Eskating cyclist, gamer and enjoyer of anime. Probably an artist. Also I code sometimes, pretty much just to mod titanfall 2 tho.

Introverted, yet I enjoy discussion to a fault.

  • 12 Posts
  • 492 Comments
Joined 2 years ago
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Cake day: June 13th, 2023

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    1. Years.

    2. IDK

    3. No.

    Cinnamon development is glacial. It works, but the project simply does not have the resources to properly keep up or even triage important fixes.

    It’s one of the reasons I didn’t stick with mint, and tend not recommend it if someone can use something else. When I stopped using it, the setting that was supposed to allow games in fullscreen to display without compositing was borked, costing you frames and latency. It had been that way for years.







  • Yes. You can just straight up delete the windows partition. Windows just won’t boot anymore, even though doing only this won’t remove it from the boot menu.

    You can do this from your running linux install, but if you want to grow the linux partition to take up the free space, you’ll need to do that from a live usb.

    No changes should be necessary. Just delete the windows partition, and grow the linux partition.

    Make sure you keep the efi partition, and swap partition, if there is one.





  • Absolutely.

    The Arch User Repository is a way for anyone to easily distribite software.

    Hence it has never been secure, and rather than claim it is, you mostly see people and documentation warn you about this, and to be careful if using it.

    Any schmuck can make whatever they want available via the AUR. That’s how even the tiniest niche project can often be installed via the AUR. But you trade in some security for that convenience.


  • Disabling Turbo Boost falls under limiting power/clock speed.

    Turbo Boost is just a dynamic overclock, as such, disabling it is essentially an underclock. It can indeed result in a smoother experience by virtue of reducing thermal throttling. Thermal limits can reduce clocks much more drastically while waiting for the CPU to cool, than running it at lower but not-as-hot clockrate to begin with.

    This is especially true for for weaker cooling systems that take longer to get the temps back down when the CPU hits max, meaning it can take a second before the CPU is back to normal speed. An underclock in such a case is beneficial.


  • Certain workloads can’t just magically cause your CPU to get “unusually” hot. It’s true that some instruction sets can cause greater thermal loads than others, but disabling the relevant instruction sets is only likely to make it worse, as the CPU will then complete the work using other less efficient instructions.

    A CPU will run as hot as it needs to to do whatever it is doing, up to whatever its safe temperature is, at which point it will slow down to protect itself. Running at this “max” temp is not a problem. CPUs will run as fast and hot as they safely can, and no hotter.

    Presumably the emulated games are simply framerate and resolution limited, where the normal PC games may not be.

    That said, there are some things you can do, assuming the CPU doesn’t actually need to work as hard as it is to run the games you are playing.

    • Limit framerate. The game may be running uncapped, in which case it will be using 100% GPU (and therefore more CPU as well) to create as many frames as possible. The ones in excess of your display refresh rate will simply not be shown. You can usually limit framerate in game settings (often called vsync). If this isn’t available, it can be done using mangohud.
    • Limit power and/or clock speed. This will lower power consumption and temperatures, at the cost of performance. Which is not a problem if the game doesn’t actually need to run that fast.
    • Lower the “max” allowed temperature. This will cause the CPU to throttle sooner, keeping it cooler. This usually has a severely negative impact on performance.

    You might also look into undervolting the system. This involves lowering the voltage used by the CPU. This can allow it to run cooler without sacrificing performance, but can cause system instability.