TP-Link Omada EAP773 Review: A $190 Wi-Fi 7 Ceiling AP That Isn't Ubiquiti

Verdict: The Omada EAP773 is the first Wi-Fi 7 ceiling access point that gives non-Ubiquiti buyers a genuine alternative — BE11000 tri-band, working MLO, 320 MHz channels, and a free cloud controller for about $190. It is a business AP sold at a home-network price, and it behaves like one: it mounts flush to a ceiling, runs on PoE+, and hands you a management interface with real settings instead of a phone app. The catches are all practical rather than fatal. It ships with no power supply and no PoE injector, it draws up to 25.4W — essentially the entire PoE+ per-port budget — and it runs hot enough that you want it in open air, not buried in a soffit. The headline 10G uplink is future-proofing more than performance: independent testing puts real throughput in Gig+ territory, which means the cheaper 2.5G-port EAP772 does the same job for most people. If you already run a PoE+ switch and want ceiling Wi-Fi 7 without buying into the Ubiquiti ecosystem, this is the one to get.

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Key Specs at a Glance

One warning about that table: retailer spec listings for this AP are a mess. Newegg lists it as 574 / 2,880 / 5,760 Mbps and 802.3bt PoE; TP-Link's own Omada buying guide puts it in the PoE++ column; TP-Link's marketing graphic on Amazon shows 574 Mbps on 2.4 GHz. The numbers above come from TP-Link's official EAP773 specification sheet, which is the one to trust — and it says 802.3at PoE+, not PoE++. That distinction decides which switch you need, so verify it against the spec sheet before you buy hardware around it.

What It Is — and What It Isn't

The EAP773 is an access point: a Wi-Fi radio you feed with an Ethernet cable. It has no WAN port, no routing, no DHCP server, no built-in switch — one Ethernet jack in, Wi-Fi out. It replaces the wireless half of your setup while your existing router keeps doing routing, NAT, and DHCP. If that model is new to you, we covered the difference in extender vs. mesh vs. access point, and the wiring side in how to add a wired access point.

That also means it needs a cable run to wherever you're mounting it. An AP on the ceiling with a hardwired uplink is the single biggest Wi-Fi upgrade most homes can make — it beats any mesh node placed for convenience — but it is a wiring project, not an unboxing. If you don't have Ethernet in the ceiling yet, that's the prerequisite, and it's the reason a lot of people end up with mesh instead.

The other thing it isn't: a consumer product. There's no "download the app and tap next" story here. The out-of-box experience is a business AP's — an unpowered disc, a mounting bracket, and a decision to make about how you want to manage it.

The Real Cost: Power and the Switch Behind It

The $189.99 price is not the whole bill, and this is the part buyers get wrong.

The EAP773 has no power supply in the box. TP-Link sells the DC adapter separately, and there's no PoE injector either, so you need one of three things: a PoE+ switch, a PoE+ injector, or TP-Link's 12V/2.5A adapter. For a ceiling install, PoE is the entire point — one cable carries data and power, so you don't need an outlet above the drywall.

Then check your power budget. The EAP773 draws up to 25.4W over PoE, and the 802.3at PoE+ standard delivers a maximum of 25.5W to the device. There is no headroom. A cheap "PoE+" switch with a 30W total budget across four ports will not run this AP alongside anything else, and a marginal injector may leave it rebooting under load. You want a switch with a genuine per-port 30W allocation and a total budget that covers every powered device at once — our pick there is the TP-Link Omada SG3210XHP-M2, which does 30W on all eight ports with a 240W budget.

Note the irony: that switch's RJ45 ports are 2.5G, so it powers the EAP773 perfectly and caps its uplink at 2.5 Gbps. To actually light up the 10G port you need a 10G PoE+ port, which in practice means enterprise hardware or a 10G switch plus a separate injector. Which brings us to the next point.

