ASML and Incooling win CoSta Award
INCOOLING AND ASML TOGETHER WIN COSTA AWARD ASML and Incooling have won the first CoSta Award for the most successful and impactful innovative...
COLLABORATION BETWEEN INCOOLING AND ASML YIELDS BREAKTHROUGH IN HPC SERVER PERFORMANCE
Incooling and ASML have concluded their pilot project, marking a significant breakthrough in high-performance computing (HPC) server performance. The collaborative effort has resulted in an enhancement to air-cooling systems, boosting benchmark performance by up to 37% by addressing thermal bottlenecks.
Incooling and ASML have worked closely since the 2018, to identify and overcome thermal bottlenecks, culminating in the design and validation of a custom cooling solution. Notably, Incooling's innovative air-cooling methodology is tailored for seamless integration into existing IT infrastructure, promising improved performance while also reducing energy consumption in future data centres.
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Rudie Verweij, co-founder & CEO of Incooling, is pleased about the project's success, emphasising the significance of the collaboration with ASML. "The outcomes of our partnership are promising." Verweij stated, highlighting the effectiveness of their system optimisation solutions and the potential for innovation when startups collaborate with industry leaders.
The success of the pilot project has paved the way for future collaborations between Incooling and ASML. Both companies are actively exploring opportunities to further advance server cooling technologies, with a shared goal of contributing to environmental sustainability efforts.
This achievement represents a major milestone for Incooling, positioning the company to offer its innovative solutions to a broader audience within the data centre sector. It underscores Incooling's dedication to innovation and its ability to deliver tangible results for its clients.
In conclusion, the successful completion of the pilot project marks a significant advancement in system performance optimisation, offering a streamlined solution without the need for complex infrastructure.
