UniFi U7 Pro vs TP-Link Omada EAP773: Choosing a Managed Wi-Fi 7 Access Point for a Streaming Studio

The direct answer

This pair is not like-for-like on uplink. The UniFi U7 Pro has one 1/2.5 GbE port. The TP-Link Omada EAP773 has one 10/5/2.5/1 GbE multigigabit port. On radios they are close: both are six-stream, tri-band Wi-Fi 7 access points with 2x2 on each band, both are powered by PoE+ class input, and both claim 140 m2 (1,500 ft2) of coverage. The uplink-matched alternates, according to the manufacturers' own lineups, are the UniFi U7 Pro XG (10 GbE, PoE+, six streams) for the EAP773, and the Omada EAP772 (2.5 GbE, same radios as the EAP773) for the U7 Pro.

For a streaming studio or venue that follows a wired-primary design, where the encoder sits on a cable and the access point serves phones, tablets, control apps and guests, the uplink difference is unlikely to decide the purchase. The larger decisions are which controller ecosystem you will operate, whether your switch ports supply enough PoE, and how you will segment production traffic from guest traffic.

The biggest caveat is a documentation conflict on the EAP773. The current V2 datasheet lists 802.3at PoE+ with a 25.4 W draw, while the older v1 page on TP-Link UK lists a draw of 25.94 W at 802.3bt and a reduced 6 GHz mode at 802.3at. Confirm the hardware revision you are buying before sizing power. This is desk research of public documentation, not a hands-on test, so every rate below is a published maximum, not a measured result.

The wired-versus-wireless question for the encoder itself is covered in an earlier article on this site, Wi-Fi 7 vs Ethernet for Live Streaming: Faster Wireless Is Not the Same as a Safer Contribution Path. This article assumes that decision is already made and asks a different one: which managed access point, and which ecosystem, should support the rest of the room.

What the current documentation establishes

Facts below are as published on 2026-10-06 unless dated otherwise. They are manufacturer statements, not independent measurements.

Product status. Ubiquiti's US store still lists the U7 Pro, and its Tech Specs page remains live. Ubiquiti's flagship lineup also shows the U7 Pro XGS and U7 Pro XG marked new, and the U7 Pro Max marked current. The flagship comparison summary retrieved for this article did not show the U7 Pro as its own row, so its current status rests on the live store, product and specification pages, not on that summary. On the Omada side, the EAP773 is marketed as Omada 7 Pro X and no successor appears on Omada's Wi-Fi page. The EAP773 firmware page shows version 1.0.5 (Build 20260814) released September 24, 2026.

U7 Pro, per Ubiquiti's specification rows: six spatial streams, 2x2 on 2.4, 5 and 6 GHz; maximum rates of 5.8 Gbps on 6 GHz (320 MHz), 4.3 Gbps on 5 GHz (240 MHz) and 688 Mbps on 2.4 GHz (40 MHz); one 1/2.5 GbE RJ45 port; PoE+ with a maximum consumption of 21 W; UniFi Network 8.0.28 or later; 300+ clients; 680 g.

EAP773 V2, per the TP-Link datasheet (revision V1.0, dated 2025-12-23): the same 2x2 on three bands; up to 688 Mbps on 2.4 GHz, 4324 Mbps on 5 GHz and 5765 Mbps on 6 GHz in the US; one multigigabit port from 100M to 10G; 802.3at PoE+ or 12 V DC input; 25.4 W at 802.3at with all radios active; 24 BSSIDs; Omada Controller v5.15.24 or later for the full feature set; 380+ concurrent connections; 0.73 kg. The datasheet states that Wi-Fi 7 features such as MLO, 320 MHz channels and 4K-QAM require clients that support them.

What could not be verified. Ubiquiti's help-center pages returned access errors during research, so the U7 Pro's SSID count, VLAN-per-SSID behaviour, QoS list, roaming standards and standalone management behaviour are unverified in this article. The current official price of the EAP773 was not displayed on Omada's page. Warranty terms for both products are unconfirmed. Current-firmware MLO behaviour on either product is also unconfirmed.

Evaluation criteria

Eight criteria frame the comparison. Each is chosen for a specific way a live production can fail, not for how it looks on a spec sheet.

