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Cake day: June 17th, 2023

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  • I think you missed the point. Imagine 2 devices, device A has a chip with flash memory that contains a binary blob with firmware. Device B doesn’t have built-in flash storage so it requires the driver to load the same binary blob during boot. Both devices are reprogrammable and both contain the same closed source firmware. However device A would be allowed but device B would not. From my point of view they are the same device. The fact that you don’t know how to reprogram device A doesn’t make it more or less proprietary.





  • No, it will not save any power at all. The power is only consumed during switching, so when some module is properly clock gated, it will not consume any power. There are many parts of the chip that are dark, for example the full CPU core could be disabled for various reasons and it does not affect power consumption when it’s dark. Maybe you know the Steam Deck, it is a battery operated device with the best power efficiency in its class. But what people don’t know is that it has more than 20% of its chip area disabled, as it relates to stereoscopic displays, because the same exact chip is also used by some AR or VR goggles, I forgot the name.

    Also in general the modern chips are more limited by thermal rather than space. So realistically, even if you remove the NPU, you won’t be able to place anything high power there anyways, maybe you can put a couple hundred K of sram for cache in its place, but it won’t matter much in the end.


  • pftbest@sh.itjust.workstoFuck AI@lemmy.worldGood old 2013...
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    6 months ago

    We can already fully simulate ringworms and other small organisms, this is only a question of compute power. Even if you don’t believe we can make a better architecture for the conventional neural networks, in the future we will have enough power to straight up simulate a normal biological brain.