Lace, a Norway-based semiconductor equipment startup backed by Microsoft, has raised $40 million in fresh funding to accelerate the development of next-generation chipmaking technology. The company is working on an innovative approach that could significantly advance how semiconductors are designed and manufactured, particularly for high-performance applications such as artificial intelligence.
The startup is developing an alternative to traditional lithography, the process used to create microchips by etching circuits onto silicon using light. Currently, industry leaders like ASML dominate this space with light-based systems. However, Lace is taking a different route by using a helium atom beam instead of light, a method that could enable chip features to be made up to ten times smaller than what is currently possible.
If successfully commercialized, this technology could dramatically increase computing power while reducing the physical size of chips, a critical requirement as demand for advanced AI and high-performance computing continues to surge. The innovation also positions Lace among a new wave of startups attempting to challenge established players in the semiconductor equipment market.
The funding comes amid growing global interest in semiconductor innovation, as governments and investors increasingly prioritize chipmaking capabilities due to their strategic importance in AI development and digital infrastructure. Lace plans to use the capital to further refine its technology and move closer to practical deployment within the semiconductor manufacturing ecosystem.
As the race to build smaller, faster, and more efficient chips intensifies, Lace’s approach highlights the industry’s shift toward breakthrough manufacturing techniques that could redefine the limits of semiconductor scaling.
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