TPEAP653

EAP653

TP-Link

Expand your business's Wi-Fi coverage, cutting through high-density spaces with the EAP653 AX3000 Wireless Dual-Band Access Point from TP-Link. Supporting the 160 MHz channel, this dual-band 802.11ax Wi-Fi access point delivers up to 2402 Mb/s over the 5 GHz band and 574 Mb/s on the 2.4 GHz frequency, allowing connected devices to smoothly stream videos and transfer data. It is designed to discreetly blend into most environments when mounted on a wall or ceiling using the included kit. This access point can also be used to expand the coverage of your Omada Mesh network, providing an uninterrupted experience as connected users move. You can operate the EAP653 by transferring power and data through one cable by connecting its Gigabit Ethernet port to an 802.3at PoE-compatible network device. A separately purchased DC power adapter is also supported. Your wireless network is protected with enterprise-class security and you can manage it from almost anywhere using the Omada cloud platform.Ceiling and Wall Mountable The EAP650 features a compact and slim design that blends into most environments when mounted on a ceiling or wall using the included kit.Fast, Reliable Wi-Fi This 802.11ax Wi-Fi access point includes powerful internal antennas that are designed to overcome high-density environments using beamforming, MU-MIMO, load balancing, and band steering technologies to efficiently deliver up to 2976 Mb/s over the 2.4 GHz and 5 GHz wireless frequencies. The system intelligently optimizes performance by automatically switching to channels with the least interference.Omada Mesh Compatible Enjoy seamless roaming from room to room using a single network ID (SSID) by including this access point as part of your Omada Mesh network. Mesh networks are self-healing, meaning that the other access points will compensate should one stop working.Omada Cloud The cloud-based Omada platform allows you to configure, manage, and monitor all your supported network devices from a single interface, which can be accessed virtually anywhere at any time.