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Narrowband Voice Mesh Network Radio (No GPS)(Must Intercom+Base Station)
Narrowband Voice Mesh Network Radio (No GPS)(Must Intercom+Base Station)
Based on simul Hoc centerless self-organizing network technology can automatically form a wireless network when it is turned on. The entire network uses the same frequency point and does not rely on any public network or private network for ultra-long-distance communication. It can create a flexible and highly invulnerable , a centerless narrowband voice mesh network communication system with high confidentiality.
Realizes channel sharing based on time division multiple access, etc., and has group call, all call, single call and other cluster intercom functions.
With extremely low signal-to-noise ratio threshold (1dBm) and extremely high receiving sensitivity (-125 dBm), the single-hop distance exceeds 1.5 times that of other intercom equipment with the same power. With a clear view of the environment from the ground, the single-hop distance of the handheld station can reach 5-8 kilometers , and the single-hop distance of the backpack station can reach 15-20 kilometers
The device does not require GPS timing and can form a single frequency network with the same frequency and simulcast when turned on. It is especially suitable for solving network communication problems in non open-air environments such as indoor large buildings, tunnels and mines
The device comes with a same-frequency relay function, which supports a maximum of eight-hop communication transmission, extending the communication distance by 7 to 8 times. The networking method is flexible, and any node leaving or joining does not affect the communication of the entire network.
Private communication mechanism, combined with AES256 encryption method, achieves super-encrypted communication
Supports IP65 protection level to ensure normal use in harsh outdoor environment
The device has multi-mode precise positioning, teammates 'positions can be shared in real time, and the local display can show teammates’ position and distance.