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1. HOW TO USE FFMPEG TO CONVERT H.265 MP4
2. HOW TO USE FFMPEG TO CONVERT H.265 ANDROID
3. HOW TO USE FFMPEG TO CONVERT H.265 SOFTWARE

You must use AAC audio if you use a MP4 container. Medium works well for most use-cases.Įnabled more parallel processing than default. 23 is good for high quality, 27 is a nice value for medium quality.Ĭan also be slow, fast, superfast. Higher numbers mean better quality and larger file sizes.

HOW TO USE FFMPEG TO CONVERT H.265 SOFTWARE

The basic arguments you need to use for good quality using CPU software encoding are:Ĭrf sets the picture quality target. The same applies to VLC, the plain "stock" version included in modern GNU/Linux is typically compiled without HEVC support.įFmpeg is a nice tool for converting video to HEVC (or x265, which is what you need to call it when you use ffmpeg). mpv and other media players who utilize the FFmpeg library will only be able to play HEVC if such a repository is enabled. The FFmpeg library found in Fedora's own repositories can't. As an example, the FFmpeg library available in the rpmfusion Fedora repository can be used to both decode and encode HEVC video. Most distributions require a user-configured third party repository to be configured in order to play and encode HEVC video. This default severe lack of ability to handle HEVC files means that GNU/Linux users are, out of the box, unable to play the majority of the high resolution video files found on local friendly BitTorrent sites. GNU/Linux distributions do not include tools and libraries capable of playing or encoding HEVC video. VP9, on the other hand, can be played by every web modern web browser except those made by said American fruit company.

HOW TO USE FFMPEG TO CONVERT H.265 ANDROID

The only web browsers that are capable of playing HEVC video are those found on Android devices and those made by some American fruit company who makes overpriced social media interaction devices. Their HEVC resistance means that both Chromium-based web browsers can not play HEVC video. Google controls the Chromium web browser codebase the vast majority of web browsers are based on. The biggest video distribution platform, Google-controlled YouTube, is using the competing free and open VP9 codec to distribute higher-resolution 1440p and 4K video. The result of the patent mess is that some big players not invested in MPEG and their patent-riddled standards, namely Google, refuse to have anything to do with HEVC. Anyone who wants to create commercial products capable of encoding or playing HEVC or distribute video encoded in the HEVC format will have to pay royalty fees to both patent pools. The result of this is that there are two patent pools. The HEVC format is covered by myriad of patents held by a number of corporations who have a hard time agreeing on anything.