TQ-7210MCC vehicle-mounted tactical broadband wireless MESH self-organizing network product is a medium-sized, high-throughput wireless broadband MESH device newly launched by our company. The device is developed based on COFDM technology and MESH multi-hop self-organizing network technology, and realizes free networking of different product forms, which can quickly build reliable wireless links for users in complex environments and provide fast and flexible solutions for various business needs (such as: high-definition video, voice intercom and IP data transmission, etc.). The broadband self-organizing network radio station that can self-organize, adapt and self-heal the self-organizing network (Mesh) without a center is the best choice for point-to-point, point-to-many or many-to-many integrated business communications. The Mesh radio station realizes dynamic routing, multi-hop relay of high-definition video, multi-channel data and fidelity calls between different nodes in the same network in complex applications such as fast movement, non-line-of-sight and environmental interference.

With full IP design, flexible installation and use, easy operation and maintenance, it can provide customized frequency bands, expand WIFI, GPS, 3G/4G and other functions, and support integrated communication needs. It can be flexibly applied to military communication networks, public safety networks, emergency communication networks, industry information networks, regional broadband networks, wireless monitoring networks, collaborative management networks and intelligent transmission networks, etc. It provides stable, reliable, timely and efficient high-definition video, multi-channel data, clear voice and visual command and dispatch for military communications, anti-terrorism and emergency response, public security law enforcement, security activities, emergency rescue, fire command, forest fire prevention, forest area monitoring, civil air defense/earthquake, power inspection, digital oil fields, drone groups, fleet communication, ship formation, maritime communications, airport ground services, subway emergency, highway construction, hydrological monitoring, mobile broadcasting, medical and other fields.

● Multi-carrier COFDM technology：

   Peak point-to-point throughput up to 70Mbps

   Point-to-point transmission distance over 30 km (line of sight)

● Multi-hop self-organizing network (MESH) technology：

   Automatic networking and automatic calculation of intra-network routing, no manual intervention required, effectively saving manpower and material resources

   Supports self-organizing networks with more than 64 nodes, automatic multi-hop transmission, and seamless regional coverage

● Portability and ease of use：

   Ready to use, no setup required

   Supports configuration functions via mobile phone, Web, etc., and can be managed remotely

● Customization：

   Transmitting power up to 10W (adjustable)

   Working frequency band 200MHz-2.4GHz customizable

   Signal bandwidth 5/10/20MHz adjustable

This product adopts MESH self-organizing network technology and can be flexibly applied to military communication networks, public safety networks, emergency communication networks, industry information networks, regional broadband networks, wireless monitoring networks, collaborative management networks and intelligent transmission networks, etc. It provides stable, reliable, timely and efficient high-definition video, multi-channel data, clear voice and visual command and dispatch for military communications, anti-terrorism and emergency response, public security law enforcement, security activities, emergency rescue, fire command, forest fire prevention, forest area monitoring, civil air defense/earthquake, power inspection, digital oil fields, drone groups, fleet intercommunication, ship formation, maritime communications, airport ground services, subway emergencies, highway construction, hydrological monitoring, mobile acquisition and broadcasting, medical and other fields.

Wireless communication applications of border and coastal defense MESH ad hoc networks