Home GADGETS AI startup Extropic emerges from stealth with superconducting processors it boldly claims...

AI startup Extropic emerges from stealth with superconducting processors it boldly claims will beat GPUs, CPUs, and TPUs

AI startup Extropic emerges from stealth with superconducting processors it boldly claims will beat GPUs, CPUs, and TPUs

A startup has just emerged from stealth mode, heralding its development and fabrication of a prototype superconducting processor for AI. The company, Extropic, recently closed a $14.1 million seed funding round, and claims it will achieve a goal of creating AI accelerators “that are many orders of magnitude faster and more energy efficient than digital processors (CPUs/GPUs/TPUs/FPGAs).” The firm, led by ex-Alphabet X quantum researcher Guillaume Verdon, has also published its “Litepaper” brief offering a tantalizing glimpse of the full-stack thermodynamic hardware platform it is building.

Extropic argues that currently available digital processors are not a good match for AI acceleration. The paper introduces a novel probabilistic paradigm of computing that is said to be distanced from increasingly complex pristine digital computers in favor of something more ‘biological’ and ‘noisy’. Extropic’s prototype passive thermodynamic chips run the type of probabilistic algorithms used in AI physically, as a rapid and energy-efficient physics-based process. This makes them much more suitable for current AI algorithms than traditional computing processors, which rather unnaturally try to embrace probability and uncertainty – introducing inefficiency.

(Image credit: Extropic)

There are many more discussions about the science behind Extropic’s “revolutionary approach to AI acceleration through thermodynamic computing” in the paper. However, we were most interested to see the firm’s demo chip, to hear how it works, and what it can do. In the image above you can see a microscope image of one of the first Extropic chip neuron designs. These chips are said to be nano-fabricated from aluminum and run at low temperatures so they are superconducting.

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