• Uplink versus real need. A faster port only helps if the switch port and cable plant can negotiate the faster speed, and if the traffic on the access point can fill it.
• PoE class and power budget. A live room often shares a switch with cameras, PTZ heads and phones. An access point that browns out mid-show is worse than a slower one.
• Controller and ecosystem. The controller determines which features exist, where configuration lives, and what happens when it is offline.
• Spectrum and channel planning. Band and channel-width options, regional restrictions, and the number of access points a venue needs decide whether radios interfere with each other.
• Segmentation and traffic control. SSID-to-VLAN mapping, guest isolation, rate limits and QoS keep a guest upload from competing with production traffic.
• Client reality. Wi-Fi 7, 6 GHz and MLO benefits depend on what phones, tablets and control surfaces actually support. Older clients fall back to 5 GHz or 2.4 GHz.
• Operations and recovery. Firmware cadence, backup, monitoring, packet capture and a documented wired fallback determine how quickly a problem is fixed on show day.
• Total cost. The access point price is only part of it: injector or switch upgrades, controller hardware and support plans add to it.

The uplink question: 2.5G versus 10G

On paper, the radios' combined published maximums exceed a 2.5 GbE port. The U7 Pro lists 5.8 Gbps, 4.3 Gbps and 688 Mbps across its bands, and the EAP773 lists a combined 10,777 Mbps. The TP-Link datasheet is explicit that these are physical-layer rates and that real capacity is generally lower than the maximum client count. A single client rarely sees the physical rate, and a studio's support devices are not moving that volume of data.

Independent evidence points the same direction, with limits. A launch-era Dong Knows Tech review of the EAP773 (published 2024-09-27) reported solid gigabit-plus performance and found the 10G port did not meaningfully affect real-world results, concluding that a 2.5 Gbps switch or injector is enough. That review pre-dates current firmware and hardware revisions. A November 2025 home-lab review of the U7 Pro reported walking-around speeds of roughly 900 to 1,200 Mbps on a cable ISP and about 609 Mbps on 5 GHz and 1,133 Mbps on 6 GHz in a short-range wireless-backhaul setup. Those are single-reviewer results in a home, not studio measurements, and they are not guarantees.

The case for the 10G port is narrower. A reviewer of the U7 Pro Max noted that a single 2.5G port caps the wired side of the access point's output, which matters only if many fast clients are active at once. TP-Link's own buying guide says the only significant difference between the EAP773 and the EAP772 is the uplink port, positions the EAP773 for organisations with existing 10G switching, and points the 'vast majority' of small businesses and prosumers on 1G or 2.5G switches to the EAP772.

The practical rule: if your switches are 1G or 2.5G, the 10G port on the EAP773 or the U7 Pro XG adds nothing you can use today, and the like-for-like comparison is U7 Pro against EAP772. If you already have multigigabit PoE+ ports and suitable cabling, the EAP773 and the U7 Pro XG are the matched pair. The EAP773's datasheet lists link speeds from 100M to 10G, so a 10G port on a slower switch negotiates down, and its value in that case is headroom for later.

Head-to-head: power, controllers, segmentation and spectrum

Power. The U7 Pro lists PoE+ with a 21 W maximum. The EAP773 V2 lists 25.4 W at 802.3at, plus a 12 V DC input; the Omada product page gives 25.4 W on PoE and 22.4 W on DC. Neither product is confirmed to include power: the EAP773 datasheet lists only the unit, an installation guide and a mounting kit, and Ubiquiti's store sells a 30 W PoE+ adapter as a separate accessory, which implies power is not bundled. Budget for the injector or a PoE+ switch port.

The hardware-revision discrepancy. The older v1 page on TP-Link UK lists 25.94 W at 802.3bt for full function, 23.4 W at 802.3at with 6 GHz reduced, and 10.1 W at 802.3af with radios off. The V2 datasheet instead describes full three-radio operation at 802.3at. The Omada US product page names the current revision as EAP773 (US) V2, while the firmware page lists applied hardware versions v2.0 and v2.6, and the datasheet title reads 'EAP773 2.0'. Why those labels differ is unconfirmed. TP-Link's buying guide also states that 10G ports typically require PoE++, which does not match the V2 datasheet's PoE+ input. Until the revision you receive is confirmed, plan the switch port for the worst case: either verify the revision on the box and in the controller, or provision 802.3bt for older stock.

