Collection: WiFi Access Points

Which WiFi access point do you actually need?

Most PC builders who come to WiFi access points have already sorted the desktop and are now wondering why the router in the hallway cupboard is the weak link. The first thing to understand is that an access point is a dedicated radio box that hands out WiFi over a wired Ethernet connection. It doesn't route, so you pair it with a router or gateway from our Networking range. Splitting the jobs means you can put the radios where the signal is needed, usually on the ceiling, instead of wherever the NBN box lives.

Entry-tier units are typically dual-band WiFi 6 with 2x2 spatial streams, a gigabit uplink and basic PoE. They suit a small home or office with a few dozen devices. The 2x2 layout caps real-world throughput at a few hundred megabits per client, and with a gigabit port you'll never see more than about 940 Mbps total anyway. Fine for streaming and video calls.

The sweet spot today is a WiFi 6E or WiFi 7 unit with a 2.5GbE uplink. The extra port speed matters because modern radios can exceed gigabit in aggregate, and the 6 GHz band gives clean spectrum with no legacy devices dragging airtime down. Australia has opened only the lower slice of 6 GHz, which limits channel choice, but it is still far less congested than 5 GHz in an apartment block.

Enthusiast and business-grade units add 4x4 radios, higher PoE draw, more simultaneous client capacity and better antenna design. Diminishing returns hit quickly. Phones and laptops are mostly 2x2 clients, so extra streams mainly help airtime efficiency when many devices are active, not single-device speed. If you have fewer than 30 clients, the premium rarely pays off.

Upgrading and technical nuances

Peak "AX5400" or "BE11000" figures are the sum of all bands under perfect lab conditions. No single device will see that number. What matters is channel width and airtime. An 80 MHz channel on 5 GHz is the realistic sweet spot, while 160 MHz and 320 MHz channels double throughput on paper but are far more exposed to interference and DFS radar events, which can bump you off channel.

WiFi 7 brings Multi-Link Operation, letting a client use two bands at once for lower latency and steadier throughput. It only helps if your devices support it, and many laptops and phones still don't. If your main gear is WiFi 6, a quality WiFi 6 or 6E access point is a better buy than a budget WiFi 7 unit with weaker radios.

For benchmark families, look at the TP-Link Omada EAP series, such as the EAP610 and EAP670 for the sweet spot and the EAP773 for WiFi 7. Our TP-Link range covers these. Ubiquiti UniFi (U6+, U7 Pro) is the polished alternative with a slick controller. Aruba Instant On suits small business, and Netgear Insight and ASUS ExpertWiFi sit in similar territory.

The controller matters as much as the hardware. Standalone setups manage each unit individually. With a controller, either a small hardware box or software on a spare machine, you get seamless roaming, shared SSIDs and centralised firmware updates. If you're running more than one access point, the controller is the real upgrade.

Wireless mesh backhaul halves throughput at each hop because the radio shares airtime between client and uplink traffic. Wired backhaul avoids that, and it's the single biggest performance gain you can make.

Practical things to check

Power is the first gotcha. Most access points run on Power over Ethernet, either 802.3af (15.4 W) or 802.3at (30 W). A tri-band WiFi 7 unit can exceed what af supplies, and it will quietly throttle radios or reduce streams. Check the datasheet and match it to a PoE switch or injector. Many units don't include a power adapter at all.

Cabling is next. Cat6 handles 2.5GbE and PoE comfortably over typical home runs, and decent patch leads from Cables & Connectors cost very little. Avoid copper-clad aluminium cable, as it has higher resistance and struggles with PoE over distance. Keep runs under 90 metres.

Check your wired side too. If your desktop has only a gigabit port, a 2.5GbE access point uplink won't speed up that machine's wired link, though it still helps overall wireless capacity. Many current Motherboards and prebuilt Computers ship with 2.5GbE onboard, so make sure your switch matches.

Placement beats specification. Ceiling mount in a central hallway usually outperforms a shelf, since the antenna patterns are designed to point downward. Brick, concrete and foil-backed insulation kill 5 and 6 GHz quickly. Check the mounting kit, whether it's a ceiling plate, wall plate or in-wall design, and heat dissipation. Fanless units rely on passive cooling, so avoid burying them in a sealed cavity.

Finally, confirm the unit carries RCM compliance and is sold locally, since imported units can have wrong power-level or channel settings for Australia.

Brands and local warranty

TP-Link (Omada), Ubiquiti, Netgear, ASUS, Aruba, Ruckus and Zyxel are the names worth shopping. Omada offers strong value and a capable controller, Ubiquiti has a refined ecosystem but sometimes patchy local stock, and Ruckus and Aruba target heavier business deployments.

Local warranty matters more than most people think. Under Australian Consumer Law you have remedies for faulty goods, and a local distributor makes returns straightforward instead of shipping overseas. Grey imports can come with locked region firmware or no support path. Buying from an Australian retailer keeps RMA simple, which matters when the unit is bolted to your ceiling.

Frequently asked questions

Do I need WiFi 7 for a new access point?

Not necessarily. WiFi 7 helps most if your phones and laptops already support it, particularly with Multi-Link Operation. If your devices are mostly WiFi 6, a good WiFi 6E unit offers the same practical experience for less money.

Can I use an access point instead of a mesh system?

Yes, and with wired backhaul it's generally better. Dedicated access points avoid the airtime penalty of wireless mesh nodes and let you choose placement properly. You just need Ethernet runs to each location.

Will a wired connection be faster than a good access point?

Yes, for latency and consistency. Wired gaming PCs and workstations should stay on Ethernet. WiFi is great for everything else, but interference and shared airtime always add some variation.

What PoE standard do I need?

Check the datasheet. Budget WiFi 6 units often run fine on 802.3af, but high-end tri-band models usually want 802.3at. Using a lesser PoE source can cause reduced performance or random reboots.

How many access points does my home need?

One properly placed ceiling unit covers a typical unit or small single-storey home. Larger or multi-level houses, or ones with masonry walls, usually need two or three wired units on low transmit power so they don't compete with each other.