Yes you can do loads with your Raspberry Pi. Certainly you can install ARM based linux distros onto it, but with an older model you’re best using a Pi specific linux distro.

The official Raspberry Pi OS is linux and is compatible with all Raspberry Pi models - there is a universal 32bit version and a 64bit version for newer models 3+.

There is also Dietpi which tries to be more lightweight and optimised.

You can image either distro onto an SD card and run it on the Pi. If you connect the pi to your network you can run it headless and access it via SSH on your PC.

However, if you main aim is to learn and play with Linux, then it is worth considering alternatives. For example, you could install VirtualBox on your Windows PC, and create a virtual PC to run any X86 linux distro you’d like on it. That can include small systems with command line only or a full desktop environment of your choice. That would likely give you much higher performance and options than a 10 year old raspberry pi can offer.

The Pi is good if you want an always on server device to play with Linux on. The Virtual machine route is good if you want a more powerful system to play with occasionally when you feel like it.

So bizarrely the best experience is to self host and pirate. That’s what you get when the entire entertainment industry is hostile to consumers.

When Netflix first became big, it was popular because it was a one-stop shop for almost all your content. It was like a big library of content in one place, you pay a reasonable monthly fee and it’s all there. Piracy dipped as a result.

Now all the content is fragmented into numerous walled gardens you have to pay separate fees to access. People can only consume the same amount but now they have to pay 4 or 5 fees as the content is spread out.

Unsurprisingly piracy is booming again.

I’ve tried Arch - it allows you to make a system that is exactly what you want. So no bloat installing stuff you never need or use. It also gives you absolute control.

On other distros like Fedora, you get a pre configured system set up for a wide range of users. You can reduce down the packages somewhat but you will often have core stuff installed that is more than you’ll need as it caters to everyone.

Arch allows you to build it yourself, and only install exactly the things you actually want, and configure then exactly how you want.

Also you learn an awful lot about Linux building your system in this way.

I liked building an arch system in a virtual machine, but I don’t think I could commit to maintaining an arch install on my host. I’m happy to trade bloat for a “standard” experience that means I can get generic support. The more unique your system the more unique your problems can be I think. But I can see the appeal of arch - “I made this” is a powerful feeling.

Looking at your error it’s because Rsync is erroring.

I’d starr by testing Rsync with an individual text file saving to /dev/dm-0 and see what error is returned.

Timeshift is good but it basically is just a tool to use Rsync to save a copy of your system folders (or other folders if you wish).

Rsync needs to be able to read the source and write to the destination, so I’d start with testing that Rsync is able to do that.

Given you’re using an encrypted partition it’s possible you’re trying to read/write to the wrong locations. You’ve provided device UUIDs but you’d probably actually need to be backing up the mounted decrypted locations? I.e. the root file system / will actually be a mounted location in your Linux set up, probably under /run, with symlinka pointing to it for all the different system folder. Similar for /home/ if you want to back up personal files.

The device UUID would point to the filesystem containing the encrypted file (managed by LUKS) which will have very limited read/write permissions, rather than directly to the decryoted contents / or /home partitions as you’d expect in a normal system. In particular if /dev/dm-0 (looks to be an nvme drive) is an encrypted destination then really you also want to be pointing directly to it’s decrypted mounted location to write your files into, not the whole device.

Edit: think of it like this, you don’t want to back up the encrypted container with Timeshift, you want to back up the decryoted contents (your filesystem) into amother location in your filesystem (encrypted or decrypted). If the destination is also an encrypted location you need to back up into its file system, not the device where the encrypted file sits. So use more specific filesystem paths not UUIDs. That would be something like /mnt/folder or /run/folder not /dev/anything as that’s hardware location, and not directly mounted in an encrypted filesystem unlike how it can be in a non-encryoted system.

100% CPU use doesnt make sense. RAM would be the main constraint not the CPU. Worth looking into - maybe a bug or broken piece of software.

