![]() ![]() Part of my problem may have been how Proxmox/LXC scheduled the CPU - it seemed to be reserving some of the CPU for another container, despite that container not needing it. I built it on low wattage hardware (8-core atom C2758-based A1SRM-2758F) that struggled to transcode high-resolution video streams - 1080p streams transcoded at 17 fps, slower than realtime. Its primary roles are as a file system (ZFS storage array) and a media server using Emby, a mono-based (.net) Plex-alternative that I switched to a couple years ago and am very happy with. I based it on Proxmox 4.4 (Debian Jessie 8.6) so that I could use virtualization or its built-in lxc-based container system to segregate the various roles this server will have. When I built my home server I planned it to be a multi-purpose machine. Skip down to the Guide for the how-to guide to get Nvidia GPU Encoding working in a Linux Container (LXC). In this first section I just provide background and some extra details. ![]() It was prickly enough that I decided to post about it - in case I ever need to do this again and have forgotten how, or that this ranks high enough in search results to help someone else who’s struggling. I put off the problem, which I knew would take some work, until this week while I had the house to myself and no school or work to attend to. This project has been on my home media server to-do list since I rebuilt my media server this summer. With some help from this post, this guide has been updated to address that. I found this guide wasn’t working properly because it wasn’t ensuring that /dev/nvidia-uvm was present and passed through to the container. NVIDIA CUDA graphic cards also accelerate video conversion to produce faster results.Update April 2019 I bought a new GPU for my server, a P400 which is capable of transcoding H265 encoded video. The built-in graphic chip this drives the encoding speed up by 3.5x and means video conversion doesn’t take over all of your PC’s resources. Intel HD Graphics technology reduces your computer's CPU load by moving the encoding to SuperSpeed conversion is available for the most demanded formats and devices: AVI, MP4, MOV, MKV, iPad, iPhone, Google Nexus, Amazon Kindle Fire, and more.įast encoding on Intel Media and CUDA-enabled computers Define the part of the file you want to keep using timeline markers and click Convert! Extract your favorite scenes and funny moments, trim, or cut movies without re-encoding via SuperSpeed conversion. Convert video to a different format as fast as straight copying with zero quality loss: preserve bitrate, resolution, and aspect ratio. SuperSpeed conversion: as fast as copying and pasting! The latest codecs used in Movavi Video Converter provide excellent video quality with no noticeable loss. SuperSpeed conversion drives encoding speed up 79 times! Don't let video processing stop your web surfing or work: video is converted extremely fast even without Intel and NVIDIA hardware acceleration and with a maximum CPU usage of only 60%. Movavi Video Converter leaves competitors in the dust. Personalize and protect your movies by adding captions and watermarks. Use smart automatic filters to improve video quality. Adjust brightness, contrast, and other parameters. Trim your video or extract any individual scene from extended footage. In addition to the wide range of supported media formats and mobile devices, Movavi Video Converter gives you a complete set of essential video editing tools. We’ve added new presets for the latest models, too: iPhone 6, Samsung Galaxy S5 and Galaxy Tab 4, HTC One mini 2, Sony Xperia Z2, BlackBerry Z30, Nokia Lumia 1520, LG G3, Sony PlayStation 4, Xbox One, and more.Īdjust and enhance video. Save video for iPad, iPod, iPhone, Nokia, HTC, LG, Motorola, Samsung Galaxy smartphones and tablets, Android devices, Sony PSP, Google Nexus, Xbox 360, and more. No more boundaries between your PC and mobile devices. ![]()
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |