Many large to small software vendors make use of FFmpeg for their multimedia content creation and delivery. FFmpeg can also be used to combine video and audio, and add various filters to improve or modify the resulting output video file. Often FFmpeg is used to do this live on the Internet when watching a video online, this process is completed to get the video to stream on your device. This is done by breaking down the stream into individual decoded frames to then repackage in the new format. In most cases, a raw input video is passed into FFmpeg, which is then converted to a more common file format accessible by a wide range of devices including smartphones and desktops. Users are able to either quickly complete transcoding with minimal options, or get more advanced and provide different optimizations, depending on their needs. It utilizes several other libraries and codecs, and packages them into one software bundle. FFmpeg* BasicsįFmpeg is a free software framework that is used for transcoding multimedia files including audio and video. This white paper showcases Linux* performance improvements for an Intel ® Xeon ® Scalable processor on video transcoding using FFmpeg with x264 and x265 libraries, compared to the previous-generation Intel Xeon processor E5-2699 v4. FFmpeg* 1 is widely used to meet these requirements for video and audio compressing and decompressing, and provides a way to make use of multiple different libraries in one package. Software vendors have to deliver video streams efficiently and quickly, while maintaining a high level of content quality. Video streaming is becoming a common practice across many different fields and companies.
0 Comments
Leave a Reply. |