Also the DE may he more the issue than the distro itself. You could install an even more lightweight desktop environment like Open box. Also worth checking whether youre using x11 or Wayland. Its easy to imagine Wayland has not been optimised or extensively tested on something like your device, and could. Easily be a random bug if the DE is pushing your CPU to 100%

There are super lightweight distros like Puppy linux.

So in terms of hardware, I use a Raspberry Pi 5 to host my server stack, including Jellyfin with 4k content. I have a nvme module with a 500gb stick and an external HDD with 4tb of space via USB. The pi5 is headless and accessed directly via SSH or RDC.

The Raspberry Pi 5 has H.265 hardware decoding and if you’re serving 1 video at a time to any 1 client you shouldn’t have any issues, including up to 4k. It will of course use resources to transcode if the client can’t support that content directly but the experience should be smooth for 1 user.

For more clients it will depend on how much heavy lifting the clients do. I my case I have a mini PC plugged into my TV, I stream content from my pi5 to the mini PC and the mini PC is doing the heavy lifting in terms of decoding. The hardware on the pi5 is not; it just transfer the video and the client does the hard work. If all your clients are capable then such a set up would work with the pi5.

An issue would come if you wanted to stream your content to multiple devices at the same time and the clients don’t directly support H.265 content. In that case, the pi5 would have to transcode the content to another format bit by but as it streams it to the client. It’d cope with 1 user for sure but I don’t know how many simultanous clients it could support at 1440p.

The other consideration is what other tools are being use on the sever at the same time. Again for me I live alone so I’m generally the only user of my pi5 servers services. Many services are low powered but I do find things like importing a stack of PDFs into Paperless NGX is surprisingly CPU intense and in that case the device could struggle if also expected to transcode content.

I think from what you describe the pi5 could work but you may also want to look at higher powered mini PC as your budget would allow that.

For reference I use dietpi as the distro on my server, and I use a mix of dietpi packages (which are very well made for easy install and configuration) and docker. I am using quite a few docker stacks now due to the convenience of deploying. Dietpi is debian based, and has a focus on providing pre configured packages to make set up easy, but it is still a full debian system and anything can be deployed on it.

Obviously the other consideration in the pi5 is an ARM device and a mini PC would be X86_64. But so far I’ve not found any tools or software I’ve wanted that aren’t compiled and available for the Pi5 either via dietpi or docker; ARM devices are popular in this realm. I have come across a bug in docker on ARM devices which broke my VPN set up - that was very frustrating and I had to downgrade docker a few months ago while awaiting the fix. That may be worth noting given docker is very important in this realm and most servers globally are still x86.

If I were in your position and I had $200 I’d buy the maximum CPU and GPU capability I could in 1 device, so I’d actually lean to a mini PC. If you want to save money then the Pi5 is reasonabkr value but you’d need to include a case and may want to consider a nvme or ssd companion board. Those costs add up and the value of the mini PC may compare better as an all in one device; particularly if you can get a good one second hand. There are also other SBC that may offer even better value or more power than a pi5.

Also bear in mind for me I have a mini PC and pi5; they do different things with the pi5 is the server but the mini PC is a versatile device and I play games on it for example. If you will only have 1 server device and pre exisiting smart tvs etc you’ll be more reliant on the servers capabilities so again may want to opt for the most powerful device you can afford at your price point.

I have played with Arch in a VM - I learnt a lot about how Linux works setting it up. But the tutorials and guides are good, and you end up with a lean system with just what you want in it, and pretty much all configured directly by you.

I can see why Arch is a popular distro and base for other distros (like Manjero and currently rapidly growing CachyOS).

But I’m not at the point I’d want to main it. My issue is the concern that because everything is set up by me, it’s a much more unique system so if something breaks it could be a whole myriad of my own choices that are the cause. I’m nervous about having to problem solve things when they break and solutions not working because of how my particular system is configured. It’s probably a bit irrational but I do quite like being on an distro that lots of other people have the exact same configuration as me, so when things break there is lots of generic help out there.

