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Cake day: June 19th, 2023

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  • I have a wireless keyboard. It comes with its own dongle, so you can expect it to work with some generic keyboard driver. I plugged into my USB-hub, works just fine on Linux. No lag, no nothing.

    On Windows? Well, it works, but the audio device I have plugged in just straight up refuses to function while the dongle is hooked up as well. It seems to gobble up pretty much the entire bandwidth. Amazing.



  • Literally never had EndeavourOS break in any way.

    Last time might have been the GRUB issue that affected all of Arch. If you use GRUB that is, since it’s not the default on EndeavourOS. Next time might be old package repos being shut off, but only if your install is older, plus there’s already the second announcement with simple instructions regarding that on Arch News. Also, it will just block updates.

    I’ve put two people without any prior knowledge on EndeavourOS, didn’t hear any complains either. I myself had no prior knowledge in Linux and hopped from Kubuntu to OpenSUSE Tumbleweed to Garuda Linux in short succession. I only switched to EndeavourOS after Garuda repeatedly broke. Been on it for 2 years without an issue I think.

    I know this is not a representative study and as a computer scientist, I do grasp things quickly, but I strongly oppose the notion that EndeavourOS is not beginner friendly.


  • Zen and “mainline” (default/vanilla) are generally fine for “desktop use” and gaming. Zen is basically the mainline kernel with some tweaks. They are mostly concerned with latency, reducing the maximum time a process can spend blocking the processor - among other things.

    This can lead to less input lag or a “smoother” desktop experience, but overall performance is as good as mainline at most. Slightly worse in some scenarios.

    Hardned is a tradeoff afaik. You will stay behind mainline a bit, but get extra hardening. This can also impact performance, but rarely does in a meaningful way. If you don’t have any specific reason to use it, e.g. you carry it around on a laptop with sensitive data, I would look at other ways to harden my system first (firewall, encryption, access control, anti-virus, sandboxing, VPN…).

    Pretty much the same goes for LTS, but with the focus more on stability than security.

    RT is only for special applications.









  • I don’t know if it is available yet, but KDE Linux sounds pretty cool. It’s kinda the same “Arch for everyone” take on Arch that Valve has going on with SteamOS, but with some pretty fancy stuff planned.

    If you want to learn about a couple of cool customisations, you could also take a look at Garuda Linux, specifically the Dragonized Gaming Edition (aka Bloaty McBloatface Edition) or XeroLinux (although I don’t know if that’s maintained atm, I think the dev had to flew from a war in the middle east)


  • If you can afford it and want ultra low power consumption, latest gen Intel is for you. If you want maximum performance or go for older gen APUs, AMD is pretty much always better.

    Edit: Since Intel’s naming got super confusing: I’m talking about Core Ultra 7 256V and 236V. I’m not sure whether the 288V is worth it. Note that the 256 and 236 also have 32GB variants, if you think you need more than 16.



  • Second this. What you need for high quality media is space, not speed. For any single stream, network and drive will be fast enough anyway. Your typical HDD offers like 4-6 times the bandwidth that a regular Blu-ray can provide. You can get 8TB HDDs for the price of 2TB SSDs. Random access doesn’t matter for that application.

    You might want to invest in redundancy and use a RAID 1 or RAID 10 array, depends on how valuable that media is to you or how long it would take to recover in case it’s lost. A simple solution would be a btrfs software RAID, in case your are after something like a Linux home media server with Jellyfin.


  • Compared to Arch(-based): Accesing the latest packages. It’s not impossible, especially if you go for Debian testing repos, but it’s definitely extra work.

    Compared to special-purpose distros (i.e. gaming, portable, high security/privacy, pen-testing): Whatever their special purpose is will usually be harder to achieve.

    Compared to huge corpo distros (SUSE/Fedora and derivatives): Ease of more intricate setups and maybe some security testing.

    Compared to Ubuntu: Paying a corporation to not withhold security patches from you.




  • In short: No. It’s getting better, but Flatpak is by no means secure. Think of it as a Windows .exe or .msi with some (not that hardened) rights management.

    In addition, Flatpaks afe often community made and not even “signed” (which is not really a thing in Flatpak to begin with (yet) ((afaik))).

    Something really secure would be a container, something really, really secure would be a VM, something really, really, really secure would be a separate machine. Flatpak is less secure than the least secure thing in this enumeration.