Through rigorous PCBA design, we can obtain fiber optic transceiver modules with higher stability. We cooperate with well-known optical module manufacturers in Wuhan and Henan, and combine our PCBA board to specifically design optical transceiver modules with high light power and better sensitivity.
In the latest version, We adjusted some components. Improved the anti GPS interference issue while keeping the basic functions unchanged, with an anti burn board after power on and compatibility with the old model
Optical Transceiver is a fiber optic communication module (first person perspective) systems. It is mainly used in unmanned aerial vehicle or robot systems to transmit key data such as high-definition videos, remote control signals, and data through fiber optics instead of traditional wireless image transmission or cable transmission.
optical transceiver is a device that converts electrical signals (such as HDMI, CVBS, UART, SBUS, CRSF, etc.) into optical signals and transmits them at high speed and low latency through optical fibers. It usually consists of two parts: the sky end (unmanned aerial vehicle end) and the ground end.
1. Sky End (TX)
Connect flight control, camera, and remote control receiver
Power supply (commonly 5V/12V)
Convert the signal into an optical signal output
2. Ground end (RX)
Connect to monitor, ground station, and upper computer
Receive optical signals and decode them into raw electrical signals
Connect to ground remote control (bidirectional system)
Application scenarios
Fiber optic drones (especially time traveling drones, racing drones, and research drones)
Industrial Robot Image Transmission
Remote control system under nuclear radiation or electromagnetic interference environment
High fidelity image transmission scenarios
Special Operations Robot System
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