Aerial Vehicle Optical Transceiver

SCT1310/GCT1550

With a maximum transmission distance of up to 100 kilometers

Description

This optical transceiver, specially designed for first-person view (FPV) drones, adopts an economical domestic FPGA and utilizes fiber optic transmission technology to achieve lossless long-distance transmission of CVBS video signals and TTL control signals, ensuring a smoother image output.
The product consists of two parts: the sky end (TX1310nm) and the ground end (RX1550nm), which must be used in pairs. The sky end connects to the drone, while the ground end connects to the controller. By using fiber optics as a high-speed and low-latency data transmission medium, the high-definition video signals captured by the drone can be transmitted in real-time to the ground control station, providing pilots with an immersive flight experience. The fiber optic transmission, with its ultra-wide bandwidth, strong anti-interference capability, and extremely low latency, significantly enhances the performance and application scope of FPV drones.

Features

Support synchronous transmission of CVBS video signal+TTL/UART control signal;

Suitable for simulated camera and CVBS camera;

The fiber optic medium type is single-mode single fiber, default FC interface;

Optical communication technology can effectively resist electromagnetic interference;

The working temperature can be within the range of -20℃~70℃;

Equipment safety, reliability, stable performance, and overall lightweight;

Strong anti-interference ability, large transmission bandwidth, and long distance;

Power Supply mode	DC5V~16V	Product Specifications	54.5 × 29 × 13 mm
Operating Temperature	-20℃~70℃	Storage Temperature	-40℃~80℃
Fiber Type	Single Mode- Single Fiber	Data Interface	SH1.0×7PIN
Data Rate	0~100Mbps	Video Format	NTSC/PAL
Working Wavelength	Sky End 1310nm/1550nm	Data Direction	uniderection
Working Wavelength	Ground End 1550nm/1310nm	Data Direction	uniderection
Transmission Distance	0~120km	Data Format	TTL (UART)

Aerial Vehicle Optical Transceiver

Description

Features

Applications

Specification

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