3/19/2023 0 Comments Linux quicksyncsudo apt install ocl-icd-libopencl1 beignet-opencl-icd Install the components necessary to support HDR to SDR with hardware transcoding. Install intel-gpu-tools, a tool to provide performance metrics about the CPU/GPU which will be useful to help check performance when transcoding. Install ssh to allow remote ssh connections. Install a collection of network tools, since I still use ifconfig. VAAPI is what is the API used for the hardware transcoding. Install vainfo, a tool to provide information about VAAPI. Install inxi, a tool to provide more system information. The only reason I picked the desktop version is to have a GUI to play around with, but I don't actually use the GUI for anything. You could use the server edition if you wanted. I used ZFS as the filesystem and did a minimal install. I used the Desktop edition of Ubuntu 21.10 and did a fresh installation. If you already have Ubuntu installed, skip ahead. Plex Media Server not already installed.Administrator access to the Ubuntu installation.– Desktop or server edition, it doesn't make a difference, all the commands will be issued from a terminal session This is my attempt to get Plex Media Server fully functional on Ubuntu 21.10 with full hardware transcoding support from the Intel 12th Gen CPU. ![]() In Ubuntu 21.10 support is mostly complete, so I went with that as my baseline system to start with. There are a number of things you can do to add in partial support, but the hardware is still too new. Intel CPU's also offer some of the best transcoding capabilities, via the Quick Sync Video capabilities built into the CPU.Īt the time of this posting, the Intel 12th Gen CPU's (Alder Lake) are not fully supported in the LTS version of Ubuntu (20.04). Ubuntu Linux is very stable, has a lot of online support, and is pretty easy to learn for those new to Linux. One of the best ways setups for Plex Media Server in my experience has been running it on an Intel based Ubuntu Linux installation. I also suggest using Docker instead of a native install. It exists for reference, but I don't recommend using Ubuntu 21.10 at all at this point. and/or other countries.UPDATE 9/22/22 - THIS GUIDE IS DEPRECATED. Intel, Intel Core, Intel Celeron, Intel Pentium, Intel Atom are trademarks of Intel Corporation in the U.S. Transcoder documentation reference provides full list of docs you may find useful for further setup and usage, including troubleshooting.Ĭheck the pricing for our Transcoder and proceed with installation and license purchase in order to use it. Apply settings to multiple servers in a few clicks.Apply changes without interruption of live streaming.Drag-n-drop elements of transcoding scenario.Create any scenario of transcoding for both video and audio.Set up filters in a couple of clicks via web UI.Some of pre-defined filters are image resize, crop, graphics overlay, picture-in-picture, re-sampling etc.FFmpeg™ filters can be applied to both video and audio.Protocols output: RTMP, RTSP, SRT, RIST, MPEG-TS, HLS, MPEG-DASH and SLDP.Protocols input: RTMP, RTSP, SRT, RIST and MPEG-TS.You can build Quick Sync-only transcoding pipelines with Nimble Live Transcoder.Quick Sync H.265 encoder parameters give capabilities to control HEVC encoding.Quick Sync H.264 encoder parameters allow controlling AVC encoding process.Audio input: AAC, MP3, AC-3, MP2, Speex, PCM.Quick Sync hardware transcoding is available on the following hardware: Supported codecs for software decoding and encoding: H.264, H.265 ![]() You just enable it in a couple of clicks and keep using it. Software transcoding is supported on all hardware and virtual servers. Nimble Streamer Transcoder has Intel® Quick Sync support for both hardware and software implementations. Nimble Streamer support for Intel Quick Sync Intel Quick Sync Video uses the dedicated media processing capabilities of Intel® Graphics Technology to decode and encode fast, while also enabling the processor to complete other tasks, providing excellent PC performance and responsiveness. When you want to play that content, upload it online, or copy it to your phone, it must first be decoded and then re-encoded in a new format, a resource- and time-intensive process. Video content is typically compressed and encoded into a specific format when it is stored on hard drives, DVDs, camcorders, cell phones, or broadcast media. With it you can create and edit 3D videos, convert video for your portable media player and for uploading to share with your friends. Intel Quick Sync Video uses the dedicated media processing capabilities of Intel® Graphics Technology to make media processing, and video creation and conversion fast and easy. Nimble Streamer Live Transcoder supports Intel Quick Sync Video technology What is Intel® Quick Sync Video?
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