Excellent single hop distance, this technology is derived from digital television broadcasting technology and has an extremely low signal-to-noise ratio threshold (1dB) and a receiving sensitivity approaching the Shannon limit (-125dBm), achieving a 50% increase in communication distance under the same transmission power.

Without the need for routing, multi-level mesh relay is achieved, and the network has excellent self-healing capabilities. This technology uses the physical layer for relay networking, and communication between network nodes does not require routing. Any node leaving or joining will not affect the communication of the entire network.

This technology supports multi-point merging and transmission of data without generating overlapping interference, forming a single frequency network with the same frequency and same broadcast. The receiving nodes can merge signals relayed from different forwarding nodes, greatly improving the coverage distance and communication reliability.

High security, unique encrypted communication, this technology uses a completely autonomous communication baseband, combined with private encryption algorithm technology, communication transmission has extremely high confidentiality.

Special areas such as large buildings, multi story basements, tunnels, and mines are limited by wired resources and complex building structures. This system automatically relays wireless networking through portable terminals, and introduces signals through multi hop forwarding to quickly achieve ground and underground communication.