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Wi-Fi 5, 6, 6E, or 7: The ultimate guide to wireless standards

Here's how to figure out the differences between each standard and the benefits they offer.

August 4, 2026
Aline Rivas, Head of Content & Social Media

Looking at Wi-Fi standards can feel a bit like decoding Morse code when you’re looking at the alphabet soup of letters and numbers. But knowing how to understand them can actually help you unlock the capabilities of your internet connection.

More importantly, upgrading your nbn®™ plan to 1000 Mbps but leaving it plugged into a five-year-old modem is a bit like putting premium petrol in a car with a blocked engine. Talk about wasted potential. The truth is that top speed can only be accessed if you’ve got the right Wi-Fi modem to distribute it.

So, whether you need the internet to stream Bieber-chella for the hundredth time, play the new GTA (took its time, right?) or run a tight ship with an Apple Mini hooked up to OpenClaw, here's how to figure out the differences between each standard and the benefits they offer.

TL;DR

  • Wi-Fi generations have improved speed, latency, and the number of devices that can connect at once. The modem and device need to keep up with improved Wi-Fi standards to get its full benefits.

  • Wi-Fi 6 is the sweet spot for most households; Wi-Fi 6E and 7 are worth it for heavier internet use.

  • Superloop bundles the Amazon eero 7 (Wi-Fi 7) or eero PRO 7 with selected high-speed nbn® plans so you can get back to regular internet-ting with minimal interruption.

Breaking it down: What each standard actually means

What does ‘Wi-Fi Standards’ actually mean?

You can relate Wi-Fi standards to car upgrades. Each model does the same job of getting you from A to B.

But the new gen has better speed, smoother handling and many more high-tech features. The experience is much better in the next step up.

Wi-Fi standards work in the same way. Each era decides how your devices connect to your modem and how efficiently data moves around your place without getting messy.

What does the ‘technical name’ refer to?

Each standard has a technical name, like 802.11ax, and a more normal, consumer name, like Wi-Fi 6.

The 802.11 part is just like a family surname. Every standard has it.

Wi-Fi 5 — The old standard, circa 2014

We’re throwing it back. Back when Kim K was ‘Breaking the internet’ and ‘Happy’ by Pharrell blasted every single shopping centre across Australia, Wi-Fi 5 was born.

It handles everyday browsing and streaming well enough, but that was almost 12 years ago and wasn't really designed for the way we live today. These days, with everyone having a high number of devices, it is really outnumbered.

Wi-Fi 6 — The current standard

Wi-Fi 6 arrived in 2019 with one specific goal: handling many devices simultaneously while remaining stable. It introduced a technology called OFDMA, which lets the modem work more efficiently.

A 2021 study by the Wireless Broadband Alliance found Wi-Fi 6 delivers up to four times better performance in dense device environments than Wi-Fi 5. For most Australian households, this is the floor worth building from.

Wi-Fi 6E — The E stands for express

Not really. But Wi-Fi 6E takes everything Wi-Fi 6 does and adds a third, more exclusive, band: 6 GHz.

As 2.4 GHz and 5 GHz bands are the most common, they’ve become a lot more congested as the years have gone by.

The 6 GHz band is brand new to consumer Wi-Fi, meaning almost nothing else is on it yet. VIP stuff here, people.

For those in a high-rise apartment or who need low latency for work or play, 6E makes a real difference to the whole experience.

Wi-Fi 7 (802.11be) — Where we’re at now

Wi-Fi 7 introduces Multi-Link Operation (MLO). This allows a device to connect across multiple bands simultaneously, rather than being exclusive to just one.

Wi-Fi 7 also has almost five times more throughout.

But what does that actually mean?

  • Dramatically lower latency (as low as 1ms in optimal conditions)

  • Better handling of a large number of devices

  • When paired with right internet speeds, it can mean meaningfully better performance for 4K/8K streaming, cloud gaming and VR.

Speed and latency at a glance

Standard

Released

How it feels

Typical latency

Frequency bands

Key strength

Wi-Fi 5

2014

Ok

~10ms

2.4 GHz, 5 GHz

Ok for everyday performance for BASIC homes

Wi-Fi 6

2019

Good

~6ms

2.4 GHz, 5 GHz

Handles lots of devices smoothly and efficiently

Wi-Fi 6E

2021

Very good

~3ms

2.4 GHz, 5 GHz, 6 GHz

That sweet congestion relief, cleaner performance for busy homes

Wi-Fi 7

2024

The best

~1ms

2.4 GHz, 5 GHz, 6 GHz

Fastest, lowest latency, built for future demands

Note: Real-world speeds will vary based on device, distance, interference, and your nbn®™ plan.

Hardware compatibility: Coming at it from both ends

We’re not sure why other guides are gatekeeping this. It’s pretty important. Your devices also need to support Wi-Fi 7 to see Wi-Fi 7 speeds.

Here's how it works in practice:

  • A Wi-Fi 7 modem will still work with your older Wi-Fi 5 or Wi-Fi 6 devices. That’s right, folks, it's fully backwards compatible.

  • Just a little note that your older devices will connect at their maximum supported speed, not Wi-Fi 7 speeds.

  • To unlock the full performance of any Wi-Fi generation, both the modem and the connecting device need to support it.

