The combination of drones and MESH, especially the application in individual soldier backpack MESH, demonstrates the cutting-edge development of modern communication technology.
The MESH drone is a communication device specially designed for individual soldiers. It is characterized by small size, light weight, and equipped with a high-capacity removable battery, allowing individual soldiers to easily carry it on their backs, thus fully freeing their hands. . This radio has the ability to quickly connect to the network and automatically multi-hop relay. It can provide multimedia communication services such as voice group calling, video backhaul, and relay transmission for individual soldiers, tactical teams, and even tactical police dogs to achieve efficient collaborative operations.
Specifically, this radio has a built-in removable large-capacity lithium battery and has a transmit power of 8W. It does not rely on any basic communication facilities and can build a wireless IP network temporarily, dynamically and quickly. This network has the capabilities of self-organization, self-recovery, and high resilience, and can support multi-hop transmission of multimedia services such as data, voice, and video. In emergency scenarios, this radio can quickly establish a dedicated communication network for users and provide stable transmission channels for IP data services such as voice, messaging, and video.
When we combine drones with this kind of individual self-organizing network radio, the drone can serve as a relay node in the air to expand the communication range and enhance the flexibility and reliability of communication. Drones can carry such radios, allowing individual soldiers to communicate quickly and reliably by automatically establishing and managing wireless networks. At the same time, drones can also use their cameras, sensors and other equipment to provide individual soldiers with real-time images and data information, further enhancing combat decision-making capabilities and response speed.
In addition, this backpack-type individual self-organizing network radio also has functions such as anti-interference, encryption and location tracking. In complex combat environments, these functions can provide reliable communication support for individual soldiers and ensure the security and accuracy of communication information. At the same time, the location tracking function can also help commanders grasp the location and dynamics of individual soldiers in real time, providing strong support for combat command.
The MESH for individual soldiers is small in size, light in weight, and equipped with a high-capacity removable battery, making it easy for individual soldiers to carry on their backs and fully freeing their hands. With fast network access and automatic multi-hop relay, it can provide multimedia communication services such as voice group calling, video back-haul, and relay transmission for individual soldiers, tactical teams, and tactical police dogs to achieve efficient collaboration.
Both: Beidou positioning function, and also supports WiFi coverage, which can be used with WiFi-enabled smart terminals for various communications. The system adopts co-frequency networking and multi-hop relays, and supports any network topology, such as point-to-point, point-to-multipoint, chain relay, mesh network and hybrid network topology. It can provide wireless broadband communications immediately for "peaceful and emergencies" tasks such as emergency response, anti-terrorism and riot prevention, covert reconnaissance, special operations, rescue and disaster relief, and daily patrols.
Transmission distance: up to more than 30km in an open environment on the ground, 1000~5000m in a blocked environment (depending on the blocked environment), and more than 50km from the air to the ground.
main feature:
1.Centerless networking: Nodes have equal positions and can be used as terminal nodes, relay nodes or central nodes.
2.Arbitrary structure networking: nodes automatically identify and select the optimal route for bandwidth data
3.Security and confidentiality: Support DES encryption through layer-by-layer encryption such as working frequency, carrier bandwidth, scrambling code, etc.
4.Anti-interference and anti-destruction: Use COFDM, MIMO, ARQ and other technologies to improve data bandwidth and anti-interference performance
5.Flexible multi-node networking: Automatically calculate link routing based on channel quality, rate, bit error and other indicators for flexible networking
6.All-IP network interoperability: supports transparent data transmission, interconnection and interoperability of multiple systems, and real-time interaction of multimedia services
Recommended parameters:
In general, the combination of UAVs and MESH, especially the application in individual soldier backpack MESH, provides new possibilities and solutions for modern military operations and emergency rescue and other fields. This technology not only improves combat efficiency and response speed, but also ensures personnel safety. The MESH station for individual soldiers has broad development prospects in the future. With the continuous advancement of technology and the continuous expansion of application fields, this kind of radio will become more portable, efficient, and intelligent, and play a more important role in military, emergency rescue, commercial and other fields.
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