative Mode and Thunderbolt aren’t part of the USB spec.
No, I’m thinking about the port. Which is what we are talking about. Usb-c, usb-pd, thunderbolt, etc, all use the same port. I can use the same cable in the same port for all of these.
Never heard about Wi-Fi 4. Always ‘n’ letter was advertised.
Wi-Fi 5 kinda associated with 5 GHz bandwidth, but can be also used on the 2.4 GHz.
It’s a retroactive name just to keep the numbering scheme logical. It would be weird to start off giving the next version “1” so they added numbers to all of the old versions. 802.11n was renamed a full 15 years after it was released!
I wished they’d tidy up the clusterfuck that’s USB versions. Especially in combination with thunderbolt. Holy…
Do you mean to say it’s not perfectly logical that USB 3.0, USB 3.1 Gen 1, and USB 3.2 Gen 1 are all actually the same version? I wish I could travel back in time to the meeting where that was proposed and slap the person in the face until they realized the error of their ways.
802.11a was 5GHz long before Wi-Fi 5 was a phrase, and “Wi-Fi 5” as a phrase does not imply any particular frequency.
It was like a posthumous award
Huh I had no idea, many thanks. I assume it’s backwards compatible?
Yes, as a general rule the device and access point will just connect at whatever the newest version they both understand is.
It’s Wi-Fi 6, a new version of the Wi-Fi standard which provides increased bandwidth and decreased latency.
I don’t know why it’s relevant to show it directly in the icon though.
My device always shows the WiFi number. It’s nice to know since I live in an apartment building with shared wifi. The shared wifi is 4/5 and mine is 6 so I can see at a glance if I’m connected right.
I can’t imagine another reason it’d be useful though.
6 is old news. 6e is where its at with 2.4, 5, and 6ghz support.
Even 6e is not the latest anymore. Wifi 7 is rolling out now
Seems like consistency with showing 4G/5G/etc… Nice to know if you’re on public WiFi.
It may be beneficial on some devices that requires low latency (like streaming to a VR device or remote gaming). I can see the difference in latency from wifi5 to wifi6 when remote gaming.
It’s wifi 6
It means it is only 1/3 evil
That’s… Not how any of this works 🤔
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In base 10, the “6” simbol means this much “IIIIII” of something or the unit which is this amount from the beginning.
Show it for marketing. Not that this WiFi standard would matter much to most users, but if you show it there, you can still make them want it.
This isn’t a wrong answers only post so lets make sure everyone is aware of Internet Protocol versions 4 and 6.
Most internet addies look like this 001.002.003.004
That’s IPv4, the current common standard. And were running out of addresses.
To fix this some systems are using IPv6 which adds two more numbers (and more bits per number) as well as a whole batch of protocol improvements.
I’m pretty sure that’s what the WiFi ⁶ enumerator is about.
It’s the WiFi version. Some devices also show 6E.
Not only are you correct, your description of ipv4 and ipv6 sounds like if 8 year old looked at the wikipedia page of ipv6 for five minutes, and was asked to explain it in-depth a month later. I’d recommend just deleting your comment, it’s awful in so many ways.
