TP-Link Omada EAP670 AX5400 Ceiling Mount Wi-Fi 6 Access Point

High-End Business WiFi 6 to Power Up Your Business AX5400 Ceiling Mount Wi-Fi 6 Access Point AX5400 WiFi 6 Speed

• 4804 Mbps on 5 GHz + 574 Mbps on 2.4 GHz

High-Efficiency WiFi 6

• More connected devices can enjoy faster speeds

Centralized Cloud Management

• Manage the whole network locally or from the cloud

2.5GE Wired Performance

• Boosts overall throughput with a 2.5 Gbps Ethernet port

160 MHz Channel

• Double the data at peak transmission times on a single stream with HE160

Auto Channel Selection and Power Adjustment

• Optimize overall performance by reducing WiFi interference

Omada Mesh Technology

• More flexible and convenient wireless deployment

Seamless Roaming

• Uninterrupted streaming when moving between APs

PoE+ Powered

• Supports both DC (adapter included) and 802.3at PoE+ for flexible installations

Designed for Business Environments Requiring High-Performance WiFi High-End Business Wi-Fi 6 Bring Real Power to Your Business

• WiFi 6 brings faster speeds, lower lag, less interference, and higher capacity.

Seamless Integration into Omada SDN

• The Omada Software Defined Networking (SDN) platform integrates network devices including access points, switches, and routers to provide 100% centralized cloud management and create a highly scalable network-all controlled from a single interface.

Auto Channel Selection and Power Adjustment to Optimize Overall Performance

• Provides powerful wireless performance while significantly reducing WiFi interference by automatically adjusting the channel settings and transmission power levels of neighboring APs in the same network

Deployment & Higher Performance by Omada Mesh Easy Pairing, Less Wiring

• With Mesh technology, Omada EAPs save you from extra wires by wirelessly extending your WiFi signal further and more flexibly to hard-to-wire areas.

Always Stay Smooth with Fast Roaming

• Ensures customers to enjoy uninterrupted streaming when moving around by switching clients automatically to the access points with the optimal signal.