Microsoft-Backed Startup Lace Secures $40 Million for Innovative Chipmaking Technology
Norwegian startup Lace, backed by Microsoft, has successfully raised $40 million to speed up the development of cutting-edge chipmaking technology. This fundraising effort aims to revolutionize how semiconductors are manufactured, with the potential to shrink chip designs down to atomic levels—an advancement that could greatly impact both computing and artificial intelligence.
Lace is exploring the use of helium atom beams to create intricate circuit designs. This method could allow for the production of chips that are ten times smaller than what current extreme ultraviolet (EUV) lithography systems, primarily dominated by ASML of the Netherlands, can achieve. If successful, Lace’s breakthrough could set new standards in the industry and open up innovative opportunities for chip manufacturers globally.
Bodil Holst, the CEO of Lace, shared her vision in an interview, stating, “Our technology offers a pathway to expand the roadmap, enabling new possibilities that were previously thought unattainable.”
According to experts, the main benefit of using helium atom beams lies in the potential to create transistors—essential components of modern chips—at an incredibly small scale. John Petersen, Scientific Director at Imec, a research hub in the chip industry, described the prospect as “almost unimaginable.”
This advancement holds great promise for the semiconductor industry, especially as it faces challenges related to Moore’s Law, which predicts the doubling of transistors on a chip every couple of years. Smaller and denser chips could significantly improve AI processors, enhance cloud computing systems, and pave the way for next-gen devices. Lace aims to present a pilot test tool by 2029, with plans for commercial releases in the early 2030s, contingent on successful scaling and adoption.
Microsoft’s investment emphasizes the critical nature of securing the future of chip manufacturing, especially as the tech giant works to expand its AI infrastructure. Analysts believe that Lace’s success could reshape the semiconductor supply chain, reducing reliance on ASML and fostering a more diverse global chipmaking landscape.