That said I would consider arch based distros like Manjaro or CachyOS as they are in that vain of mostly standardised distro.

I used to use Homeplug to get network from my router front downstairs of the house to the my office upstairs and back. It’s a small house, and I thought the homeplug was ok - I was getting about 150-200mbps of my 900mbps; not great but I thought it was a good as I could get. The electrics are about 10 years old but I could see there was a lot of noise and error correction when I looked at the software that came with the plugs. Simple direct wifi connection was atrocious as the walls are largely solid brick.

Then a couple of years later I read about how good they Mesh systems could be so I decided to try a cheap one. I was skeptical as wifi hadn’t worked for me. I got a Google Wifi system (not a fan of google but it was a cheap system compared to other mesh networks); it has no backhaul connection, just 3 wifi points (one in front room, one in hallway and one in office), and my speed jumped to 500mbps and low latency. I also hadn’t realised how bad the latency had been on my homeplug set up - it was night and day.

I have since upgraded to an ASUS XT8 system; 2 units only and I now get close to 800mbps on a good day, and 600-700mbps floor. My PC in my office is where I work (which involves high data transfers) and also game and chill, it’s been a huge boon.

So yeah, Homeplug does the job but it’s not great in my experience. It was cheap compared to a mesh network, but you get what you pay for. You can get some of the cheaper and older mesh systems 2nd hand on ebay - but unfortunately a good system is pricey. In my experience it was totally worth it.

If you want to try Pop OS, go ahead. The most important thing is back up data you want to keep - it’s not a bad idea to have a dedicated partition for your home folder and another for the OS to help with fixing problems or moving to another distro, but backups off your laptop are critically important. Then if you don’t like a particular distro, or you fuck up, you can install another and restore your data from backup.

Personally I use OpenSuSE Tumbleweed, I’ve tried quite a few distros and I think generally for gaming they’re much the same. OpenSuSE has a good user interface in YaST for tweaking and keeping the system how I want it. I like being on a distro with a big install base and linked into an enterprise distro as there is an incentive to test rigorously and also fix things when they break. But Tumbleweed is a rolling release so there will still occasionally be problems.

If you want stability and no headaches then I’d go for a decent point release distro with a big install base overall. I’d suggest OpenSuSE Leap or Fedora KDE over smaller niche/community distros. Go for Gnome equivalents if that’s your thing. I have gone off Mint in recent months as I think too much support out on the Web is out of date and provides bad solutions to problems (such as adding random ubuntu repos to install software). Mint itself.Is a decent distro.

I’d avoid Ubuntu due to Snap, I’d avoid Debian due to its slow upgrade cycle (very stable distro but may not be the best for high end gaming and tweaking), and I’d avoid Arch due to the complexity of set up (unless you want your system exactly right and are prepared to problem solve your way to what you want; it can be a very powerful and efficient set up of you’re willing to out he work in). I’d also personally avoid atomic distros as it can be a headache to tweak and run custom software although there are ways if you enjoy leaning new things.

Agree although surprisingly the About section is a little vague on some of what OP wanted.

OP, it’s an SVG editor so should be perfect for real world projects you allude to. You can set the canvas size and change the default units with relative ease; Pixels, points, millimetres and inches but also Parsecs if you want to go wild, and as it’s SVG it’ll scale as needed without issue. https://logosbynick.com/change-the-canvas-size-in-inkscape/

There are also measurement tools too and areas can be calculated (but objects do need to be converted to paths to measure areas).

Everything else is covered in the about.

A quick google search shows that many people have issues with the Intel Integrated Graphics on this particular PC (including on Windows) and this seems to be the solution: https://forum.asrock.com/forum_posts.asp?TID=17021&title=solution-for-intel-graphics-freezing-system

The main solution is Windows based but someone does offer a Linux route to the same solution, although a linked file that sounds like setting it up may be easier is missing. Essentially it looks like the chipset needs tweaking to throttle the GPU slightly to prevent the flaw triggering.

