TP-Link Omada EAP772-Outdoor Wi-Fi 7 Review: Next-Gen Performance
▼ Summary
– The TP-Link Omada EAP772-Outdoor is a rugged outdoor Wi-Fi 7 access point repackaged from the indoor EAP772 model for weather resistance and extreme temperatures.
– It offers different performance specifications regionally, with a BE11000 rating in the US and a BE9300 rating in Europe due to 6GHz frequency restrictions.
– The device requires Power over Ethernet (PoE) for installation and supports centralized management through TP-Link’s Omada controller for easy network integration.
– Performance is superior in the US with Wi-Fi 7 clients, leveraging AFC technology to enhance 6GHz range, while EU users experience reduced bandwidth due to spectrum limits.
– Priced competitively, it is best suited for outdoor use with existing Omada systems but less ideal for those without Wi-Fi 7 devices or needing indoor coverage.
The TP-Link Omada EAP772-Outdoor Wi-Fi 7 access point delivers next-generation wireless performance specifically engineered for challenging outdoor environments. This robust device takes the existing EAP772 design and repackages it into a weatherproof enclosure capable of withstanding extreme temperatures and even submersion. Powered through a single Ethernet cable using Power over Ethernet (PoE), it simplifies installation while offering advanced Wi-Fi 7 capabilities including support for the 6GHz band where available.
Rather than creating an entirely new product, TP-Link adapted their popular EAP772 model for outdoor deployment. While it functions perfectly indoors, the company offers the EAP773 for interior use, which features a 10GbE uplink instead of the 2.5GbE port found on this outdoor version. Regional variations create some complexity, as the hardware sold in the United States operates as a BE11000 device while European models are limited to BE9300 specifications due to spectrum regulations. This discrepancy stems from different 6GHz band allocations across markets.
Built to endure harsh conditions, this six-antenna access point maintains functionality in temperatures ranging from -30°C to 70°C and can survive complete submersion. Installation requires a PoE switch or injector capable of delivering at least 28W, though the power equipment can remain safely indoors. The device lacks pass-through ports, preventing network daisy-chaining, but integrates seamlessly into mesh configurations through TP-Link’s Omada controller system.
Pricing and regional performance differences significantly impact the value proposition. American customers can purchase the higher-specification BE11000 model for approximately $246, while European buyers pay around £262 for the restricted BE9300 version. This creates a noticeable price-to-performance disparity between regions. Competing products like the Ubiquiti U7 Pro Outdoor present alternative options at $279 in the US and £195 in the UK, while premium solutions like the Ruckus T670 exceed $2,350, positioning themselves in a completely different market segment.
The physical design emphasizes durability with a substantial 1.41kg weight and dimensions measuring 230mm × 207.5mm × 69.7mm. Installation flexibility includes wall or pole mounting using the included bracket, with secure locking mechanisms to prevent weather-related dislodgement. A single 2.5GbE PoE port handles both power and data, protected by water-resistant sealing, while an grounding connection provides additional protection in lightning-prone areas. The minimalist exterior features only a status LED, though the sealed design can lead to noticeable heat buildup during extended operation.
Performance varies dramatically based on location and client equipment. American users benefit from maximum theoretical speeds of 5760 Mbps on 6GHz, 4324 Mbps on 5GHz, and 688 Mbps on 2.4GHz. European models see reduced 5GHz performance capped at 2882 Mbps due to regulatory constraints. The inclusion of Automated Frequency Coordination (AFC) technology enhances 6GHz range and power outdoors while preventing interference with licensed spectrum users.
Testing with Wi-Fi 7 compatible hardware demonstrated impressive throughput, achieving transfer speeds up to 1.4Gbps even at distance. The outdoor placement eliminates wall obstructions that typically degrade indoor performance. However, the omnidirectional antenna pattern may not optimally serve typical outdoor deployment scenarios where coverage is primarily needed away from the mounting surface. Fixed internal antennas cannot be upgraded or replaced, potentially limiting customization options.
Regional spectrum availability ultimately defines the user experience. American customers with Wi-Fi 7 devices will enjoy exceptional performance, while European users with older client hardware may find the benefits less pronounced. The Omada management ecosystem remains a significant advantage regardless of location, offering centralized control across multiple sites and devices through either software or dedicated hardware controllers.
This access point represents a solid choice for businesses already invested in the Omada ecosystem or those requiring reliable outdoor connectivity. The value proposition strongly favors American customers who receive superior hardware at lower prices, while European buyers must weigh the management benefits against performance limitations imposed by local regulations.
(Source: TechRadar)
