Tenda Nova ME3 Pro 7 WiFi Mesh System - BE3600 Dual Band (2.4GHz: 688Mbps, 5GHz: 2882Mbps), Coverage for 3-4 Bedrooms - 3 Gigabit Ports per Unit, NFC, WPA3, Pack of 3

[ATTENTION] : The new generation of Wi-Fi 7 Mesh uses a mesh network technology different from the MW3/MW6 series. Therefore, it is NOT compatible with MW3/MW6 series and DOES NOT SUPPORT the 6GHz band.

[Maximum Speed and Wide Compatibility] : The ME3 Pro dual-band WiFi Mesh system uses MU-MIMO and Beamforming technologies to ensure a lightning fast connection, with speeds of up to 2882 Mbps on the 5GHz band and 688 Mbps on the 2.4GHz band. In addition, it is fully compatible with most Internet service providers (cable, fiber optics, DSL, etc.).

[Stable Signal and Maximum Security] : The Mesh 7 WiFi System is the perfect solution to replace traditional routers and repeaters, offering coverage of up to 330 m². Adopt WPA3 standard to encrypt your password and protect your network from hackers. In addition, Guest Mode allows your friends to use a dedicated network, protecting your privacy.

[3 Gigabit WAN/LAN Ports] : This 7 Mesh WiFi system features 3 x 1000Mbps WAN/LAN ports, providing greater flexibility for broadband usage with double speeds and stable data transfers.

[Extended Coverage] : Thanks to the integration of 5 internal antennas, 5 FEM power modules and a WiFi 7 chip at 6nm, the 7 Mesh WiFi system ensures complete coverage and ultra-stable signal throughout the home, offering the most reliable connection to every device.

[One-Touch Wi-Fi Connection] : Connecting Wi-Fi is more convenient than ever with this mesh system. Simply pull your phone closer to the dedicated NFC sticker and connect in an instant.

[Multi-Link Operation (MLO)] : MLO technology combines the 2.4GHz and 5GHz bands to increase data transmission speed by 50% and significantly reduce network latency, enabling seamless online streaming.

Multi-Resource Unit (MRU): Multi-RU technology enables higher data transmission than Wi-Fi 6, reduces signal interference and improves efficiency in multi-device environments.