US wants China’s chip industry 5 generations behind cutting edge, head of equipment maker AMEC says at Wuxi conference
- AMEC CEO Gerald Yin said escalating export restrictions have revealed the ‘true intention’ of the US to curb China’s semiconductor progress
- The comments were made during a semiconductor equipment conference in Wuxi, where Yin addressed a packed hall of industry professionals

The head of one of China’s leading semiconductor equipment makers believes Washington’s escalating export and investment restrictions betray the real goal of the US: keep China’s chip-making technology at least five generations behind the cutting edge.
“The October rules really exposed the US’ true intention, which aims to fix China’s chip-making on 28-nanometre, at least five generations behind the global leading edge of 3-nm to 14-nm,” Yin said during his talk at the conference. “We can’t accept [this],” he added.

The rules imposed last October aim to cap China’s logic chip-making capabilities at the 14-nm level, DRAM chips at 18-nm and 3D NAND memory at 128 layers. The US cited national security risks and the potential military applications of advanced chips.
Yin, a 20-year veteran of the US chip equipment industry including time at Applied Materials, said locally-procured semiconductor equipment in China’s foundries accounted for just 15 per cent of the total. The other 85 per cent of machines come from the US, Netherlands and Japan, he said.
“That’s why the US needed Japan and Netherlands on board to curb our development,” he told a room packed with semiconductor professionals and investors.
Chinese semiconductor equipment firms still lag global peers in both market share and technological sophistication, according to industry professionals attending the conference. China’s tool makers have virtually no global presence in some segments such as lithography. Catching up in these areas is an uphill battle for Chinese firms in a worsening geopolitical environment that is squeezing out foreign money and technological cooperation.