TP-Link Omada EAP650 review: An impressive Gigabit performer

SMBs that want an affordable and compact Wi-Fi 6 access point (AP) with an emphasis on speed will appreciate TP-Link’s Omada EAP650. Costing only £139, this slimline ceiling-mount AP isn’t much larger than a smoke detector and yet combines a fast AX3000 rating with support for the Wi-Fi 6 high-performance 160MHz channels.

The EAP650 delivers speeds of up to 2,402Mbits/sec on its 5GHz radio and 574Mbits/sec on the 2.4GHz one. Its single LAN port supports PoE+, but if you don’t have an available power source, the box includes an external PSU as well. The only catch is that the port is the Gigabit variety, so you won’t see the full potential of the 160MHz channels.

On the plus side, the EAP650 teams up plenty of business-class features with two management choices. You can use it in standalone mode, but most businesses will prefer TP-Link’s Omada cloud service, as they can manage multiple sites, all associated APs and other Omada-enabled switches and routers from one web portal. Each site requires an Omada cloud controller, and TP-Link offers free software versions for Windows and Linux that support up to 1,500 managed devices.

For testing, we used the lab’s OC300 hardware appliance, which runs the Linux controller version, supports 700 devices and costs around £100. For the complete Omada experience, we added TP-Link’s TL-R605 broadband router, which costs £40 and powered the EAP650 with a TL-SG3210XHP-M2 PoE+ multi-gigabit switch, which adds £286 to the bill.

Once the EAP650 was powered and connected, it appeared in our cloud portal as “pending” and, when it was adopted, it pulled all its settings from the controller and broadcast our predefined site SSIDs. You can create the same number of SSIDs as in standalone mode – up to eight per radio – and apply mixed mode WPA2/WPA3 encryption, rate limits and load balancing.

The portal brings meshing into play, where a wired AP functions as the root and other compliant APs connect to it using their 5GHz radio as a backhaul. You can spread your wireless network far and wide, as mesh APs can connect to other nodes with up to three hops between them and the root AP.

To test meshing, we placed a TP-Link EAP620 HD near to the EAP650 with power provided but no wired network connection. It appeared in the portal as pending, with an extra icon showing a wireless link to the root AP, and adopting it instantly created a mesh network allowing users to roam seamlessly across all member APs.

The cloud portal also delivers classy captive portal features for managing guest wireless access. Authentication methods include password, local user, voucher, Radius, Facebook or SMS using the paid-for service, plus you can add your own background pictures and brand logos, enforce acceptable use policies (AUPs), cycle through up to five advertising images and present PC and mobile-friendly portal versions.

For our real-world performance tests, we used a Dell Windows 10 Pro workstation equipped with a TP-Link Archer TX3000E Wi-Fi 6 PCI-E adapter, which employs an Intel AX200 chip supporting all Wi-Fi 6 channels. With the AP’s 80MHz channels enabled from the cloud portal, close-range copies of a 25GB test file between the workstation and a server on our 10GbE LAN averaged an impressive 109MB/sec. This dipped to 97MB/sec with the AP ten metres away.

With the AP’s 160MHz channels activated, the workstation reported a 2.4Gbits/sec wireless connection. Unsurprisingly, our file copies maxed out the AP’s gigabit port and only increased to 113MB/sec at close range and 111MB/sec at ten metres.

It’s a shame the EAP650 isn’t endowed with a 2.5GbE LAN port, but it still delivers impressive performance over Gigabit that will satisfy all but the most demanding of environments. It offers plenty of wireless features, including meshing, all easily managed from the Omada cloud portal, and for an AX3000-rated Wi-Fi 6 AP, it’s great value as well.

TP-Link Omada EAP650 specifications