This article discusses a technology for efficient compression and transmission of video signals using deep compression with H.264/H.265 in KVM matrix video compression. Here is a fundamental architectural scheme:
Video Source: In KVM matrix systems, the video source can be a computer, server, camera, and more. The video source outputs the original video signal.
Video Encoder: The original video signal is compressed using H.264 or H.265 encoders. These encoders utilize video coding algorithms to convert the original video into highly compressed video streams by removing redundant information and leveraging statistical characteristics of the video content.
Compression Parameter Configuration: Compression parameters of the encoder are configured based on requirements and network bandwidth limitations. This includes bit rate, resolution, frame rate, etc., to balance video quality and transmission efficiency.
Network Transmission: The compressed video stream is transmitted over the network to the target device. Standard network protocols like TCP/IP or UDP/IP can be used for video stream transmission.
Video Decoder: The received video stream is decoded using the corresponding H.264/H.265 decoder on the target device. The decoder restores the compressed video stream to the original video signal.
Target Display: The decoded video signal is displayed on the target device's monitor. This can be a monitor connected to the target device or another video output device.
By utilizing H.264/H.265 deep compression technology, KVM matrix systems can achieve efficient video transmission and display. This compression technology reduces bandwidth requirements while maintaining high-definition video quality and smoothness. Specific implementation details and configuration parameters may vary depending on the particular KVM matrix system and usage scenarios.