The TQ-7305MB portable single soldier backpack adopts the latest appearance technology design, with a compact structure and sturdy interface, suitable for various carrying methods. The radio supports the 1420-1520MHz broadband communication frequency band and can transmit HDMI high-definition videos in real-time to the backend command platform.

After the product is turned on, it can quickly establish a dynamic communication network without manual configuration. The radio station can quickly connect to the network to provide multimedia interactive services such as voice group calling, video feedback, GIS positioning, and personnel perception for emergency command, achieving efficient collaboration. IP67 military grade design, capable of handling various harsh environmental fields.

● Broadband communication

   Supports 1420-1520MHz broadband communication frequency band, effectively responding to complex terrain environments, and has the ability to customize frequency bands 

● Mah

   Working hours ≥ 6 hours, standby time ≥ 12 hours, maintaining efficient use in outdoor and non electric working environments

● Intelligent frequency selection

   Support intelligent frequency selection, 5/10/20MHz bandwidth adjustable 

● Efficient management

   Provide PC and APP management tools, supporting functions such as dynamic topology, link status monitoring, and real-time data configuration

● Flexible networking

   A decentralized self-organizing network with flexible and adaptable carrier bandwidth, supporting various network topologies such as point to multipoint, chain relay, mesh, and hybrid

● High reliability

   Aircraft plug interface design, stable interface, with super strong anti vibration, anti water and other protective performance

The effective measure to prevent fires is to conduct 24-hour large-scale and large-scale real-time monitoring of forest areas. Cameras and self-organizing network devices are installed at high altitudes in the forest, and the cameras and devices are supplied with long-term battery life through a solar power supply system. The cameras have infrared thermal imaging sensing technology and intelligent recognition of video images. When a fire source is discovered in the forest, it is transmitted to the forest fire department through wireless self-organizing network. When an alarm is issued, it indicates that the current temperature in the area is high and there is a fire hazard. The ignition point is accurately located, and relevant information is reported to firefighters. The firefighting team carries firefighting equipment to extinguish the fire, which is more timely, accurate, and effective in preventing the occurrence of fires.