ASUS RT-AX89X WiFi 6 Dual Band MU-MIMO AX6000 Gaming Router Dual-Band 2.4 + 5GHz - 90IG04J1-BM3010

The growing number of connected personal and IoT devices has led to an overall increase in network density that is pushing the limits of the current Wi-Fi standard. The 802.11ax standard provides future-proof technologies, higher network efficiency, faster Wi-Fi speeds, greater coverage, and improved battery life for connected devices, providing a significantly better networking experience for users.

Warp-speed Wi-Fi

RT-AX89X is a dual-band Wi-Fi router that provides 1024-QAM for dramatically faster wireless connections. With a total networking speed of about 6000Mbps - 1148Mbps on the 2.4GHz band and 4804Mbps on the 5GHz band - RT-AX89X is faster than 802.11ac 4x4 dual-band routers.

More LAN ports for more convenience

Eight Gigabit LAN ports make RT-AX89X the ideal solution if you have multiple wired devices, such as NAS systems, PCs, and switches. And, if you ever want to host a LAN party at home, RT-AX89X makes it possible.

Ultra-fast wired speed

The RT-AX89X comes with two 10G LAN/WAN ports, one Base-T and SFP+ port, which means both fiber and copper 10G connections are supported. Capture ISP advertised speeds or use your own 10G LAN network between PCs and NAS.

Wireless that's as stable as wired Ethernet

When you are far away from your router, enjoying the stability of a wired network connection is usually impractical or impossible. With special designed antennas, RT-AX89X provides a wide coverage and a stable signal, letting you enjoy a reliable and smooth connection for gaming or work anywhere in your home.

Extreme 2.2GHz quad-core power

RT-AX89X features a 2.2GHz quad-core CPU that is more powerful than many desktop processors. With its incredible performance, RT-AX89X maximizes throughput for the perfect networking performance, accelerates USB data transfers, and more.

Built for multi-device households

With a revolutionary combination of OFDMA and MU-MIMO technology, 802.11ax technology provides greater network capacity and efficiency in traffic-dense environments.