This has been tested on Ubuntu linuxġ4.04 running on an x86 CPU.
We also support cross-compilation for ARM targets from linux platforms on x86 targets by using the g++ arm cross-compiler. Our support for these platforms is growing as our user base on these platforms increase. (exclude yasm from the list of packages on these targets). x265 can also be built on linux platforms on ARM and POWERPC targets using the same build insructions above The primary target that we support is x86. $ sudo apt-get install git-all cmake cmake-curses-gui build-essential yasm # Note: if the packaged yasm is older than 1.2, you must download yasm (1.3 recommended) and build it # If you are compiling off the default branch after release of v2.6, you must have nasm (2.13 or newer) installed and added to your path Then follow these easy steps:įor detailed instructions, consult our build README. NASM 2.13 or newer if you are compiling from the default branch to compileĪssembly primitives. YASM 1.2.0 or newer if you are using x265 v2.6 or older, or To ensure your build of x265 is capable of full performance, install To compile x265 you must first install Git and CMake 2.8.8 or later. This will make sure that you don’t have any buffering issues while streaming from your Jellyfin server. In this article, we saw how to install ffmpeg on various Linux distributions and use it to convert a video from x265 HEVC format to x264 format which is less resource-hungry. Conclusionįfmpeg is a powerful tool that can be used to convert videos from one format to another. Please note that this could be a time and resource-consuming process and only proceed with it if you have mid to high hardware specifications (mainly GPU).
00:00:00 and 00:00:50 defines the beginning and end of the output file from the original video. In the above command, -map0 selects all the streams from the input file, -c copy copies all the streams which are selected and then -c:v libx264 finally encodes the video in x264 format.
0 kommentar(er)