The 10G Port Is Future-Proofing, Not Performance

On paper, a 10G uplink on a $190 AP is remarkable — it's a port class you normally see on flagship APs costing two and a half times as much. In practice, it does very little today.

Independent testing found the EAP773 delivers solid Gig+ throughput — better than gigabit, well short of saturating multi-gig — and that the 10G port "didn't play much of a role" in real-world results. A 2.5G uplink would have measured about the same. That's not a knock on the AP; it's the physics of a 2×2 client radio. Your phone or laptop connects with two spatial streams, and no single client is going to pull multiple gigabits out of the air no matter what the switch port is rated for.

Where a fat uplink does earn its keep is aggregate load: 30 or 40 devices all active at once, or MLO clients pulling from 5 GHz and 6 GHz simultaneously. Even then, 2.5G covers the realistic ceiling for one AP in a home. If you're weighing the wired side of this decision, we went through the tradeoff in 2.5GbE vs. 10GbE for a home network.

The honest conclusion: buy the EAP773 if you already own a 10G-capable PoE path, and buy the EAP772 if you don't. The EAP772 is the same BE11000 tri-band radio set with a 2.5G port, typically about $20 less, and it will perform identically for the overwhelming majority of homes.

Wi-Fi 7 Features That Actually Work Here

Two Wi-Fi 7 capabilities are live on this AP and both matter.

MLO works at launch. Multi-Link Operation lets a Wi-Fi 7 client hold simultaneous links on 5 GHz and 6 GHz and use whichever is cleaner moment to moment. The benefit shows up as lower and steadier latency rather than a bigger speed-test number — useful for video calls, gaming, and anything that hates a hiccup. Plenty of early Wi-Fi 7 hardware shipped with MLO "coming in firmware." This one didn't.

320 MHz channels on 6 GHz are supported, which is where the 5,765 Mbps figure comes from. That only pays off if your client supports 320 MHz and the 6 GHz band is clean where you live — usually true, since almost nothing else is on it yet. If you're unsure how much width to actually run, see our channel width guide.

The caveat is AFC. Automated Frequency Coordination is what lets a 6 GHz AP transmit at higher power indoors; without it, the AP is stuck in low-power mode and 6 GHz range is noticeably shorter than 5 GHz. The EAP773 shipped without AFC, with a firmware update promised, and TP-Link has since delivered AFC on other Omada Wi-Fi 7 models. Until it lands on this one, treat 6 GHz as a same-room-and-adjacent band, not a whole-house band. Check the current firmware release notes before you count on it.

Coverage measured out at roughly 1,500–1,700 sq ft in independent testing, matching TP-Link's 1,500 sq ft claim — which is honest by access point standards, and means a typical two-story home still wants two of them.

Management: Three Ways, One of Them Free

This is the part that makes the EAP773 interesting versus a consumer router, and it's more flexible than the Ubiquiti equivalent.

• Standalone local web UI. Point a browser at the AP and configure it directly. No controller, no cloud account, no subscription. The interface is genuinely deep — full radio settings, up to 24 SSIDs (8 per band), VLAN tagging, band steering, scheduling. If you want one good AP and nothing else, you can stop here. Ubiquiti does not offer this; a UniFi AP wants a controller.
• Omada Central cloud controller. Free tier, no hardware to buy. Adopt the AP, manage it from anywhere, get client lists and traffic stats. This is the sweet spot for most home users and it's the configuration the independent reviewers rated highest.
• Hardware or software controller. An OC200/OC300 box or the self-hosted Omada software controller, for people running several APs plus Omada switches and gateways. This is what unlocks mesh and seamless roaming across multiple EAP773s.

Note that mesh and fast roaming require a controller — standalone mode gets you one well-configured AP, not a coordinated multi-AP network. If you're planning two or more APs, plan on the free cloud controller at minimum.

WPA3-Personal and WPA3-Enterprise are both supported, along with PPSK, guest portals, and per-SSID VLANs — the things that let you separate IoT gear, guests, and trusted devices onto their own networks without a second AP.

