China MIMOmesh Wireless Mesh/Data Link Standard for Vehicles - Reliable Suppliers and Factory Solutions
- MESH network (self-forming, self-adapting, self-healing) with high-speed throughput.
- Effective connection in non-visual urban construction and jungle multi-path transmission terrains.
- Reliable connection during high-speed movement across ground, water, and air.
- Multiple antenna settings including omnidirectional, high gain orientation, or mixed configurations.
- Full support for GPS/BD and Multicast protocols.
- Self-organizing, self-healing mobile Mesh networks with multi-hop routing and dynamic topology.
- Ultra-Reliable Low Delay Channel for Command and Control (URLLC).
- Optimized video streaming media channels sharing the same wireless link.
- End-to-end IP architecture optimized for unicast and multicast traffic.
- Over-the-air data transmission secured with up to 256-bit AES encryption.
- Built on the most advanced and scalable SDR Communication platform.
- Embedded network management APIs for seamless control.
- Small Size, Light Weight, and Low Power-Low Cost (SWAP-C) tailored for mobile device applications.
- Ethernet and UART interfaces designed for easy integration into diverse system architectures.
- Rugged earthquake-resistant construction built to withstand industrial temperature ranges.
How does the MESH network handle difficult terrains and obstructions?
The system utilizes a self-forming, self-adapting, and self-healing mobile Mesh network. This dynamic topology enables effective, high-speed connection even in challenging non-visual urban construction and jungle multi-path transmission terrains.
Is the network reliable for high-speed mobile applications?
Yes, the system guarantees an effective connection during high-speed movements across ground, water, and air platforms, supported by dynamic multi-hop routing.
How is data security managed over wireless transmissions?
All data transmitted over the air can be securely encrypted using up to 256-bit AES encryption, ensuring robust protection for sensitive command and control operations.
What does SWAP-C stand for and what are its benefits?
SWAP-C stands for Small Size, Light Weight, and Low Power-Low Cost. This optimized design makes the hardware highly suitable for mobile device applications where space and power are limited.
What integration interfaces are supported by this system?
The system features standard Ethernet and UART interfaces, allowing it to be easily integrated into a wide variety of system architectures.
Can the hardware operate in harsh physical environments?
Yes, it features a rugged, earthquake-resistant construction designed to perform reliably within industrial temperature ranges.