Optical fiber signal encoder and method thereof

Abstract

The invention provides an optical fiber signal encoder which comprises an optical fiber signal input module, an SDI signal receiving module, an HDMI signal sending module, an SDI signal driving module, an HDMI signal receiving module, an encoding main processor module and a switch module. According to the optical fiber signal encoder provided by the invention, data are transmitted through an optical fiber signal, so that a problem of video ultra-long-distance transmission is solved. An optical fiber signal is converted into an HDMI signal to be sent, and efficient compression of a video signalis completed; meanwhile, the received HDMI signal is converted into a BT1120 video signal, and then the BT1120 video signal is converted into an RTSP network flow based on UDP through secondary coding for network distribution, so that problems of real-time playing, bandwidth transmission, storage, high-definition display and the like of the video are solved.

Description

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AI Technical Summary

Benefits of technology

This patented technical solution described in this patents allows an OpGen® system (optical fibers) to transmit digital videos over long distances without being affected or losing their quality due to interference from other sources like radio waves or electromagnetic radiation. It achieves these benefits while also compressing them efficiently with advanced techniques such as HDDM/HDCP coding and decoding algorithms that allow it to be used on different types of networks. Overall, this new way of delivering large amounts of content has improved efficiency and flexibility compared to traditional methods.

Problems solved by technology

Technics: Direct Video Transmission, like Video or Digital Imaging Broadcast System (Bluetooth) requires long distances between servers and players due to their limited communication range with traditional broadcast technologies. Additionally, streaming videos require longer time compared to playing images over internet protocol networks. Therefore there needs improvement in delivering these types of content efficiently without sacrificing quality.

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