What are the application characteristics of DVI optical transceiver?

DVI optical transceiver parameters, supporting computer Zui with high resolution up to 1920 × 1200@60Hz , supports DVIzui with high resolution up to 1080P, supports 1-channel DVI-I terminal input for Audio, RS232 input, optical mode adopts SC interface, can be hot swapped on-site, uses a single mode fiber optic core, supports input and output signal indication, and supports plug and play
DVI optical transceiver application, the DVI-T/R series is a high-performance, low-power, DVI, VGA, Audio, RS232 fiber optic transmission system. Through a single core single mode fiber optic cable, one unidirectional DVI video, stereo audio, RS232 can be transmitted. This unique fiber optic transmission system allows your digital flat panel display to transmit long distances at 1080p resolution. Through a DVI to VGA adapter cable, Can achieve VGA video. In the DVI-T/R system, users can make no adjustments, with simple design and safe, stable, and reliable operation
The DVI optical transceiver adopts advanced uncompressed digital high-definition video and high-speed digital fiber optic transmission technology to transmit HDMI digital high-definition signals over long distances, while supporting audio and RS232 transmission; This product is very suitable for large screen splicing, conference systems, and home entertainment scenarios. The device has strong anti-interference ability, ensuring signal stability
DVI optical transceiver is a terminal device for DVI optical signal transmission, consisting of a receiving end and a transmitting end. A device that can convert one DVI signal into an optical signal through various encodings and transmit it through fiber optic media. Due to the significant advantages of digital technology compared to traditional analog technology in many aspects, just as digital technology has replaced analog technology in many fields, the digitization of optical transceiver has become the mainstream trend. At present, there are two main technical methods for digital image optical transceivers: one is MPEG II image compression digital optical transceivers, and the other is non compressed digital image optical transceivers.