Great to see another person moving to Linux and OpenSuSE. My only caution if this is your first time with Linux is that a point release like OpenSuSE Leap is probably a better place to start than Tumbleweed. I’m on Tumbleweed and it’s generally good but I have had a few things break over the last couple of years, often fixed at next update in fairness but it is frustrating even as an experienced user. I have also had to reinstall Tumbleweed on one occasion; it wasn’t a big deal as I’d set up a separate Home and System partition. Tumbleweed is great but it is a rolling release and even though it’s a well tested one rolling releases are always riskier in terms of things breaking.

Agree, a USB stick live install is a good way to test - users should just bear in mind it is slower than a real install as USB drives are not as fast as internal hard drives. Once the OS is loaded fully it will feel reasonably snappy but still every piece of software you launch will take longer to load than a real install, and the bigger the software the longer it will take to load.

I also tended to recommend Linux Mint for beginners although I think I’m moving more towards recommending OpenSuSE Leap. The reason being it ships with KDE which is a slick interface with a Windows like set up by default (although very customisable - users can create MacOS or Gnome like interfaces with relative ease if they prefer) and gives a better idea of what modern Linux is capable of than Cinnamon in my opinion. Also KDE’s Discover app makes it easy to install software, comparable to Mint’s software store. Mint still has many more guides online but they’re often around terminal use and APT based solutions, and I’m beginning to think that is actually a bad thing. Most stuff for mainstream users can be done via the GUI, and KDE offer’s a great GUI. Plus Flatpak is a far better way of installing custom software than the APT recommendations I still see widely shared, so I think it’s actually better to move people away from Mint. Personally I think OpenSuSE Leap is the better option (and possible Fedora KDE Plasma edition although I am less familiar with it).

It will depend on the drivers that Audeze Maxwell supply? I can’t see any USB drivers for Linux beyond the dongle but they may exist.

However if they have a 3.5mm port then I’d use that. I have a Sony headset and while I don’t have any issues with Bluetooth, I do like to use 3.5mm analogue conenctions to save battery (even with noise cancelling on the battery lasts way longer off Bluetooth). I bought a long 3.5mm cable online and plug it into the front of my PC. No USB or Bluetooth faff, it just works, and at high quality.

However note that if you want the mic to work too it will depend on whether the headset’s 3.5mm jack is set up for both audio and mic (if it’s good quality it should be), plus you will need a 4pin 3.5mm plug and cable to pick up the mic from the headset and cable instead of the common 3pin audio only plug. At the other end if your pc has separate 3.5mm audio and mic jacks you will need an adaptor that splits the audio/mic into two cables to plug in to both jacks. If it’s a desktop there will be separate jacks around the back although sometimes the front jack may be a combined mic/audio jack, or you may also have one joint jack if it’s a laptop. If you do need to split the audio and mic then you can find these adaptors and also 4pin 3.5mm cables on ebay or amazon.

Edit: Just in case you’re not aware - an audio only 3.5mm cable has 2 coloured bands on the plug (splitting it into 3 metal rings or pins). An audio + mic 3.5mm cable has 3 coloured bands on the plug (splitting it into 4 metal rings or pins).

Edit 2: sorry look for 4 pole 3.5mm rather than 4 pin; you’ll see the better quality stuff when searching as pole is the correct term!

How familiar are you with Linux? If you’re new to it, pick something mainstream with lots of support and advice out there. I usually recommend Mint as a starter distro - it’s well supported, easy to use and doesn’t have the downsides of a distro like Ubuntu.

If you’re familiar with Linux then I’d recommend a point release distro and not a rolling release distro. Rolling release are cutting edge but that means much more opportunity for things to go wrong which isn’t a good thing to deal with if you’re new to Linux.

