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Corintis Secures $25M to Cool AI

December 6, 2025, 3:32 pm
Microsoft Climate Innovation Fund
Microsoft Climate Innovation Fund
EnergyTechTechnologyGreenTechDataIndustryITDeepTechSoftwareMaterialsInvestment
Location: United States, California, Belmont
Employees: 1-10
Corintis SA
Corintis SA
AICoolingDataCentersHardwareMicrofluidics
Location: Switzerland
Total raised: $49M
Applied Digital
Applied Digital
Artificial IntelligenceBusinessCloudDataDesignInfrastructureService
Location: United States, Texas, Dallas
Employees: 51-200
Founded date: 2001
Total raised: $5B
Corintis, a Swiss startup, landed $25M in funding. It'll boost global growth. The company's tech cools AI hardware efficiently.

Corintis Lands $25M to Supercharge AI Cooling Tech


The AI revolution is heating up. Literally. Power-hungry AI chips demand advanced cooling solutions. Swiss startup Corintis is stepping up to the challenge. They just secured an additional $25 million in funding. This Series A1 round was led by Applied Digital. The total funding now stands at a cool $58 million.

Microfluidic Cooling: A Hot Solution


Corintis isn't using just any cooling method. They're pioneering microfluidic liquid cooling. This tech channels coolant through microscopic pathways inside the chips. The result? Chip temperatures are reduced up to three times more effectively. This is compared to traditional cold-plate systems. Microsoft validated this technology. They see its potential for powerful AI processors.

Why Liquid Cooling Matters Now


Traditional air cooling is struggling. AI workloads are pushing data centers to their limits. Liquid cooling offers a solution. It's more efficient. It allows for higher power densities. Liquid cooling reduces energy consumption. It lowers environmental impact. Corintis' tech directly cools the chip. This offers a cost-effective alternative. It can be integrated into existing systems.

Global Expansion on the Horizon


The new funding fuels expansion. Corintis will boost its U.S. presence. A new office is planned for Bellevue, Washington. Manufacturing will also be scaled up. Deployments will accelerate worldwide. Corintis aims to be a key player. They want to power next-gen data centers. These data centers will be built for high performance.

Applied Digital's Investment


Applied Digital is betting big on Corintis. They are leading the $25 million Series A round. This investment reflects a broader strategy. Applied Digital focuses on technologies. These technologies improve efficiency. They enhance reliability. They also promote sustainability. This applies to digital infrastructure.

Corintis: A Rising Star


Corintis has a strong track record. They've participated in Venture Leaders Mobile. They won Venture Kick. The startup ranked among the Top 100 Swiss Startups. This happened for four consecutive years. The company uses generative design. They have a unique manufacturing platform. This allows cooling to be precisely adapted. The cooling can be adapted to the chip level.

Cooling the Future of AI


AI's growth is undeniable. Its energy demands are significant. Efficient cooling is essential. It's necessary for sustainable development. Corintis' technology offers a path forward. They provide scalable solutions. These solutions are energy-efficient. The company is set to play a vital role. They will power the future of AI.

Applied Digital: Building the Infrastructure


Applied Digital designs, builds, and operates data centers. These are engineered for high performance. They are also designed to be sustainable. The data centers support AI, cloud, networking, and blockchain workloads. They recently signed a lease. This was with a U.S. based hyperscaler. Applied Digital is committed to delivering scalable infrastructure. The infrastructure is for demanding workloads.

Looking Ahead


Corintis is poised for growth. They have strong backing. They have a proven technology. The company addresses a critical need. The need is in the rapidly evolving AI landscape. Their microfluidic cooling solution is innovative. It is efficient. It's set to make a significant impact. This will improve data center performance. It will reduce environmental impact.
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