methodicalaspect

The Dev One laptop wasn’t half bad as a collab between HP and System76. Full AMD hardware stack, easy RAM and storage upgrades, Pop!_OS from the factory.

Came with WiFi 5 (easy enough to upgrade to 6) and no TPM/Secure Boot capabilities, has the typical HP flimsy display hinges, and the 1920x1080 glossy display has the worst viewing angles in history, but I guess that makes it quarter-bad rather than half.

Eh, it was good when I got it. Who am I to turn down a free dual socket server though? :)

I have an old rackmount server I got for free. Dual Xeon X5650s, 192GB of RAM, four 8TB HDDs, and a pair of 250GB SSDs. I can only use it in the basement because it’s too loud to run anywhere else, but even then, it’s currently off because it trips its circuit breaker under heavy load.

A power strip full of Pis in a k3s cluster doesn’t do that. I used a 2GB model 4 for the control plane and 3Bs as the workers.

You can do it on a handful of Raspberry Pis rather than one, then.

Nice! I started it 3 or 4 times but got distracted. Having a much easier time staying focused now, so I’m playing through Ultimate Edition. I don’t plan on doing the rest, though - will go to Baldur’s Gate 3 after this one.

Dragon Age: Origins. Never got around to finishing it before.

Not entirely sure why this reply is being panned (was at -6 when I first saw it).

OP is in the process of upgrading their PC to a Ryzen 9. If we make the assumption that this Ryzen 9 is on the AM5 platform, the CPU comes equipped with an IGPU, meaning the RTX 3060s are no longer needed by the bare metal. So, installing a stable, minimal point release OS as a base would minimize resource utilization on the hardware side. This could be something like Debian Bookworm or Proxmox VE with the no-subscription repo enabled. There’s no need for the NVIDIA GPUs to be supported by the bare metal OS.

Once the base OS is installed, the VMs can be created, and the GPUs and peripherals can be passed through. This step effectively removes the devices from the host OS – they don’t show up in lsusb or lspci anymore – and “gives” them to the VMs when they start. You get pretty close to native performance with setups of this nature, to the point that users have set up Windows 10/11 VMs in this way to play Cyberpunk 2077 on RTX 4090s with all the eye candy, including ray reconstruction.

Downsides:

• Three operating systems to maintain: bare metal, yours, and your partner’s.
• Two sets of applications/games to maintain: yours and your partner’s.
• May need to edit VM configs somewhat regularly to stay ahead of anti-cheat measures targeted at users of VMs.
• Performance is not identical to bare metal, but is pretty close.
• VM storage is isolated, so file sharing requires additional setup.

Upsides:

• If you don’t know a lot about Linux, you’ll know a bunch more when you’re done with this.
• Once you get the setup ironed out, it won’t need to change much going forward.
• Each VM’s memory space is isolated, so applications won’t “step on each other” – that is, you can both run the same application or game simultaneously.
• Each user can run their own distro, or even their own OS if they wish. You can run Fedora and your partner can run Mint, or even Windows if they really, really want to. This includes Windows 11 as you can pass an emulated TPM through to meet the hardware requirements.
• Host OS can be managed via web interface (cockpit + cockpit-machines) or GUI application (virt-manager).

It’s not exactly what OP is looking for, but it’s definitely a valid approach to solving the problem.

I’ve been waiting for a beta of the Debian-based version. The Ubuntu-based version seemed to run reasonably well on my old Thinkpad T460, but I didn’t try too much serious stuff on it that I don’t already do on regular Debian with Distrobox.

How recently did calling become supported? About a month ago I was still unable to even log in using Firefox unless I used a user agent switcher, and even then only text-based messaging worked.

Single-node k3s deployment with Pi-Hole, then?

I use Docker inside Debian LXC on Proxmox, there’s a way to avoid the crazy disk usage and it works really nicely. I followed these blog posts:

https://theorangeone.net/posts/docker-in-lxc/

https://theorangeone.net/posts/docker-lxc-storage/

I’m certainly not using it in production but it’s great in the home lab.

It’s the default browser on my computer, and it doesn’t suck, so I’m not motivated to seek an alternative.

All the extensions GNOME 44 users installed to make it usable are now broken.

Sweet. First line of the neofetch logo is still off doing its own thing, I see…

Same - Thinkpad X395 (R5 3500U) for casual use, RX 6750 XT for gaming, FirePro W4100 for work, and zero thinking about GPU drivers between the three.

Far from it, Debian is one of my favorites, though I run EndeavourOS on my main machine.

It’s Linux Mint Debian Edition that’s the oddball, but in a good way.

LMDE didn’t install the DKMS modules on my kid’s PC, so the nVidia drivers never loaded after a new kernel got installed. I do enough tech support at work so we chucked Pop!_OS on the PC (and set it up with btrfs and timeshift-autosnap) instead. No more problems.

May not be a problem with mainline Mint, of course, but there are weirdos like me who prefer the Debian edition.

nVidia has entered the chat

That’s going to be killed off in favor of Outlook in the near future, from what I understand.

If OP is willing to do a bit of extra legwork and somewhat masochistic, then pretty much any Linux-based mail client is fair game with WSL2. The only one I’ve used lately other than Thunderbird is Evolution, but that was just to test a particular distro’s default offering.

More like purple Arch, but you don’t have to mess with your date/time because the certificates don’t break, and you can install stuff from the AUR without worrying about breaking your system.