Question: Do you intend to play games with high-fidelity?
Like, the latest gen iGPUs from both AMD and Intel are capable for light gaming (as can be seen on the many pc-handhelds). But, is that sufficient for you? Or, do you need more raw power on your device?
I'm not very familiar with how stuff works over at (open)SuSE. However, for Fedora, we know that they've gone against Red Hat's policy more than once. At the end of the day, it is(at the very least in name) a community distro.
But, I think we can at least agree on the fact that Canonical's influence on Debian is definitely less than Red Hat's influence on Fedora or SuSE's influence on openSUSE.
Btw, consider conveying this better next time 😅. I think most others, like me, misunderstood you 😜.
Btw, OP, I foresee a switch to Linux Mint Xfce Edition. Please consider writing about your experiences in which you compare Xubuntu to Linux Mint Xfce Edition. Thanks in advance!
How does signing up work? What do they ask in terms of your data (email, name, address, more)? I tried finding out myself but their website misbehaved for some reason.
Until its drivers are completely open source, Nvidia will continue to cause trouble every once in a while.
Therefore, if you liked Sway, then don't leave it expecting to be a lot better elsewhere.
However, Hyprland's community is pretty big and I can only be positive regarding the pace of its development. Therefore, if anything, Hyprland might be able to offer a solution. But, don't forget what I said earlier*.
Technically, if you would have been on Fedora Atomic, you could have just rebased to the Kinoite branch. Perhaps even created a new user so your home folder doesn't get populated by unwanted stuff. And, afterwards, you could rebase back to whatever your original branch was.
Furthermore, downloading any distro that defaults to KDE and offers a live environment should be able to offer you a KDE experience within the live environment as well.
I’m still on the hunt for a distro where everything I need is easy to install. I don’t think any exist, primarily because GPU drivers suuuuuuuck, especially when you need CUDA or ROCm to work.
Have you looked at the opinionated images by uBlue, i.e. Aurora, Bazzite and Bluefin? FWIW, e.g. for Bazzite, AMD's ROCM OpenCL/HIP run-times are fully supported OOTB and there's a workaround for CUDA. It does a lot of good stuff in general. Heck, I'd argue they're one of the most handsfree and easy experiences you may find on Linux.
I expected this to be more feasible on the Intel models for whatever reason.
Historically, in the past few years, for devices that support coreboot, we've had more Intel models than AMD models. So perhaps that's were your hunch stems from.
Unfortunately, I can't take this seriously as 1% lows and additional variance due to difference in DE haven't been accounted for.
Furthermore, you bet that Tuxedo OS has done a splendid job at optimizing performance on a device that's sold by Tuxedo. Therefore, I wonder if it's even a fair comparison to begin with.
What do you mean by declarative system configuration? that thing that nixos does that you set it up thru its config file?
What you refer to in NixOS is indeed its solution to offer declarative system configuration. But the other two mature immutable distros, i.e. Fedora Atomic and Guix System, have their own solutions. Though, Guix System's solution is a lot more reminiscent of NixOS'. While Fedora Atomic leans on 'the ways' established for OCI (and hence containerfile(s) etc). Even less mature immutable distros, i.e. blendOS and Vanilla OS, have put considerable effort into the works for managing their systems declaratively.
I’ve also kept several month old btrfs snapshots on my system and I don’t see a problem with it, they only add like 3 GIB of storage each when they are that old.
My argument here is mostly just "No occupied storage on device is better than some occupied storage on device.". But yeah, its significance is definitely up-to-debate. Perhaps I should have relied more on the built-in aspect; from the mainstream independent and/or highly popular traditional distros only (Garuda,) Linux Mint(, Manjaro, Nobara) and openSUSE Tumbleweed come with built-in rollback/snapshot functionality. But, regardless, the rollback/snapshot part of the equation is definitely the least special (if at all).
Also I’m not sure what you meant by increased security? Is it more secure simply because you can’t edit the root filesystem?
It's indeed related to how some parts of the system are read-only during runtime (under normal circumstances). Hence, some types of attacks are circumvented from the get-go. This, by itself, doesn't warrant the use of an immutable distro over a traditional one; even if the user is security conscious. However, if said user already intends to use a distro that takes security seriously (i.e. Fedora or openSUSE) for the sake of security (or at least it plays some role in their decision-making), then they might as well prefer their atomic counterparts. But yeah, for actual security, one should probs rely on Qubes OS instead. Though, atomic distros have given us the likes of secureblue; which may be the most secure Linux system for general-use we got (besides Qubes OS, if we even count that as Linux). The only other contender is Kicksecure.
I'm very unfamiliar with Ubuntu, so I apologize for my ignorance. Is
universe
their AUR, COPR, OBS? I thought that PPAs were Ubuntu's user repository.