![]() Hopefully you were lucky enough to go with the newer gen □įinally, and just FYI, each hardware/driver supports specific CODECs, as show from the following table copied from a Wikipedia post: Table with encoding/decoding capabilities of each Intel GPU by generationĪs a side note, according to Debian’s Video Acceleration wiki, for Nouveau and the various AMD drivers, install mesa-va-drivers package. If you are unsure which GPU generation your CPU embeds, check the table below copied from a nice Linux Reviews post: Table with Intel GPU generationsīased on the table above, you will be able to decide whether you need the i965-va-driver or intel-media-va-driver. Therefore, you basically have four choices of packages, as the table below shows The free drivers are available by default and will enable the hardware to decode video, whereas the non-free driver requires adding “non-free” to your APT sources in order to enable the hardware to both encode and decode video streams. I will assume you are using either Debian Bullseye (aka 11.6) or Ubuntu Jammy (aka 22.04) for simplicity, but a quick research for the correct package name can be done to adjust this post for different distros.įor Intel GPUs, drivers are distributed according to both GPU generation and driver license (aka free/non-free). Selecting the correct Intel driverĮach Linux distribution may differ in terms of package naming for the same drivers. ![]() ![]() Proxmox server configurationĪlthough it might be obvious to some, it is worth mentioning that before we can passthrough the Intel GPU to the container, the Proxmox host itself must be properly configured so that all devices are recognized by the host SO and exposed downstream. First we need to make sure Proxmox server itself is using proper GPU drivers and next we do the actual passthrough to the desired LXC container. The configuration process is two folded, but simple, don’t worry. You just need to use the appropriate tar command line options.DISCLAIMER: This post has been tested on a Intel NUC NUC8i3PNH which features a i3-8145U CPU (Whiskey Lake CPU family) with UHD 8th gen GPU and on a Intel NUC NUC6i5SYH which features a i5-6260 CPU (SkyLake CPU family) with Iris Graphics 540 GPU The tar command will work happily with both types of file, so it doesn't matter which compression method was used - and it should be available everywhere you have a Bash shell. bz2 extension suffix indicates that the archive has been compressed, using either the gzip or bzip2 compression algorithm. Someone somewhere is probably still using tar with tape. Forty years later we are still using the tar command to extract tar files on to our hard drives. Tar files date all the way back to 1979 when the tar command was created to allow system administrators to archive files onto tape. tar portion of the file extension stands for tape archive, and is the reason that both of these file types are called tar files. ![]() tar extension is uncompressed, but those will be very rare. tar.bz2 extension are compressed archive files. Here's how to extract - or untar - the contents of a tar file, also known as a tarball. You'll encounter them frequently while using a Linux distribution like Ubuntu or even while using the terminal on macOS.
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