Controllers. The U7 Pro requires UniFi Network 8.0.28 or later, which means a UniFi console or a self-hosted UniFi Network application. The EAP773 lists Omada Controller 5.15.24 or later and Omada app 5.0, and the firmware page recommends controller 5.15. TP-Link's datasheet says the EAP773 supports standalone management, but that centralised cloud management, PPSK, multiple portals, mesh and seamless roaming require an Omada controller. Whether the U7 Pro can be fully configured without a controller is unverified here, and a 2024 review found the U7 Pro Max needed the UniFi mobile app as a standalone unit. Do not assume controller-free operation for UniFi.

Segmentation. The EAP773 documents 24 BSSIDs (eight per band), SSID VLAN, dynamic VLAN and management VLAN, guest network, SSID and client rate limits, airtime fairness, WMM and DSCP QoS, multicast-to-unicast conversion, and multicast and broadcast rate limiting. It also lists 802.11k/v/r roaming but notes that only Layer 2 roaming is supported, and that WIDS/WIPS is not available. The U7 Pro's equivalent limits could not be verified here and should be checked in the UniFi console before purchase.

Spectrum. On paper the two are very close: 6 GHz up to 320 MHz channels and 5 GHz rates quoted at 240 MHz width. The EAP773 datasheet restricts channel use by country, and Ubiquiti's store says 6 GHz operation is limited to listed countries. Dong Knows Tech found the EAP773's 6 GHz range clearly shorter than 5 GHz at launch, with lower 6 GHz transmit power. The EAP773 datasheet lists FCC conducted power of 25 dBm on 2.4 GHz, 24 to 25 dBm on 5 GHz and 23 dBm on 6 GHz. Whether either access point supports standard-power 6 GHz in the US today is unverified.

Scenarios and recommendations

Solo creator studio with a wired PC and a 2.5G switch. The stream leaves on a cable; the access point serves a phone, a tablet and a control app. A 2.5G port is ample. Pick within the ecosystem you already own. With no existing gear, the U7 Pro or the EAP772 are the right comparison, and the main practical risk is buying the injector. The EAP773's 10G port would sit unused.

Podcast or video studio with guests. Put production devices on one VLAN and guests on an isolated SSID with rate limits, so a guest phone uploading video cannot compete with the encoder's path. The EAP773 documents SSID VLAN, rate limits and airtime fairness. The equivalent UniFi features must be confirmed in the console. If the studio already runs a UniFi gateway, the management advantage of staying in one ecosystem probably outweighs any difference between these two access points.

Church or small venue with a 10G backbone and several access points. This is where the matched 10G pair makes sense: the EAP773 on Omada, or the U7 Pro XG on UniFi (10 GbE, PoE+, 140 m2, 300+ devices). The EAP773 ships with ceiling, wall, junction-box and T-bar mounting kits. Roaming for crew moving between rooms is Layer 2 only on the EAP773, so test roaming paths with the actual crew devices. Add a plan for what happens if the controller goes offline.

Pop-up or temporary event. The EAP773 has documented standalone management, with the controller-only feature limits above. Omada's OC200 hardware controller is recommended for 25 devices, can manage up to 100 access points, needs no license fee for cloud access, and runs from 802.3af/at PoE. UniFi requires a UniFi Network controller at 8.0.28 or later, and standalone behaviour should be verified before relying on it.

Dense venue or many clients. If the design needs eight streams or 500+ clients, neither product is the stated fit. The U7 Pro Max (8 streams, 2.5 GbE, 500+ clients) and U7 Pro XGS from Ubiquiti, and the EAP787 from Omada (8-stream, 10G), are the named higher tiers.

Failure cases and tradeoffs

Treating the sum of the bands as usable throughput is the most common error. The published figures are physical rates, and the datasheet notes that client capacity is generally lower than the stated maximum. Wi-Fi 7 features also depend on clients. HostiFi observed in 2025 that many client devices did not yet support MLO. An early-2025 test on beta UniFi firmware found MLO selectable in the controller and reported lower latency in the reviewer's configurations, but that used unofficial adapter firmware and limited multi-client testing, so it is an illustration and not evidence for current firmware.

