I used linux intermittently in the last 15 or so years, migrating from early Ubuntu versions, to Manjaro, Pop!_OS, Debian, etc. And decided to give Arch a try just recently; with all the memes around its high entry point, I was really expecting to struggle for a long time to set it up just as I want.
Disclaimer: your mileage may vary. I’ve been using some sort of unix CLI since the time I learned to pee standing (last year?), and in case of Arch this prerequisite makes the whole process a lot simpler.
Learning curve
The installation process itself was quite simple. Perhaps the most complicated part was the disk partitioning and setting up the bootloader, as I’ve never done it myself. But then again — on any other OS you kind of have to do the same, except maybe through the GUI and not CLI.
One thing you quickly learn when using Arch — is you always should consult their wiki. Actually, “consult” is an understatement; let me put it this way, on the hierarchy of usefulness: there’s reddit, then stackexchange, then random “how-to” websites, then your logic, and then there is the Arch wiki. Exactly in that order, since your logic may betray you, but not the Wiki. Jokes aside though, they’ve somehow managed to document every minute detail, with specific troubleshooting for almost any combination of hardware out there. This is incredible, and as a person who also spends a lot of time writing documentations — hats off to the devs and the community.
Once you learn how the daemons work, how pacman and AUR packages work — the rest is actually quite similar to any other OS. Except that Arch, even with a bloated DE is frigging fast and eats very little battery. I actually use CLI package installation also in Windows (winget) or MacOS (brew), so learning to use another package manager was not too steep.
Drivers
The main caveats actually come when you want specific drivers for your specific hardware. For instance, the out-of-the-box drivers for my laptop speakers were horrible, with the sound seemingly coming from someone’s redacted (never checked, perhaps it was). But that could quickly be tweaked with the “pipewire/easyeffects” with custom profiles which you may find on the web.
GPU drivers were not really that much of an issue for me (if I actually read the wiki properly). Enabling GPU acceleration in some of the apps (like Blender) required the AMD HIP toolkit installed (they have Arch support) with some minor tweaks in the Blender configs. Similarly, the camera, mic and bluetooth drivers were available as AURs or even native pacman packages.
Caveats
Caveats that come with Arch are actually shared among almost all linux distros (or more specifically — DEs). Support of Wayland, while improving gradually over the years (with a great leap forward in Plasma 6), still sucks majestically. Luckily, for many of the most popular apps (slack, zoom), there are third-party AUR packages supporting Wayland natively (I spent a lot of time looking for exactly that on Debian with no success)! All of the apps I needed I actually found with the Wayland support in AURs, but, again, your mileage may vary.
Takeaways
I’d say if you just bought a fresh out-of-store laptop with no data on it to worry about — you should definitely give Arch a try, even if you’re a beginner. Once you fail a couple of times (like I did), you’ll not only learn a lot more about the behind-the-scenes working of your own computer, but will end up having one of the fastest and efficient OS-es out there, which you will now be able to configure to your exact liking.
Unfortunately, I’ve never been able to really daily-drive Linux (and this Arch experiment is no exception). Don’t get me wrong: I love linux and the idea of having independent open-source and infinitely customizable OS. But unfortunately I professionally rely on some of the apps, that have no viable alternatives for Linux (PowerPoint, Photoshop, Illustrator, Proton Drive).
PS. “but what about GIMP, or Krita, or Inkscape, or OpenOffice, or using rsync for cloud storage, or <YOUR_FAVORITE_TOOL>?” you may ask. Trust me, I tried it all. Every last presentation, raster/vector graphics software out there. Regardless of how much I hate Adobe, their software is top tier, and until GIMP becomes the Blender of graphic design, I can’t really rely use it for most of my purposes :(
There are viable alternatives for Linux as you mentioned. But non are going to just be drop-in replacements for those tools. There are a lot of graphics design tools out there now that are just as powerful as Photoshop for what most people need. But the big issue is they are different in just enough ways that it can be a challenge to switch to them once you are used to the way Photoshop and the other windows only tools work. This is just something you are going to have to get over if you want to try Linux longer term.
But it can be far too much to switch all at once and with a completely new OS as well. So don't. Instead start using these tools and alternative on your Windows install now. Start trying out different ones (there are a lot, both open and closed source), and giving each a decent attempt to use. Start out with smaller side projects so you don't interrupt your main workflows and slowly over time start learning and getting used to the different way these other tools work. If you make some effort to do that while on Windows then the next time you try out Linux they wont seem as bad. But if you keep sticking with Windows only software on Windows you are going to find the same issue every time you try to switch.
agree, yes, especially the ProtonDrive configured through rsync: i really need it to be reliable, since i often travel and absolutely need my documents synced automatically with my PC. even in the early versions of ProtonDrive windows/mac app, it was often not syncing, and i would find myself on the road need to download a few gigs worth of slides and pdfs.
Can you list those tools without mentioning the ones mentioned in the article?