Beyond that, most distros dual boot well with Windows (although Windows is not well-designed and can occasionally break the bootloaders as others have said).

I’m on OpenSuSE and recommend it; it’s well designed with good tools in the form.of YaST. I’m personally not a fan of Fedora but I know a lot of people swear by it as a distro. Of the big distros I’d basically only really avoid Ubuntu because of how Snap is forced down people’s throats. I’m also personally not a fan of immutable distros due to the reliance on Flatpak and other downsides but your milage may vary.

Regardless, dual boot with Linux and Windows is a good solution. It’s how I got into Linux; my main PC still has a Win 10 partition which I don’t use but keep as a backup. My laptop and a living room.Media PC are pure Linux.

I’d say Win 11 in a VM is an alternative route for those few apps but I find windows is a bit laggy even on a decent PC. It’s perfectly usable - I’ve run Office and even windows at dual 4k without major issue, but there is a noticeable albeit small input lag and slowness in rendering the desktop that I found just annoying enough to put me off (even at 1080p single screen to be clear).

From reading it seems Win 11 does work fine if you pass through a discrete graphics card for it to use but that’s only doable if you have 2 GPUS. You might have that option if your laptop has a discrete graphics card as well as an integrated one. For me it reflects how bloated and poorly optimised windows is, but there are people who report getting Win 11 to work with high end games without issue although it takes some work. Meanwhile I can get Linux VMs on a Linux host to run at near native performance with ease.

There are free alternatives to Nitro Pro but if it’s an essential for you I’d try dual booting initially while.you test but don’t have to solely rely on VMs initially. If VMs do the job then wiping Windows will free up a lot of space and also stop it interfering in your Laptop set up.

I find KDE works well with GTK3 and below, but GTK4 apps are set to ignore themes, which is a design decision on the GTK4 side. They invariably look completely odd and out of place as they often force the entire Gnome app UI as well as an unalterable theme.

And then Flatpaks also don’t generally follow system themes as they’re so sandboxed (although there are some work arounds, including making them consistent as flatpaks or allowing them access to the system theme folders to pick up themeing).

But anecdotally I’ve not had the level of title bar variability on KDE as that screenshot. Although admittedly I do tend to actively avoid Gnome apps as I don’t like the design philosophy.

It’d be interesting project but it seems overkill and over complicatiion when the simplest solution is dual booting and giving each OS complete access to the hardware. Hypervisors for all your systems would be a lot of configuration, and some constant overhead you can’t escape for potentially minimal convenience gain?

Are you hoping to run these OS at the same time and switch between them? If so I’m not sure the pain of the set up is worth it for a little less time switching between OS to switch task? If you’re hoping to run one task in one machine (like video editing) while gaming in another, it makes more sense but you’re still running a single i7 chip so it’ll still be a bottleneck even with all the GPUs and that RAM. Sure you can share out the cores but you won’t achieve the same performance of 1 chip and chip set dedicated to 1 machine that a server stack gives (and which Hypervisors can make good use of).

Also I’d question how good the performance you’d get on a desktop motherboard with multiple GPUs assigned to different tasks. It’s doubtful you’d hit data transfer bottlenecks but it’s still asking a lot of hardware not designed for that purpose I think?

If you intend to run the systems 1 at a time then you might as well dual boot and not be sharing system resources with an otherwise unneeded host for hypervisor software.

I think if you wanted to do this and run the machines in parallel then a server stack or enterprise level hardware probably would be better. I think it’s a case of “just because you can do something doesn’t mean you should”? Unless it’s just a “for fun” project and you don’t mind the downsides? Then I can see the lure.

