Specialists from RTU MIREA have developed an innovative mezzanine board for a debugging platform that combines software-defined radio (SDR) technologies, autopiloting, and communication interfaces. This versatile solution is suitable for various applications, from drones to industrial control systems.
The board uses FPGA, SDR transceivers, and MEMS sensors, ensuring high-speed and interference-resistant data transmission. The secondary power source guarantees stable operation in autonomous systems. The modular architecture allows the board to be adapted for various tasks, including radionavigation, telecommunications, and robot control.
The platform is already used in radionavigation, industrial automation, and other areas where flexibility and reliability are required. It is suitable for unmanned aerial vehicles, underwater robots, as well as for telecommunications and the military industry.
The project has great potential in areas such as autonomous networks, remote object monitoring, and protection systems, making the platform promising for robotics and transport.
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