I expect Microsoft’s handheld to fall under the Xbox brand, so it’ll probably be incredibly locked down and not something you could use like a PC

They’re all still amd64 tho, so it’s fairly trivial to install linux on them. For the full Steam Deck experience you could get one of those SteamOS isos or just configure it to launch the steam console UI inside gamescope at boot

The Snapdragon 8 Gen 2 in that has mainline Linux kernel support 👀, it might be possible to run full desktop Linux on it

I think sometime in the next few years an ARM based portable gaming PC could challenge the Steam Deck. ARM is a more efficient architecture, so it could have significantly more battery life, the only hurdle is getting x86 emulation performant enough.

I don’t like Manjaro very much, it’s Basically just EndeavorOS with extra hassle imo (delayed updates leading to AUR packages breaking), but you can 100% do this if you like Manjaro.

This is false. All of the device drivers for the steam deck hardware are open source and included in the Linux kernel, and you can Literally just boot directly from a live USB and install whatever distro you want, it’s just a very small laptop inside a console shell essentially. I think Valve even worked with Microsoft to get the hardware working correctly under windows because from what I’ve heard, the Steam Deck experience under windows is much better than at launch (I’m not 100% confident on that tho).

It’s literally just a PC.

True, but they at least can’t brick the hardware itself, and if you were concerned about your steam account there’s always VPNs.

They really couldn’t, it’s just a Linux PC. Worst case scenario you could format the drive and install regular arch Linux on it (SteamOS is arch based, and you can add the repos for all of the custom steam packages to a standard arch install). Unlike the switch, you have direct, firmware level control over the hardware, which is why I bought it. I want to encourage more manufacturers to not lock down their hardware

Hell, you could install Windows on the thing if you really wanted to.

Yuzu is better overall, but Ryujinx works weirdly better for certain games. Like, Mario Wonder runs about 40% better for me on Ryujinx for some reason.

The steam deck library includes the entire switch library via emulation, so Yeah Obviously. (Ik they’re not counting emulation, but my point is that the steam deck is a PC, which makes it much more versatile)

Try setting it to use proton experimental, newer games sometimes depend on features that aren’t in the stable versions of proton yet (or are at least buggier/worse in the stable versions)

Edit: also try launching the game from desktop mode. The compositor in steam mode is Wayland-based and desktop mode uses an X11 session by default. The issues you’re describing sound a bit like something that’s happened to me running games under Wayland on my laptop

That depends on your use case, I just did a simple zpool with no redundancy because I wanted maximum speed/capacity and all my data is backed up on an external HDD. If you need redundancy, I would look online for how to configure that and what the optimal setup is.

Actually, I assumed you just had the SSD, if you have more than 256gb of free space between those HDDs, you can go ahead and remove the SSD from your zpool right now (unless your bootloader is there, then you’ll have to make an EFI system partition on one of the HDDs and install a bootloader first)

You need to add the new drive to your existing pool because ZFS stores data across all drives by default, similar to a RAID0. Then you remove the old drive and ZFS will automatically copy the data off the failing drive onto the healthy one and allow you to remove the failing drive with no data loss.

Use an Ubuntu live USB, all recent versions of Ubuntu have ZFS drivers baked into the live environment. Then you should add your new SSD to the ZFS pool, and remove the old one from the ZFS pool. Your m.2 WiFi slot should be able to host the 2nd drive while you do this, but if not you can use an external USB housing for it, you’ll just have to make sure that the ZFS pool knows its UUID so that it knows it’s the same drive.

Obviously you need to check everything it outputs if you’re relying on that output for anything, but if you use web search it cites sources and you can look at those to check what it’s saying. Makes the whole process much easier