Firmware is a live risk. The recent EAP773 releases fixed a memory leak and an issue where abnormal mDNS packets could cause unexpected reboots. Read release notes before updating, and avoid updates in the days before a show. Reviewers of both families reported at launch that the hardware runs hot, and both list a 40 C operating maximum. No current thermal data was found, so ceiling mounts in warm rooms deserve a check.

Controller dependence is a lock-in cost. On the EAP773, cloud management, PPSK, multiple portals, mesh and seamless roaming require an Omada controller, and the U7 Pro requires UniFi Network 8.0.28 or later. Pick the ecosystem deliberately, decide where the controller lives, and keep a configuration backup.

• Confirm the EAP773 hardware revision from the box and the controller, and match the switch port to the revision's documented PoE class.
• Check the switch's total PoE budget with every other powered device attached, not only the access point's port.
• Check cabling and switch port negotiation if the 10G or 2.5G speed matters; confirm the link rate shown in the controller.
• Freeze firmware and controller versions at least a week before an event, and record the versions in use.
• Export a controller configuration backup and store it off the controller.
• Test the production, guest and control VLANs with real devices, including one guest device uploading while the encoder runs.
• Walk the venue with the crew's actual phones to test roaming, 6 GHz range and fallback to 5 GHz.
• Keep the encoder on a wired path and document a wired fallback for every critical device.

Cost, ecosystem and alternatives

Prices below are as shown on the vendor's page on 2026-10-06. Ubiquiti's US store lists the U7 Pro at $189.00 base and $208.00 with a surcharge included; the meaning of the surcharge is not explained on the page. It lists a 30 W PoE+ adapter at $15.00, a paintable cover at $39.00 and an arm mount at $29.00. The U7 Pro XG is $199.00 base and $219.00 with the surcharge, and its 10G PoE++ adapter (60 W) is $39.00. No official EAP773 price was displayed on Omada's page. The $189.99 launch price in the 2024 Dong Knows Tech review is historical and should not be treated as current.

Ecosystem cost matters more than the access point price. Omada's OC200 hardware controller carries no license fee for cloud access, per Omada's page. UniFi hosting options and current licensing were not verified for this article, so confirm them for your gateway or console.

Credible alternatives are the uplink-matched ones. The U7 Pro XG pairs with the EAP773 at 10 GbE. The EAP772 pairs with the U7 Pro at 2.5 GbE with the same radios as the EAP773. The U7 Pro Max is the upsell within UniFi, with 8 streams and a published 5 GHz maximum of 8.6 Gbps. The EAP787 is the 8-stream, 10G model on Omada.

Skip both if the room is small enough that a single wired access point from your existing gateway vendor already covers it, if your existing switches cannot supply PoE+ and you do not want to add injectors, or if you need features such as WIDS/WIPS, which the EAP773 datasheet lists as not available.

Verdict

Choose by ecosystem first. If you already run UniFi gateways and switches, the U7 Pro (or the U7 Pro XG on a 10G plant) fits. If you run Omada, the EAP772 or EAP773 fits. The access point differences on published specifications are small compared with the cost of managing two controllers.

With no existing ecosystem and 1G or 2.5G switching, compare the U7 Pro against the EAP772, not the EAP773, and choose on controller preference and the segmentation features you can confirm. The EAP773 has the better-documented feature list in the sources reviewed here, including 24 BSSIDs, SSID VLANs and rate limits. That is a documentation advantage, not a performance one, because the U7 Pro's equivalents are unverified, not absent.

With a 10G multigigabit PoE+ plant, the EAP773 and U7 Pro XG are the matched pair. Verify the EAP773 hardware revision before sizing power.

This verdict would change if Ubiquiti's help documentation showed materially different VLAN or QoS limits for the U7 Pro, if a primary source showed the V2 EAP773 requires 802.3bt for full function, if either vendor retired its model, or if hands-on measurements showed the 2.5G port limiting a real studio load. None of those was found. This comparison is desk research of public documentation, and every rate quoted is a manufacturer's published maximum.