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InitialsDiceBearhttps://github.com/dicebear/dicebearhttps://creativecommons.org/publicdomain/zero/1.0/„Initials” (https://github.com/dicebear/dicebear) by „DiceBear”, licensed under „CC0 1.0” (https://creativecommons.org/publicdomain/zero/1.0/)XE
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2 yr. ago

  • I'm absolutely convinced that everyone who professes their love for some flavour of mechanical switch keyboard is someone who hasn't tried Topre / electrostatic-capacitive switches yet.

    Love your collection.

  • I'd like similar things to you as well, which is for the the Deck to get more efficient per watt. On my wishlist:

    1. VRR
    2. better display
    3. lighter and thinner
    4. better airflow / cooler and quieter (but keep the new fan smell)
    5. better battery life without compromising size / heat
      5a. alternatively, make the battery detachable so we can carry multiple around.
  • This must be because making a sleek device increases how desirable it looks. That also explains designs like tapered edges.
    I'm in full agreement with you and would prefer a completely flat phone with the extra space used for battery and cooling.

  • I don't have an iPhone and don't really know what goes on inside of them, but on my 2018ish Android phone battery passthrough / battery idle isn't supported because it lacks the required hardware to do it (take a look at Advanced Charging Controller if you're interested in this for your Android phone). Old iPhones may not have that circuitry either.

  • You will inevitably run into various minor issues like the fingerprint sensor not working very well, or face unlock is fiddly, or auto-brightness behaves strangely, or double-tap to wake has stopped working, etc etc.

  • Even Apple has to abide by the laws of physics. 3nm is fast, but a small, tightly packed, passively cooled device containing a large, heat generating element powered by a another large, heat generating element is unlikely to outperform a well ventilated, actively cooled device that is able to draw power from an outlet.

    This is of couse ignoring the Apple reality distortion field, which in recent memory has succesfully perpetuated the idea that a tiny photo sensor can outperform a large one.