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Joined 1 year ago
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Cake day: August 6th, 2023

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  • Yeah I’ve never had a missing driver problem with a windows install since maybe windows 7. I even moved a hard drive with a windows 8 install from an Asus laptop with an Intel cpu to a custom build desktop with a ryzen cpu without having to change any drivers. I did have to reactivate windows because of the hardware change but that’s it.

    The included drivers are often providing less performance than updated ones from the vendor though, so it is recommended to download those in some cases, specifically nvidia. But most gaming laptops will have a vendor provided update center to manage all of that for you.

    I like Linux over windows for a lot of reasons but this post is a bit silly.


  • Debian on a base model 2013 MacBook air checking in. Runs better than it ever did on Mac OS. Battery life is still fine. I did have to use proprietary drivers for some things (wifi and webcam) but other than that it was pretty much plug and play.

    Lots of replacement parts are on ebay for cheap, and there are a lot of repair tutorials on YouTube (and piped.video) I replaced keyboard and trackpad cheaply, and some of the internal cables.

    As far as drawbacks, if you have to replace the storage or or logic board, those are expensive. I have a sound issue which I haven’t been able to fix and from searching around it looks like a logic board would be required. Bluetooth headphones work fine though so I’m just dealing with it.








  • I use Cura 5.4 and the only changes I made were to the start and end gcode for the machine (per the guild I linked). After that, I did a few prints with my regular profiles, then started cranking up the speed a little at a time. So really the only setting I changed was the print speed and start / end gcode.

    The printer handled everything else - honestly it feels a little like magic to me, even though it's just software. I'm a software engineer so I feel like I should have a better grasp of it, but printer firmware is pretty far outside of the type of work I do. One thing I do know is that Klipper manages acceleration itself and doesn't use the acceleration gcodes sent from the slicer - those get ignored and Klipper decides how fast to accelerate (this is configurable using moonraker or the config files).

    I think the thing that makes the most difference in letting you print at higher speeds is the input shaping. I don't understand all the inner workings, but it using the processing power on the raspberry pi to compensate for the vibration of the printer, letting you print much faster without getting artifacts in the print that affect quality. Here is some info on that

    I'm sure there are a lot of slicer and Klipper configurations that I can do to improve things even more as well