Product Information
Nighthawk X6 Tri-band Wi-Fi Mesh Extender creates powerful whole home Wi-Fi using your existing Wi-Fi. EX7700 is one of the most advanced tri-band Wi-Fi mesh extenders that includes a dedicated 866 Mbps 5 GHz band for extending Internet speeds to your devices. FastLane3 Technology with dedicated Wi-Fi Link avoids cutting the extended Wi-Fi bandwidth in half. Smart Roaming intelligently connects your mobile devices to the optimal Wi-Fi for superior streaming as you move around your house. Use the same Wi-Fi name and password for seamless connectivity as you roam around the house.
- Seamless coverage for your mobile devices
Smart Roaming intelligently connects your mobile devices to the optimal Wi-Fi for 4K streaming, surfing and more. Now you can enjoy uninterrupted streaming on YouTube or Netflix, even as you move around the house. - Ultimate speed and range without bandwidth drop
Tri-band Wi-Fi Range Extender has FastLane3 technology which features Tri-Band Wi-Fi with speeds up to 2.2 Gbps, a Dedicated Wi-Fi Link to the router to avoid halving of bandwidth of extended Wi-Fi signals and innovative antenna design for ultimate coverage. Now you get a congestion free path for all your devices to connect to the internet. - Connect more
Connect your Smart TVs and game consoles to the one of the two Gigabit Ethernet ports. Intelligent LED indicators help in optimal placement of the extender. - 2.2 Gbps wireless access point for your Ethernet
Do you have a pre-wired home? Easily create a tri-band access point using a wired Ethernet connexion. Pair with your existing ISP modem to enhance Wi-Fi for your small office or home office and expand your network. - Nighthawk Router + Nighthawk Mesh Extender
Enjoy all the advanced router features that a Nighthawk has to offer and easily build your own powerful Wi-Fi network by adding the Tri-band Wi-Fi Range Extender. Now you have the flexibility to customise networks in 2.4 and 5 GHz. Use your existing router's SSID to create a single network or use multiple SSIDs to create separate networks.