Curated News
By: NewsRamp Editorial Staff
September 25, 2025
Corintis Raises $24M to Solve AI's Thermal Bottleneck with Microsoft
TLDR
- Corintis' microfluidic cooling technology provides a competitive edge by enabling 10x better chip performance for AI applications through superior thermal management.
- Corintis uses AI-powered simulation software and micro-scale liquid channels to co-design cooling systems specifically adapted to each chip's unique thermal requirements.
- Corintis' cooling technology enables more powerful AI systems that can accelerate climate modeling and drug discovery while reducing data center water consumption.
- Corintis' microfluidic cooling removes heat three times better than current methods, enabling new 3D chip architectures previously impossible due to thermal limitations.
Impact - Why it Matters
This development matters because thermal management has become the critical bottleneck limiting AI advancement. As AI models grow exponentially more complex, they require increasingly powerful chips that generate massive amounts of heat. Traditional cooling methods can no longer keep pace, threatening to stall AI progress and limit innovations in areas like drug discovery, climate modeling, and generative AI applications. Corintis' microfluidic cooling technology directly addresses this challenge by enabling more powerful, efficient computing while reducing environmental impact through lower water consumption. For consumers and businesses, this breakthrough means faster AI development, more capable AI services, and potentially lower computational costs as efficiency improves. The collaboration with Microsoft validates the technology's real-world applicability and suggests we may see tangible benefits in cloud computing and AI services sooner rather than later.
Summary
The rapid advancement of artificial intelligence is facing a critical thermal bottleneck as increasingly powerful computer chips generate unprecedented heat levels. Semiconductor cooling startup Corintis has emerged from stealth mode with a $24 million Series A funding round to address this challenge head-on. Led by BlueYard Capital with participation from Founderful, Acequia Capital, Celsius Industries, and XTX Ventures, this investment brings Corintis' total funding to $33.4 million and signals strong industry confidence in their innovative approach to thermal management.
Corintis' groundbreaking technology centers on microfluidic cooling systems that represent a quantum leap in thermal management efficiency. The company's collaboration with Microsoft has already demonstrated remarkable results, with their in-chip microfluidic cooling system removing heat three times more effectively than current advanced technologies. This breakthrough enables significant performance improvements and overclocking potential while paving the way for new 3-D chip architectures previously impossible due to thermal constraints. The technology's ecological benefits include substantial water consumption reduction in data centers, addressing a key environmental concern of AI expansion.
Founded by Dr. Remco van Erp, Sam Harrison, and Prof. Elison Matioli based on research from Switzerland's EPFL, Corintis has already manufactured over ten thousand cooling systems deployed in data centers running leading-edge AI chips. The company's impressive growth trajectory includes achieving eight-digit cumulative revenue and plans to expand its team from 55 to over 70 employees while scaling manufacturing capacity to exceed one million microfluidic cold plates annually by 2026. With industry heavyweights like Lip-Bu Tan (Intel CEO) and Geoff Lyon (CoolIT founder) joining their board, Corintis is positioned to play a decisive role in unlocking the next generation of computational power.
Source Statement
This curated news summary relied on content disributed by citybiz. Read the original source here, Corintis Raises $24M to Solve AI's Thermal Bottleneck with Microsoft
