Japan Is Building a 1.4nm AI Chip. No, That's Not a Typo.
Fourteen Angstroms A silicon atom is roughly 2 angstroms in diameter. Fujitsu is building transistors at 14 angstroms -- 1.4 nanometers -- for a neural processing unit optimized specifically for AI...

Source: DEV Community
Fourteen Angstroms A silicon atom is roughly 2 angstroms in diameter. Fujitsu is building transistors at 14 angstroms -- 1.4 nanometers -- for a neural processing unit optimized specifically for AI inference. To put that in perspective, the width of a DNA double helix is about 2 nanometers. We're talking about transistor gates smaller than the molecule that encodes life. This isn't a research paper or a conference demo. Fujitsu is developing this chip for production at Rapidus, a semiconductor fabrication company operating out of a facility in Hokkaido, Japan. The funding is real, the timeline is aggressive, and the implications for the global chip supply chain are significant. The Rapidus Bet Rapidus is arguably the most ambitious semiconductor venture in the world right now, and most developers have never heard of it. The company secured $1.7 billion in funding from a combination of Japanese government support and 32 private companies. The investor list reads like a who's who of Japa