Xiaomi unveiled the BE10000 Pro router with Wi-Fi 7 support and memory expansion

Xiaomi has expanded its lineup of networking devices with the new flagship BE10000 Pro router. It supports AI optimization, two wired 10G ports, three Wi-Fi 7 bands, and the ability to install native storage. It’s priced at 1,699 yuan (about $238) in China.
The router is housed in a vertical tower-type case with a matte finish and dimensions of 242×70×273 mm. It features seven LED indicators, 12 high-gain antennas, and 12 signal amplifiers.
The router is equipped with seven LED indicators, 12 high-gain antennas, and 12 signal boosters.
A 1.8GHz quad-core Qualcomm NPro A7 processor and 2GB of RAM are responsible for performance, enabling advanced AI features and supporting high loads for smart homes, offices, and entertainment.


Three Wi-Fi 7 bands are supported: 2.4GHz, 5.2GHz and 5.8GHz. The total throughput reaches 10,024 Mbps. For wired connectivity, there are two 10 Gigabit ports and four 2.5 Gbps ports with a total throughput of up to 30 Gbps. Link aggregation, IPTV, and game port mode are supported.
It features an M.2 NVMe SSD slot and a USB 3.0 port that lets you turn the router into personal storage with remote access, Samba support, Baidu Netdisk booting, and Docker container deployment.
For cooling, there are heatsinks and a high-speed fan. The device runs on MIWIFI ROM firmware and supports WPA3, SSID hiding, and access control lists.
The router is integrated with HyperOS Connect and can manage a smart home by connecting up to 1,000 network and 300 Bluetooth devices. XiaoAi voice commands, NFC connectivity, and automatic password synchronization are also supported.
The router integrates with HyperOS Connect and can control your smart home by connecting up to 000 network and 300 Bluetooth devices.
Xiaomi says the BE10000 Pro has passed 187 stability tests, including operation in high humidity and multi-day stress tests. There are also five one-touch acceleration scenarios — for gaming, streaming, video calling, live streaming, and online learning.