How the unit mounts and how it is powered come before its radio
An access point has no router inside it. It takes a wired connection and turns it into radio coverage, which is why it appears in buildings where the box from the provider stays in a cupboard and the wireless has to come from somewhere else. The first thing to settle is power. Most ceiling units are fed over the network cable itself, and the maker names the class: 802.3af delivers less at the far end than 802.3at, and a unit specified for 802.3at will not settle on a source that offers only 802.3af. Some models ship an injector, some do not, and that one line changes what the installation costs. Then the radio: the Wi-Fi generation with its IEEE designation, the band plan, the stream count, and the class figure — which, as everywhere in wireless, sums the theoretical peaks of separate radios and describes no single link. Mounting counts for more here than on a desktop router, because the shape decides where the unit can go: ceiling discs, wall plates and in-wall models that sit in a socket box each state their own dimensions and bracket. Finally, management. Some units are configured one at a time through a web page; others expect a controller — software, appliance or hosted — and hand clients between points. That choice, rather than the radio, decides how a second and a third unit behave together. We compare Wi-Fi generation and IEEE designation, stated class figure, band plan and stream count, PoE standard required, uplink port speed, mounting type and management method.
Wi-Fi 6 · AX3000 · 2.5 Gbit/s uplink on Cat5e · three internal antennas · NebulaFlex, local or cloud · PoE class not named
An access point with a multi-gigabit uplink and a choice of local or cloud management, whose listing says PoE without ever naming the class.
Best for: A small building already wired with Cat5e that wants an uplink faster than a gigabit and the option of cloud management later.
≈ $114
Wi-Fi 6 · 2976 Mbit/s published as the sum · 802.3at PoE+ named, adapter supplied · Gigabit uplink · Omada SDN · 160 mm (6.30 in), 33.6 mm (1.32 in) deep
The one listing in the whole lot that prints the sum of its two radios rather than the rounded badge — 2976 Mbit/s, in the first bullet.
Best for: A small site that intends to run several access points under one controller, and wants the power class named before ordering the switch.
≈ $131
Wi-Fi 6 · 1.5 Gbit/s called an aggregate radio rate · 2×2 MIMO, the only stream count in this family · PoE, 12 W maximum · ceiling or wall
The only access point here to publish a stream count, and the only one whose maker calls its headline figure an aggregate radio rate — which is exactly what it is.
Best for: A ceiling or wall position on a network where the controller already exists, and where a PoE switch is already in the cupboard.
≈ $160
Wi-Fi 6 · AX3000 over 2976 published · both bands rated · PoE+ with an adapter in the box · wall or ceiling, 176 mm (6.93 in) disc · 150 m² (1,615 sq ft)
The most completely specified access point here: both band rates, both power routes, a mounting choice and a measured body, with only the stream count left out.
Best for: A flat, office or cafe of about 150 m² (1,615 sq ft) wanting one well-documented ceiling unit that will run from a plug if no PoE switch exists.
No Amazon.com offer on October 26, 2026
Stream count decides the ability to serve several devices at once, which is the whole point of an access point.
Uplink port speed is the ceiling on all the access point’s traffic. A slow port cancels a fast radio.
An access point only transmits and connects to an existing network. It routes nothing itself.
The power-over-Ethernet standard the unit demands. It is published because an unsuitable switch will not power it.
The bands used and how they are allocated. It is published because two units of the same class can differ sharply.
Yes: everything the radio receives or sends passes through it. It is published separately.
The published mounting type says what is provided for: ceiling, wall, or free standing. The hardware supplied follows.
That depends on the range. This site publishes what the maker states, without describing any architecture.
Band plan and configuration decide the sharing. This site publishes no siting rules.
It is a theoretical per-band sum. Stream count and band plan say more.
An access point is judged on its streams, its band plan and its uplink speed. The PoE standard required decides whether the existing installation can even switch it on.
The table shows only the data published by four devices in five. Under that threshold, a column compares empty fields.
| Model | Price | Stated class figure | Wi-Fi generation |
|---|---|---|---|
| ZYXEL NWA50AXPRO | $114 | AX3000 — stated, quoted by the maker as a total throughput of 3000 Mbps with 160 MHz channel support. It is the sum of the theoretical peaks of the radios in the unit, and the listing does not divide it between them | Wi-Fi 6 — stated in the title and in the first bullet |
| TP-Link EAP650 | $131 | AX3000 on the title, and 2976 Mbit/s in the first bullet — the listing publishes the sum itself, 574 Mbit/s at 2.4 GHz plus 2402 Mbit/s at 5 GHz, rather than only the rounded badge | Wi-Fi 6 — stated in the title and in the second bullet |
| Ubiquiti Networks U6-LITE | $160 | Up to 1.5 Gbit/s — stated, and called by the maker an aggregate radio rate, which is what a class figure is: the peaks of the separate radios added together. No AX badge is printed | Wi-Fi 6 — stated in the title and in the description |
| Tenda i27 | — | AX3000 — stated in the title, with both parts published: up to 2402 Mbit/s at 5 GHz and up to 574 Mbit/s at 2.4 GHz, which come to 2976, so the badge rounds up by 24 | Wi-Fi 6 — stated in the title and in the first bullet |
Specifications: manufacturer sheets for network and storage gear and the matching Amazon product pages. Prices and availability: Keepa. Every figure in this table names its source.
Most recent revision in this category: October 26, 2026.
Every price named in a summary was read on the date that review carries. What a shop asks today is shown beside the product, and it moves.
