Give Zorin a try. It’s based on Ubuntu but even more user friendly - so much so that my elderly mother has no issues using it, she even prints and scans (a Brother MFD) and has no issues.
I’ve only started using yadm recently so I may not be able to elaborate in detail, but for me the main draw for using yadm (as opposed to Ansible, which I use at work) is the simplicity. It’s basically just a bash script that uses git, so there’s no dependencies besides git and tools installed on most Unix systems. Ansible felt like overkill for what I needed, ie just something to manage and sync my dotfiles.
Also, maybe it’s personal bias, but I really hate installing/using Python-based programs - they often tend to go wild with their dependencies and eventually break. I recall trying to install Ansible on a Raspberry Pi at some point (via pip) and it failed because one of the dependencies couldn’t be compiled for whatever reason. I gave up after trying to fix it for a while, and dropped the idea. I’ve had similar experiences with other large Python projects, there’s always some drama. Why is why I prefer compiled binaries or simple shell scripts like yadm.
I’ve no issues using Ansible at work though. We use it on RHEL so it’s quite stable and doesn’t have the dependency issues you’d get on a bleeding-edge, ever-changing, end-user system. Plus it really shines at the Infrastructure as Code stuff so we use it to automate everything from networking gear to VMs. But I feel it’s overkill for something as simple as syncing a bunch of text files.
I am also thinking about making my own image based on silverblue. there is a video made by bigpod a youtuber about how to make your own custom ublue image
Personally, as a gamer, I use Bazzite, but recently I’ve rebased to a fork of it with my own customisations, and it’s been amazing.
Distrobox > Toolbox btw. Both use podman behind the scenes but Distrobox is a bit more easier to use/fleshed out for desktop usage (eg makes it easy to export/integrate container apps with your the host).
I’d also recommend checking out Nix for installing any packages not on Flatpak or your Distrobox distro, as Nix has its own advantages since it’s you’re running real application binaries directly on your host OS, instead of an exported script (as in the case of Distrobox), so you get better/direct access to system resources and won’t face some of the quirks/bugs you may get from running a containerised app.
That’s only true you succumb to the hardcore Nix fanatics and follow their recommended “declarative” way. However, Nix, as a package manager, is perfectly usable - and accessible - with the imperative way, without having to subscribe to their religion and learn their language and terminology.
In the imperative path, Nix is as easy to use as any other package manager, yet it still retains many of the unique Nix features such as versioned packaged, instant rollback, non-root user-based installs etc.
It’s a shame because Nix is actually really cool and very easy to use if used this way - and especially useful on immutable distros, locked-down systems or distros which have a limited number of packages - but unfortunately, most people are missing out because the fanatics keep preaching the declarative way as if it’s the only option out there.
As long as it doesn’t break I would take this over any alternative minipc
May I ask why though? One of the biggest advantages of using a MacBook is the performance-battery efficiency. If you’re going to get a Mac mini and loading Linux, you lose that advantage.
Unless you’re looking specifically for an ARM64 machine for whatever reason, I think an AMD mini PC, say something like the Minisforum EliteMini UM780 XTX would be technically a better option - you get dual NVMe, dual 2.5G network ports, USB 4.0, Oculink for even more b/w than Thunderbolt, and far more I/O options in general. Not to mention, excellent Linux support.
Parent comment is wrong. The default UX used in Ubuntu may actually be confusing for newbies, as it’s quite different compared to Windows. Just check some screenshots or videos and you can see for yourself. I’d instead recommend going for a distro which uses a more familiar UX (ie the Desktop Environment).
Perhaps a distro which uses KDE, XFCE, Cinnamon, MATE or LXQt by default (these are “desktop environments” (DE) - which is a collection of the desktop shell components (eg start menu, taskbar, dock etc) plus default applications that go with it eg the file manager, document viewer etc). A desktop environment like the ones I mentioned above, in their default settings, should be familiar to most Windows users. Now whilst you can install any DE on any distro, it can be a daunting task for newbies, plus, the settings might not be optimal for you. So it’s better to go with a distro that comes with such easy-to-use DEs by default. Examples of such distros include Linux Mint and Zorin. These, by default, should look quite familiar to you, and should be even more easier to use than Ubuntu.
Both Mint and Zorin are based on Ubuntu, so most of the documentation for Ubuntu should be relevant to Mint and Zorin as well. But if you’re not sure, just include quotes for your distro when you’re doing a web search, eg how do I do this in Linux “Mint” will ensure you’ll only get results with “Mint” in the page.
I’d wager that it’s your scheduler. Prior to the latest kernel release (v6.6), Linux used the CFS scheduler which is outdated and not really optimal for desktop usage. As a result, many third-party alternate schedulers were developed to fix this issue, with the most recent popular ones being the System76 scheduler (used in Pop!_OS), and BORE (used in CachyOS). But this issue has been solved officially now, with the EEVDF scheduler (earliest eligible virtual deadline first scheduling), which has finally replaced CFS.
So if you’re not on 6.6, upgrade to it, or use the System76 scheduler. Also switch to Wayland if you haven’t already and you’ll notice your Linux desktop just as smooth, if not smoother, than Windows.
I have an M1 MacBook Air and a Thinkpad Z13 G1 (running Bazzite KDE with kernel 6.6.3 + System76 scheduler), and comparing the touchpad gestures and window animations side-by-side - especially the gestures and animation to switch workspaces - it’s just as smooth as macOS (at least to my eyes), and that’s quite the feat given that macOS has been the king of smooth animations and responsiveness for a long time.