

Neat, I might finally be able to use a proper Linux PC as HTPC instead of an Odroid running CoreELEC once HDR switching works.
Neat, I might finally be able to use a proper Linux PC as HTPC instead of an Odroid running CoreELEC once HDR switching works.
Bazzite has a version for legacy Nvidia GPUs (including the 10xx series). I would start there.
SteamOS, even if it releases anytime soon, most likely will not support your GPU.
I switched from Fedora KDE to Kinoite a few months ago. Both were 100% stable for me as well.
The main reason I switched to Kinoite is because I’m a digital hoarder and after 5 years or so all my systems are completely trashed with various libraries, 12 different PHP/.NET versions, custom builds and a bazillion Python packages.
In the end it always causes issues like my builds stop working because I have some ancient version of a library stashed away somewhere.
Immutable distros are really easy to return to “factory defaults”. It keeps a list of all the packages that are installed on the system and everything else now goes in Toolboxes, Distroboxes or Docker containers. If I mess up my C++ environment (again) I can just delete that toolbox and start from scratch.
I still manage to bloat my home directory but that is much easier to clean up than looking through all system files.
That’s a shame. Still very cool and much tidier than doing it directly but I thought you could actually pull windows:latest now and get going.
Wait, Docker and Podman can create Windows VMs?
I had winapps setup using QEMU quite a while ago but this seems like a much tidier setup.
But more users need Linux.
If your device supports it, you might want to encode to Opus instead. Opus produces much higher quality files at much smaller file sizes than MP3.
For example, Opus at 128kbps is considered transparent when compared to the source file. You can probably go down to 64-96kbps when its just for playback in your car.
https://wiki.xiph.org/Opus_Recommended_Settings
As for transcoding them, you might want to check out ffmpegfs: https://github.com/nschlia/ffmpegfs
It can create a “virtual” drive based on your source files and automatically transcodes them when you drag & drop files from there onto your device.
Fedora Kinoite, because it fits my workflow the best and has a nice mixture of stable and leading edge.
Everything I run was containerized either way (Flatpak, Docker or Podman) long before I switched to an immutable distro.
I have lots of different development environments for various versions of different programming languages that are incredibly easy to setup, throw away and recreate with toolbox without having to dive into the language specific tools for creating virtual environments (venv, conda, …). On regular Linux/Windows systems I end up at a point after a few years where there is junk laying around everywhere from 6 different PHP versions, 7 gcc variants and 8 .NET versions.
I was on Fedora KDE before that and the main reason for choosing it was that Ubuntu/Debian/Mint were too old to include firmware for my GPU. Arch and derivatives are on the opposite side of the spectrum and are too new for my taste, I’m fine with waiting a few weeks for .1 versions to release with bugfixes.
As for why not Bazzite or Aurora: Because I wanted to be as close to the original (Fedora & KDE) as possible. The modifications those distros make (and I need), I can do myself in a few minutes.
I do recommend Bazzite or Aurora for less experienced people though, they have a lot of tweaks that Kinoite is really lacking. Kinoite, just like the Fedora KDE variant has a lot of polishing issues that quickly become gigantic obstacles for beginners (Nvidia drivers, Flathub repository, H264/H265 codecs, missing udev rules, …)
I don’t have a Behringer UV1 but I do have an UMC404HD and an UMC202HD. Both work flawlessly on Linux out of the box.
Doesn’t work for me unfortunately, always falls back to CPU ever since the packages were split up.
Looks like you’re right.
I switched to it when Alpaca stopped working on AMD GPUs and was under the impression it is open source.
Distrobox is much more suitable for installing RPMs on immutable distros, unless they need deep system access (e.g. Docker).
Bazzite even ships with DistroShelf for that purpose.
Just create a Fedora container for RPMs and a Ubuntu/Debian container for DEBs and install them there.
LM Studio is by far my favorite. Supports all GPUs out of the box on Linux and has tons of options.
It does!
If you want to actually digitally sign you can add a key in your OS and then go to “Tools -> Digitally sign” where you can choose a background image which you then can drag where you want to have it.
If you only want your written signature in there, you can create a stamp for it. Click on the arrow beside “Yellow Highlighter” (or whichever tool you have selected) in the top right corner. Select “Configure Annotations” and hit “Add…”.
Make the type a stamp, give it a name like “Signature” and select an image you want to use. After that save and apply.
You can now select your stamp in the top right corner and place it anywhere by clicking or dragging over the PDF.
As a side note, depending on where you live a written signature in a PDF is meaningless at least in terms of legally binding documents.
Why not run the image registry on the Raspberry Pi itself? Then you can do your builds on your regular machine and push them to your Raspberry Pi when done.
This works out of the box on KDE (should work on GNOME too), what desktop environment do you use?
I just installed a fresh Debian 12 VM and it looks like this on the login screen:
However, I don’t have an Nvidia GPU, so maybe their drivers disable Wayland?
There is something in the Debian wiki for Wayland on Nvidia: https://wiki.debian.org/NvidiaGraphicsDrivers#Wayland
Your entire session has to run in Wayland, you can’t only run Firefox in Wayland.
Can you run echo $XDG_SESSION_TYPE
in your terminal? Does it say x11 or wayland?
As of version 121, Firefox defaults to Wayland if your session is running Wayland.
Might want to try in a fresh profile since you made config changes.
Up until recently, there was no HDR support at all on regular desktop Linux. Now Wayland has HDR support and Kodi is getting it soon.
CoreELEC on Odroid (and many other ARM boxes) is able to switch between HDR/SDR, different resolutions and passthrough all audio codecs. All of which I need for proper media playback in my home theater.