  • You’ll also need an internet plan fast enough to take advantage of those higher speeds in the first place.

In fact, we’ve made it easy to check if your modem needs an update. Don’t say we don’t do anything for you.

Wi-Fi 7 support is now rolling out across the following gadgets

If you're buying new hardware in the next 12–24 months, Wi-Fi 7 compatibility will increasingly be the default at the premium end of the market.

Here are the current gadgets that support Wi-Fi 7:

Smartphones

  • iPhone Air, iPhone 17, iPhone 17 Pro, iPhone 17 Pro Max

  • iPhone 16, iPhone 16 Plus, iPhone 16 Pro, iPhone 16 Pro Max

  • Google Pixel 10, Google Pixel 10 Pro, Google Pixel 10 Pro XL and Google Pixel 10 Pro Fold

  • Google Pixel 9, Google Pixel 9 Pro, Google Pixel 9 Pro XL

  • Samsung Galaxy S26, Samsung Galaxy S26 Ultra and Samsung Galaxy S26 Plus

  • Samsung Galaxy S25, Samsung Galaxy S25 Ultra and Samsung Galaxy S25 Plus

  • Samsung Galaxy S24 Ultra

Laptops and computers

  • Dell Pro 16

  • HP OmniBook 7 14" AI PC

  • HP OmniBook 7 Flip 16" Next Gen AI PC

  • HP OmniBook 7 17.3" Next Gen AI PC

  • Lenovo Yoga 7 2-in-1 Laptop 16" 2K Touchscreen

  • M5 MacBook Air

  • M5 MacBook with M5 Pro and M5 Max

  • Prestige 14 Flip AI+ Copilot+ PC

  • Surface Laptop 7ᵗʰ Edition

  • Surface Pro 11ᵗʰ Edition

  • Yoga Slim 7x (14″ Snapdragon)

Tablets

  • Galaxy Tab S11 Ultra

  • iPad Pro 13-inch

  • iPad Pro 11-inch

  • OnePlus Pad 3

  • ThinkPad T14 Gen 6 (14″ Intel)

Which one do you actually need?

It’s important to remember that Wi-Fi tiers don’t exist in isolation. It also depends on your internet speed plan, which ultimately determines how much performance you’ll actually see.

The casual user

You stream Netflix on Wednesday, book an all-expenses trip on Luxury Escapes, and maybe do the odd video call with your family in Perth while you live in Melbourne.

You've got a handful of devices in the house. Wi-Fi 6 is comfortably sufficient and it handles the everyday connected household without over-engineering it.

The gamer or content creator

Latency is important. You're uploading large videos for a multinational digital billboard campaign (sounds chill!), taking on a boss (gaming or work) or running a creative studio from the pool house. Wi-Fi 6E or Wi-Fi 7 is worth the investment.

The 6GHz band and MLO should make a real difference to your day-to-day. And keep your stress levels lower in an already very stressful situation.

The future-proofer

You want hardware that doesn't need replacing in two years. Unless you like spending money like that.

Especially if you’ve got your smart home connected to OpenClaw, your sharehouse is filled with multiple creatives (they really do find each other) or you're running a small business on your connection.

Wi-Fi 7 is the answer. And Superloop's Amazon eero 7 and eero PRO 7 makes it easy for the connection to be (almost) everywhere and connect to (almost) everything, all at once.

Need help troubleshooting your Wi-Fi? Press play and learn a few simple tricks to get your Wi-Fi up and running again.

The next generation of speed is here

If your modem is holding back your nbn® plan, it's time to look at the full picture. Check out Superloop's nbn® plans bundled with the Amazon eero 7 modem — Wi-Fi 7 performance, easy setup and the speeds your connection actually deserves.

FAQ

Yes. A Wi-Fi 7 modem will work with any Wi-Fi-enabled device. This is where it can get a little confusing, though. If your laptop only supports Wi-Fi 5, that’s the speed it will connect you. You won’t lose anything. But if you upgrade your modem, it can help improve performance across the board.

Not technically. Wi-Fi 7 will run on any plan. But to actually experience the speed benefits, you need a plan that can feed it. Superloop's 1000 Mbps plan (TES: 860/85 Mbps) is where the eero 7 really gets a bit of breathing room (or eero PRO 7 for the 2000 Mbps plan (TES: 1700/170 Mbps)).

A 100Mbps plan through a Wi-Fi 7 modem is still 100Mbps. Your modem will distribute whatever your plan delivers.

The big one is the 6 GHz band. 2.4 GHz and 5 GHz are like peak time after school traffic. Every device in range is competing to be on those roads. And now? Snail’s pace.

The 6 GHz band is brand new, so there’s not a tonne of traffic on it. That’s why you can get lower latency and more consistent speeds with it, particularly in densely populated apartments.

Yes. Superloop offers the Amazon eero 7, eero 7 Pro and TP-Link on selected high-speed plans. It's a Wi-Fi 7 mesh-capable modem that handles setup through an app and scales easily if you want to add eero nodes for whole-home coverage. Discover our best mesh Wi-Fi modem for current availability and plan pairings.

Written by

Aline Rivas
Head of Content & Social Media

I've spent the last 4 years at Superloop making complex telco topics genuinely easy to read, driven by a mission to help challenger telcos take on the big guys.

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