UAV Mesh Self-Organizing Network System

Tactical Mesh Self-Organizing Network System (MESH)

The interpretation of “MESH” in Tactical Mesh Self-Organizing Network System stands for “mesh network”, a network structure that allows each node (device) to communicate directly with other nodes without the need for centralized routers or switches. This approach is particularly suitable for military applications because it offers high flexibility and redundancy, ensuring that the network can continue to operate even if some nodes fail. In military and tactical environments, the characteristics and advantages of mesh networks (MESH) include:
• High reliability: Each node can communicate with multiple other nodes, so a single point of failure does not cause the entire network to collapse.
• Self-organization: Nodes can automatically discover and establish connections, simplifying network deployment and management.
• Flexibility: Adaptation to dynamic battlefield conditions, supporting instant communication for mobile nodes (such as soldiers, drones, etc.).
• Scalability: New nodes can be easily added without significant adjustments to the existing network.
The MESH Tactical Mesh Self-Organizing Network System employs next-generation wireless radio technology, featuring:
• Small size, compact design, handheld or wearable use
• Can be installed on unmanned platforms as a data transmission channel
• Transmit power of up to 2W
• Rapid deployment of reliable wireless links in complex environments
• Support for wireless transmission of video, images, voice, and data
This product is based on Mesh wireless self-organizing network technology, offering the following performance:
• Self-organizing scale of ≥64 nodes
• Relay of ≥10 hops
• Maximum data rate of 96Mbps
• Flexible and fast Mesh self-organizing network transmission in various complex environments

Moreover, this system also has the following advantages:
• Rapid on-site deployment, quickly establishing a dedicated broadband network environment
• Two-way audiovisual communication between the frontline and rear command vehicles
• Seamless integration with existing IP wired networks, flexible expansion of IP wired networks
• Significant features such as long-distance transmission, anti-blocking, anti-interference, and high reliability
This tactical self-organizing network system plays an important role in military and tactical applications, providing highly reliable and flexible communication to adapt to complex and challenging battlefield environments.