China Is Literally Printing 5nm Chips Without EUV - This Could Shake the U.S. Chip Industry!

Author: Evolving AI - Bewertung: 2x - Views:27

China just pulled off what most chip experts said was economically insane. SMIC is now in “volume” production on a 5 nm-class N+3 node using only old 193 nm DUV immersion scanners – no EUV at all – and Huawei’s Kirin 9030 is the first flagship chip built on it. In this video, we break down how SMIC stretched DUV with brutal multi-patterning and SAQP to hit 5 nm-class density, why yields and costs are likely horrible right now, and why China is still willing to burn money on N+3 to claw back semiconductor independence under U.S. export controls. We then zoom out to the bigger lithography war. You’ll see how ASML’s 13.5 nm EUV scanners became the gatekeeper for 3 nm and 2 nm, why China is banned from buying them, and how Huawei and Chinese labs are racing to build their own LDP-based EUV sources and solid-state 193 nm lasers. We talk about the paradox of China pushing “full chip sovereignty” while still depending on the last advanced ASML DUV tools it bought years ago, and why efficiency per watt at 5 nm can still matter more than horrible upfront wafer economics when you scale to millions of devices and massive AI data centers. Is SMIC’s N+3 a geopolitical flex sold at a loss, or the painful first step toward a parallel, sanctions-proof chip ecosystem that the U.S. can’t turn off? Watch to the end and tell me what you think in the comments. And if you want the real story behind the world’s fastest-moving AI and semiconductor breakthroughs, make sure to like and subscribe to Evolving AI for daily coverage.