Mesh ad hoc network radio adopts advanced digital communication technology, has the ability of self-organization and self-repair, strong anti-interference ability, strong anti-destruction ability, easy to operate and use, can adapt to complex environments, and is widely used in: the product is suitable for public security, armed police, fire protection and other fields, and is also suitable for mobile vehicles and ships and other equipment, to achieve uninterrupted communication between vehicles and vehicles, vehicles and individual soldiers, and individual soldiers and individual soldiers. In addition, it can also be applied to closed scenes such as mines, tunnels, and basements.
The characteristics of mesh ad hoc networks are as follows:
No central networking: nodes have the same status, and can be used as terminal nodes, relay nodes, or central nodes.
Networking with any structure: Nodes automatically identify and select the optimal route for bandwidth data.
Security and confidentiality: AES128 256 is supported through layers of encryption such as working frequency, carrier bandwidth, scrambling code, etc
Anti-interference and anti-destruction: COFDM, MIMO, ARQ and other technologies are used to improve data bandwidth and anti-interference performance.
Multi-node flexible networking: Automatically calculates link routes based on channel quality, rate, bit errors, and other indicators, and flexibly networking.
All-IP networking interconnection: support data transparent transmission, interconnection of multiple systems, and real-time interaction of multiple services;
As IoT technology continues to evolve, so does the need for low-power designs. Therefore, in the future, MESH ad hoc network radio stations will adopt more advanced low-power design technology to extend the battery life of the equipment. It has the characteristics of high speed, low latency, and large connection. In the future, Mesh ad hoc network radio stations will gradually adopt multi-network technology to improve the performance and communication quality of equipment. With the continuous development of artificial intelligence technology, the future MESH ad hoc network radio will be more intelligent, which can automatically optimize network configuration, automatically detect faults, etc., and improve the reliability and efficiency of the network.