Heat: The One Complaint Everyone Has

The EAP773 runs hot. Independent testing described the underside as too hot to touch for more than about ten seconds under load, and put it in the same thermal class as the UniFi U7 Pro Max — which is to say, hot for a Wi-Fi 7 AP, not uniquely bad.

There are no fans; the whole aluminium-backed chassis is the heatsink, which is why it gets hot to the touch rather than throttling. Failures aren't widespread, but heat shortens the life of any radio, so install accordingly: mount it on an open ceiling or wall surface, not inside a soffit, cabinet, closet, or attic void, and don't lay insulation over it. A flush ceiling mount in open air is exactly what it's designed for and exactly what keeps it happy. Twenty-five watts in a sealed enclosure is not.

Pros and Cons

Pros

• Real Wi-Fi 7 at $190 — BE11000 tri-band, 320 MHz channels, and MLO working out of the box
• Not Ubiquiti — a credible ceiling-AP alternative with its own mature management platform
• Three management paths, including a full standalone local web UI with no cloud account and a free cloud controller
• 10G uplink at a price point where 2.5G is the norm — headroom you won't outgrow
• PoE+ (802.3at), not PoE++ — most decent managed PoE switches can already power it
• 24 SSIDs, VLANs, WPA3-Enterprise, PPSK — genuine network segmentation, not a guest-network toggle
• 5-year warranty, and all mounting hardware (ceiling, wall, junction box, T-bar) is included

Cons

• No power supply and no PoE injector in the box — budget for one before you order
• 25.4W draw is the whole PoE+ budget — marginal switches and cheap injectors will struggle
• Runs hot — needs open-air mounting, not an enclosed space
• 10G port is largely academic — measured throughput is Gig+, so the cheaper EAP772 performs the same
• No AFC at launch — 6 GHz range is shorter than 5 GHz until the firmware arrives
• Mesh and fast roaming need a controller — standalone mode is single-AP only
• Needs an Ethernet run to wherever you mount it

EAP773 vs. EAP772 vs. UniFi U7 Enterprise

The three APs a buyer at this price actually cross-shops:

The read: EAP773 vs. EAP772 comes down to one question — does your PoE switch have a 10G port? If no, save the money; the radios are identical and real-world throughput is the same. If you're weighing Omada against UniFi, the EAP773 is $60 cheaper, has a faster uplink and higher paper specs, and can run without any controller at all — while UniFi gives you a more polished ecosystem, better multi-AP roaming, and per-client visibility that is still the best in the category, at the cost of requiring a controller or Cloud Gateway. Already invested in UniFi? Stay there. Starting fresh, or already running Omada switches? The EAP773 is the better value.

For context on where this sits generationally, the UniFi U6 Pro remains a fine Wi-Fi 6 AP — but if you're buying new in 2026 with Wi-Fi 7 phones and laptops in the house, the extra spend on a 6 GHz, MLO-capable AP is the one worth making.

Bottom Line

The Omada EAP773 does something the AP market needed: it puts credible, well-managed Wi-Fi 7 on a ceiling for under $200 without requiring you to buy into a single vendor's ecosystem. MLO works, 320 MHz works, the local web interface is deep enough that you never have to touch a cloud service, and the free Omada Central controller is there when you want remote management. Mounting hardware for every scenario is in the box, and TP-Link backs it for five years.

Go in with clear eyes on three things. You will spend more than the sticker price, because there's no power supply — and the 25.4W draw means a real PoE+ switch, not a bargain injector. It runs hot, so mount it in open air. And the 10G port is a spec, not an experience: unless you already have a 10G PoE path, the EAP772 is the smarter buy at ~$20 less. Get the wired uplink sorted first — run the Ethernet, then set the AP up properly — and this is a genuinely excellent value.

Rating: 4.2 / 5

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