Norway’s Lace Lithography lands €34.5 million to extend Moore’s Law by replacing light with atoms

Norway's Lace Lithography has secured €34.5 million in Series A funding, signaling a significant advancement in semiconductor manufacturing. This investment aims to propel the company's innovative atom lithography technology, which promises to extend Moore's Law and address critical bottlenecks in global chip production. The funding round was led by Atomico and included participation from key venture capital firms such as M12 (Microsoft's Venture Fund) and Linse Capital, bringing the startup's total funding to over €51.7 million since its inception. Lace Lithography is developing Beyond-EUV (BEUV) atom lithography systems that utilize metastable helium atoms instead of light to pattern semiconductor wafers. This novel approach overcomes the diffraction limits inherent in photon-based lithography, enabling resolutions up to ten times smaller than current leading systems. The technology also boasts reduced cost, energy consumption, and complexity, while integrating seamlessly into existing foundry workflows. This breakthrough is poised to significantly impact the computing landscape, particularly with the escalating demand driven by AI. By offering a credible solution to the manufacturing challenges, Lace Lithography's technology could democratize access to advanced chip production and foster greater European digital sovereignty. The company's ability to solve complex mask design problems with an AI-driven algorithm further solidifies its disruptive potential in the industry.