The TQ-7210MCB mobile vehicle mounted self-organizing network device has a 1U product structure, which can meet the user's "communication in motion" needs during vehicle operation. Even when driving at high speeds, vehicles can maintain reliable and efficient bidirectional data transmission with various nodes.

The product integrates Beidou positioning, digital voice, 4G/5G and other modules internally, which can meet various communication needs of users. The product can achieve a transmission distance of over 30KM in unobstructed environments and over 50KM in high ground environments. The product is equipped with AES128/256 encryption technology and can seamlessly integrate with military IP encryption machines. Suitable for application scenarios such as mobility coverage, relay relay multi hop transmission, and longdistance coverage.

● 1U design

   Follow the 1U design standard and meet the standard rack mounted installation requirements 

● Intelligent routing

   Intelligent dynamic routing algorithm, where all nodes transmit signals along the optimal path without the need for manual intervention

● Precise positioning

   Through the built-in BD/GPS positioning module, real-time geographic location and latitude and longitude positioning information can be displayed, and the distance between each radio station can be measured

● Ultra long distance transmission

   Enhanced transmission power, capable of achieving a transmission distance of over 50KM in line of sight environment

● Public network communication

   Customizable 4G/5G public network function, enabling cross regional remote transmission through public network signals 

● Dynamic networking

   Equipped with dynamic networking function, the vehicle can maintain normal data transmission at a high speed of 200KM/h without affecting the stability of data transmission 

● IP interconnection

   Fully IP based design, supporting data transparent transmission function, with data exchange capabilities such as multi network integration and heterogeneous networking

When an earthquake disaster occurs, rescue personnel drive earthquake rescue pickup trucks to the front of the disaster area. Rescue personnel carry various rescue equipment to the disaster site, set up terminal devices and Mesh broadband self-organizing network handheld devices, use terminal devices to collect on-site audio and video data, and wirelessly transmit it to the command rescue vehicle through Mesh broadband portable self-organizing network handheld devices. The front commander can watch the on-site video through the visual command system and conduct command and dispatching. At the same time, the Mesh broadband ad hoc network vehicle base station transmits data to the back-end command center through military satellites, civil satellites or the Internet network of three major operators.