The FPV unmanned aerial vehicle dedicated optical transceiver adopts a cost-effective
domestic FPGA and utilizes fiber optic transmission technology to achieve long-distance lossless
transmission of CVBS video signals and TTL control signals, making the image output smoother.
The maximum transmission distance can reach 100 kilometers, suitable for complex
electromagnetic environment scenarios such as drone racing, aerial photography, and industrial
inspection.
The product is divided into two parts: sky end (TX1310nm) and ground end (RX1550nm),
which are used in pairs. The sky end is connected to the drone, and the ground end is connected to
the controller. By using fiber optic as a high-speed and low latency data transmission medium, high
-definition video signals captured by drones are transmitted back to the ground control station in
real-time, providing pilots with an immersive flying experience. Fiber optic transmission, with its
ultra large bandwidth, strong anti-interference ability, and extremely low latency, greatly enhances
the performance and application range of FPV unmanned aerial vehicles.
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