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DTRI

Our Technological Expertise

At DTRI, we are developing advanced Software Defined Radio (SDR) systems to enable reliable, real-time wireless communication between drones and their ground controllers. Our solutions are designed for low latency, adaptability, and scalability—supporting control, telemetry, and video transmission in demanding field environments.


SDR

SDRs enable flexible and reconfigurable radio communication by shifting signal processing tasks from hardware to software. They allow dynamic tuning across frequencies, support multiple protocols, and simplify development by using general-purpose hardware for diverse wireless applications.

FPGA

FPGAs enable real-time hardware acceleration and precise control of signal processing tasks. With reconfigurable logic, they let us implement custom data paths, interface with radios, and prototype high-speed communication systems efficiently.

GNU Octave

GNU Octave is a powerful tool to design, simulate, and validate signal processing algorithms for wireless communication.

It helps model behaviors, test techniques, and optimize performance before hardware deployment—streamlining development and improving accuracy.


GNU Radio

GNU Radio provides simulation and hardware control capability for radios. This dynamic tool helps in simulation channel conditions, controlling external devices to build a practical communication system.