Satellite Optical Communication
The large-scale deployment of low-Earth orbit (LEO) satellites is accelerating the bandwidth demands of StarLink. Ground stations need to simultaneously receive high-speed optical signals from multiple satellites, placing higher demands on the transmission rates, noise performance, and interference resistance of receiving equipment.
We offer core chip solutions, including 12×10G, 4×25G, and 12×25G multi-channel TIAs and drivers, which ensure the precise reception and high-speed transmission of optical signals at ground stations. These solutions enable optical communication modules to maintain high sensitivity and low noise performance in complex electromagnetic environments, making them suitable for applications such as LEO satellite ground stations and satellite ground receiving terminals.
We offer core chip solutions, including 12×10G, 4×25G, and 12×25G multi-channel TIAs and drivers, which ensure the precise reception and high-speed transmission of optical signals at ground stations. These solutions enable optical communication modules to maintain high sensitivity and low noise performance in complex electromagnetic environments, making them suitable for applications such as LEO satellite ground stations and satellite ground receiving terminals.
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