Xiaomi Mi AIoT Router AX3600


Price:
Sale price54.990 KD

Description

Up to 248 devices connected simultaneously

A flagship router is a complex environment that must be capable of supporting multiple people playing games, family gatherings, and house parties with multiple devices. The AX3600 has 512 MB of memory and supports up to 248 devices connected simultaneously, making it the simple solution for a variety of locations.

Up to 248 devices connected simultaneously

Supports beamforming technology for directional enhancement signals

Supports beamforming technology for directional enhancement signals

Beamforming automatically detects the location of devices such as mobile phones and computers in the network, enhancing the signal in that location and providing effective Wi-Fi coverage over a wide range and with a stable signal quality.

Wi-Fi 6 throughout the house

Enjoy high-speed Wi-Fi 6 throughout the house. Instead of dealing with dead spots from a single router, multiple mesh groups* can easily handle all kinds of complex home layouts to seamlessly cover the house. Plus, you can enjoy high-speed Wi-Fi 6 everywhere you go with support for the 802.11k/v protocol. Actual experience depends on the actual environment and user end device capability.

Wi-Fi 6 throughout the house

Combined dual bands

Combined dual bands

The Mi AIoT Router AX3600 supports dual-band integration, combining the 2.4 GHz and 5 GHz bands into a single Wi-Fi name. Dual-band terminals can choose the appropriate band access according to the current environment, so you don't have to worry about which Wi-Fi to connect to.


OFDMA technology

OFDMA technology is one of the biggest differences between AX3600 and traditional routers, allowing the AX3600 to send data to multiple end devices with only one transmission (up to eight end devices*), whereas traditional routers will need to transmit data from multiple end devices in turn. OFDMA allows highly efficient transfer and reduced latency so multiple devices can be used simultaneously.

OFDMA technology

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