But if I were in your position and wanted the “best” solution I’d probably go for a dual boot with Linux and Windows. In Linux I’d run games natively in the host OS, and use Qemu to have a virtual machine for development (passing through one of the GPUs for AI work). The good thing in this set up is you can back-up your whole development machine hard drive and restore it easily if you make big changes to the host Linux. Windows I’d use for kernel anti cheat games and just boot into it when I wanted.

Personally I dual boot Linux and windows. I barely use windows now but in Linux I do use Qemu and have multiple virtual machines. I have a few test environments for Linux because I like to tinker, plus a docker server stack that I use to test before deploying to a separate homelab device. I do have a Win11 VM, barely used - it doesn’t have a discrete GPU and it’s sluggish. If you’re gaming I’d dual boot and give it access to the best GPU as and when you need it.

And if you want the best performance, triple boot. Storage is cheap and you could easily have separate drives for separate OS. I have an Nvme for Linux and another Nvme for Windows for example. You could easily have 2 separate discrete Linux installs and a Windows installs. In some ways it may be best as you’d separate Linux gaming from Linux working and reduce distractions.

Linux works great for gaming in my experience. I have a huge games library and I haven’t had many if any games that don’t run. There are certainly some games that need some tweaking to get working or optimisation to run well. I generally have those problems with older games though as my library includes some retro games (games for Windows 98 being the ones I have to tweak most).

Mods certainly do work - I’ve modded skyrim and rimworld extensively on Linux, as well as Oblivion, Cyberpunk 2077, Stardew Valley, Cities Skylines, Minecraft and more without issue. Proprietary mod managers may not work but they’re often the poorer ones that are really just tools to advertise and market at you.

The vast majority of game mods work inside the game itself, so if the game runs on Linux the mods will work. The exception would be mods that need to run as a Windows program themselves separate to the game exe. Those can also be made to work, it’s just a bit more involved. Those kinds of mods are pretty rare in my experience though. Mods that act as game launchers etc work fine too, but just need some tweaking to ensure they launch instead of the game exe.

Most games mods can be manually installed and big games even have their own Linux native mod managers - like Minecraft custom launchers and Rimpy for Rimworld etc.

I do still have Windows on my PC in case I need it but haven’t used it for gaming in well over a year. I have a desktop so having a spare drive for windows is not a big deal to me but I’m tempted to wipe it as I don’t use it.

The one bit that people do have issues with is Anti cheat software for multiplayer games. That’s not an area of gaming I do, but I have seen reports of certain games using proprietary systems that lock out Linux. That’s a problem you can’t get round except by having Windows available on your system.If there is a specific game you want like that isn’t working on Linux.

All of these can be run on any Linux distro. Dropbox is probably a better choice than Google Drive as Google drive doesn’t have an official Linux app (but you can get it working beyond just using it in a Web browser if its a must).

I’d go.with Linux Mint as it’s well supported but any point release distro will serve your needs well. For example Fedora KDD or OpenSuSE Leap, Debian etc. I wouldn’t recommend Ubuntu.

I personally generally recommend Mint as a good starting distro. It is widely used, which means lots of support readily found online. It also has some of the benefits of Ubuntu without having the Snap forced on users. It also generally works well on a wide range of systems including lower powered systems due to its selection of desktops.

Your laptop is decent and I’d personally be running a slick desktop on that, specifically KDE. But alot of that comes down to personal preferences, and Mint isn’t the best KDE desktop as it’s not a main desktop for it (although it is available).

However once you get to grips with the basics of Linux I think other distros offer better more focused benefits for different user groups. There are lots of choices such as Gaming focused distros, rolling release vs point release distros, slow long term projects like Debian vs bleeding edge focused projects, immutable systems etc.

I personally use OpenSuSE Tumbleweed because it’s cutting edge, but well tested prior to updates, with a good set of system tools in YaST, and decently ready for gaming and desktop use. I also like that it is European. But that may not be a good fit for your specific use case. Leap, the OpenSuSE point release distro would be better - a nice KDE desktop with a reliable release schedule and a focus on stability over cutting edge.