Software engineer (video games). Likes dogs, DJing + EDM, running, electronics and loud bangs in Reservoir.

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Joined 3 years ago
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Cake day: June 11th, 2023

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  • LLM ASICs are different to NPUs. The idea is to encode a specific model’s weights (all billions of them) as a gigantic resistor network on the chip itself. Analog, where ohms law becomes the processor, and no RAM is necessary - the chip IS the model. It would pave the way for cost effective, fast, low-power local inference. Given the analog circuitry, there would be issues like interference, temperature sensitivity and so on, but we’re seeing models get good results even when heavily quantised, so the idea has legs. The big disadvantage is you’re stuck with that one model forever, so we’re likely to see these first appear in non-consumer applications like automotive, defence etc. A pretty exciting concept that solves some of the environmental issues around AI.

    More info for the curious: https://taalas.com/the-path-to-ubiquitous-ai/


  • I’m really interested to see what comes of the LLM ASIC idea - it worked wonders for hardware video codecs. I could see the smartphone industry picking up again on annual releases worthy of upgrades if they included dedicated AI chips not beholden to a cloud subscription. I think we’re reaching the point that the frontier models are becoming “good enough” to use for a while before uploading to the next.