Xiaomi AC1200 2 Pack Dual-band (2.4 GHz / 5 GHz) Wi-Fi 5 (802.11ac) White Internal

The Xiaomi AC1200 Mesh System Router 2 Pack is designed to provide comprehensive, high-speed Wi-Fi coverage for large homes while seamlessly blending into your home decor. Its sleek, white, minimalist design enhances the aesthetic of any living space, making it both a functional and stylish addition to your home network. The compact size ensures that it fits effortlessly in any room without taking up too much space.

Setting up the Xiaomi Mesh System is incredibly easy, thanks to the prearranged kit pairing that comes with the 2-pack version. All units are pre-paired before leaving the factory, allowing any unit to serve as the main router. Once the network configuration is completed on the main router, the other units can be powered on to automatically form a Mesh network. This mesh technology from Xiaomi ensures that signal blind spots are eliminated, providing strong and consistent Wi-Fi coverage even in complex housing layouts.

The Xiaomi AC1200 Mesh System supports multiple routers to form wired, wireless, or hybrid Mesh networks. It features millisecond-level roaming latency and automatic network optimization, ensuring real-time, uninterrupted Wi-Fi throughout your home. With dual-band wireless speeds of up to 1200Mbps, the system provides fast and reliable internet. The 2.4GHz band excels at penetrating walls for better coverage, while the 5GHz band offers higher bandwidth for faster speeds.

This system is equipped with two Gigabit WAN/LAN auto-sensing Ethernet ports for flexible use and supports connectivity for over 120 devices. Whether you’re streaming films, attending online classes, gaming, or controlling smart home devices, the Xiaomi Mesh System handles it all effortlessly. Additionally, you can monitor and manage your network status in real-time with the Mi Home/Xiaomi Home app. The system also prioritizes Xiaomi and Redmi smartphones, providing an exclusive acceleration channel in gaming scenarios to reduce lag and latency.