English 
In the image processing of CT, MRI, PET, ultrasound and other equipment, data transmission requires high-quality clarity and integrity, and these equipment are usually surrounded by strong magnetic fields and high-frequency interference. Active optical fiber cables can avoid signal distortion and data loss caused by interference in traditional cables through their natural anti-electromagnetic radio frequency interference ability, and ensure the authenticity and losslessness of transmitted image data. For example, in the PET or MRI imaging process, active optical fiber cables can support high-speed data transmission to ensure that the generated high-resolution images can be stably transmitted to the display device or storage system.
In telemedicine and auxiliary diagnosis scenarios, active optical fiber cables play an important role in image acquisition and display. It can support high-definition acquisition equipment (such as endoscope cameras, ultrasound equipment) to transmit high-resolution image data in a high-fidelity and anti-electromagnetic interference manner, while providing ultra-high-definition image output to the display at the display end, ensuring that doctors obtain clear and distortion-free diagnostic images, thereby greatly improving the accuracy of diagnosis and collaboration efficiency.
In live surgical recording, medical training and conference demonstrations, the quality of image and audio and video transmission is crucial to the teaching effect. Active optical fiber cables, with their ultra-high-definition, long-distance and attenuation-free transmission capabilities, perfectly meet the needs of demonstration equipment for high resolution and detail restoration. For example, in academic conferences, ultra-high-definition surgical videos can be transmitted over long distances to projection equipment or screens through active optical fiber cables, ensuring lossless signal transmission, clear details, and high-quality professional presentations.
