MIMOmesh Wireless Data Link Module Series by China Suppliers - Factory with Advanced Beamforming & Anti-Jamming Features
Performance
- MESH network (self-forming, self-adapting, self-healing), high-speed throughput
- Non-visual urban construction, jungle multi-path transmission terrain, effective connection
- High-speed movement of ground, water and air, effective connection
- Multiple antenna settings, omnidirectional, high gain orientation or mixing
- GPS/BD and Multicast Support
Network Performance
- Self-organizing, self-healing mobile Mesh networks, multi-hop routing, dynamic topology
- Ultra-Reliable Low Delay Channel for Command and Control (URLLC)
- Optimizing video streaming media channels on the same wireless link
- End-to-end IP architecture for unicast and multicast traffic
- Data transmitted over the air can be encrypted with up to 256-bit AES
- Take advantage of the most advanced and scalable SDR Communication platform
- Embedded network management APIs
Other Specifications
- Small Size, Light Weight, and Low Power-Low Cost (SWAP-C) for Mobile Device Applications
- Ethernet and UART interfaces can be easily integrated into different system architectures
- Rugged earthquake-resistant construction, industrial temperature range
Frequently Asked Questions (FAQ)
Q: What are the key features of the self-organizing MESH network?
The system features a self-forming, self-adapting, and self-healing mobile Mesh network with dynamic topology, high-speed throughput, and multi-hop routing capabilities.
Q: How does this system perform in challenging environments?
It ensures effective connections in non-visual urban construction, jungle multi-path transmission terrains, and supports communication during high-speed movements across ground, water, and air.
Q: Is the data transmitted over the network secure?
Yes, data transmitted over the air can be secured using advanced encryption standards with up to 256-bit AES encryption.
Q: What interface options are available for system integration?
The module is designed with Ethernet and UART interfaces, allowing it to be easily integrated into various system architectures.
Q: What does SWAP-C stand for in relation to this device?
SWAP-C stands for Small Size, Light Weight, and Low Power-Low Cost, making the device highly optimized for mobile applications.
Q: Can this device withstand harsh physical environments?
Yes, it features a rugged, earthquake-resistant construction designed to operate reliably within an industrial temperature range.