By Bestbuy.comAsus - ZenWiFi BT8 Tri-Band 7 Mesh Wi-Fi System ZenWiFi-BT8 1PK - White
Worry-Free Smart Home Mesh. The ASUS ZenWiFi series advances your ever-evolving smart home with worry-free Wi-Fi. The ASUS ZenWiFi BT8 raises the bar for whole-home mesh with Wi-Fi 7 and next-gen Smart AiMesh technology. It delivers blazing-fast tri-band speeds up to 14 Gbps and unleashes superior 6 GHz Wi-Fi. Along with ultra-high-speed dual 2.5-gigabit Ethernet ports and a suite of advanced network and security technologies; this mesh Wi-Fi system is ready for the future of your smart home network today. Design. The Pinnacle of Wi-Fi: ASUS ZenWiFi BT8 embodies our unwavering commitment to developing incredible in-house Wi-Fi and network technologies. Seamlessly connect to your family and friends within a worry-free connected experience. IEEE 802.11BE. Wi-Fi 7 Powering Premium Mesh: The ZenWiFi BT6 boasts cutting-edge Wi-Fi 7 technology. This superior tri-band mesh system unleashes the full potential of Wi-Fi 7 with wired backhaul options. Enjoy a next-generation connected experience for home entertainment and cloud computing; including 8K streaming; HDR gaming; content creation and AI. Superior 6 GHz Wi-Fi: Boasting a superior 6 GHz band; ZenWiFi BT8 unleashes blazing-fast tri-band Wi-Fi 7 speeds up to 14 Gbps. It ensures comprehensive Wi-Fi compatibility for a wide range of devices; from cutting-edge Wi-Fi 6E mobile devices to legacy IoT devices. Comprehensive MLO Support: Multi-Link Operation (MLO) enables buffering-free connection by intelligently combining and switching between the 2.4 GHz; 5 GHz; and 6 GHz bands. ZenWiFi BT8 is built to be future-proof with all Wi-Fi 7 devices; regardless of the MLO mode they use. Ultrawide 320 MHz Channels: Wi-Fi 7 introduces ultrawide 320 MHz channel bandwidth in the 6 GHz band; doubling data transmission capacity. This allows for significantly more simultaneous transmissions at the fastest possible speeds. Efficient 4K-QAM Transmission: Compared to 1024-QAM with Wi-Fi 6/6E; 4096-QAM allows each signal to more densely incorporate larger amounts of data; delivering up to 20% more efficient data transmission.
