IBM’s Announces 0.7nm Process Node, Introduces NanoStack - More Than Moore

IBM announced its latest 0.7nm process node technology and introduced NanoStack, marking a significant step forward in the semiconductor industry's evolution beyond traditional Moore’s Law. Based on G... Read original →

IBM’s 0.7nm breakthrough without High-NA EUV signals a strategic decoupling from lithography dependency, forcing a reevaluation across the semiconductor stack. Equipment vendors like Lam Research must now accelerate multi-patterning and dry resist innovations, while foundries such as Rapidus may revise GAA timelines. U.S. export controls could soften—if sub-1nm nodes are achievable without restricted tools, licensing logic shifts fundamentally. TSMC (Taiwan, China), Samsung, and Intel will likely respond by tightening CFET IP walls and EDA ecosystem lock-ins. Within 18 months, the race pivots from GAA production to integrated CFET-3D stacking. IBM’s NanoStack targets compact AI chiplets not just for density, but to monetize architectural advantage over equipment scarcity—marking the first real post-Moore inflection point.