SMARTmesh series wireless broadband AD hoc network radio, using the latest generation of software radio (SDR) platform, with long distance, high speed, fast access to the network, fast route switching, flexible networking, 2x2MIMO, abundant frequency band (frequency can be customized), abundant interface, small size, light weight and other advantages. The radio has high integration, low power consumption, compact design, module/airborne/handheld/vehicle/load/outdoor base station and other forms, supporting 0.25Watts x2/0.5Watts x2/1Watts x2/2Watts x2/4Watts x2/5Watts x2/10Watts x2/20Watts x2/40Watts x2/50Watts x2 power output.
SMARTmesh has a high security level and supports multiple encryption modes. Powerful LPI/LPD performance, support frequency hopping, intelligent frequency selection; Support a variety of working modes, point-to-point, point-to-multipoint, multipoint to multipoint; Flexible networking, star network, chain network, mesh network and hybrid network topology. SMARTmesh radio can be widely used in the networking and control of intelligent terminals such as drones, unmanned vehicles, unmanned ships, robots, and can also be applied to individual soldier networking, rescue and disaster relief, emergency communication, intelligent power, forest fire prevention, mine operation, anti-terrorism special service, civil air defense and other industries.

Main features of SMARTmesh broadband mesh radio:
RF performance:
1.One button boot, set up anywhere.Long distance, high throughput
2.Anti interference COFDM / broadband carrier frequency hopping can improve link quality in complex RF environment
3.Excellent multipath and NLOS performance
4.Adaptive radio modulation from QPSK to 64QAM is continuously optimized per packet to optimize link performance in dynamic environments
5.Software defines channel sizes for efficient reuse of spectrum
6.The software defines the operating frequency of the global application
7.Convolution coding, forward error correction (FEC), ACK retransmission, maximum ratio merge, spatial multiplexing, and space-time block coding 8.are used for robust data transmission over noise spectrum
9.Time Division Duplex (TDD) for Bidirectional Transmission
Network performance:
1.Self-organizing, self-healing mobile Mesh networks, multi-hop routing, dynamic topology
2.Ultra-Reliable Low Delay Channel for Command and Control (URLLC)
3.Optimizing video streaming media channels on the same wireless link
5.End-to-end IP architecture for unicast and multicast traffic
6.Data transmitted over the air can be encrypted with up to 256-bit AES
7.ake advantage of the most advanced and scalable OpenWrt ecosystem
8.Embedded network management APIs
Other:
1.Minimum Size, Weight, and Power(SWAP) for Mobile Device Applications
2.Ethernet and UART interfaces can be easily integrated into different system architectures
3.Rugged earthquake-resistant construction MIL-STD-202G, industrial temperature range