As artificial intelligence chips become more powerful and energy-intensive, legacy air-based cooling systems are fast approaching obsolescence. Chemours is addressing this gap with its next-generation 2-phase liquid cooling technologies, which UBS describes as "purpose-built for more demanding applications in data centers." With thermal loads projected to exceed 200 to 1,000 kW per rack by the end of the decade, advanced cooling is no longer optional. UBS, calling it a "chilling opportunity," sees Chemours well-positioned to lead this transition.

A team of analysts led by Joshua Spector stated that Chemours&nbsp;is commercializing two proprietary 2-phase coolant solutions — Opteon SF33 for direct-to-chip cooling and Opteon 2P50 for immersion cooling — aimed at cooling&nbsp;next-generation AI data centers operating at high kW per rack.&nbsp;

"As server energy density goes above 200 kW, cooling will need to get more efficient in order..." 
{ai:summary}As AI chips grow more powerful, traditional air-based cooling systems are becoming outdated. Chemours is introducing next-generation 2-phase liquid cooling technologies to meet the increasing thermal demands of data centers, which are expected to exceed 200 to 1,000 kW per rack by the decade's end.UBS analysts highlight Chemours' proprietary coolant solutions, Opteon SF33 for direct-to-chip cooling and Opteon 2P50 for immersion cooling, as key innovations for the future of AI data center cooling. Chemours is positioned to lead this critical transition. #technology

UBS Finds "Chilling Opportunity" In Data Center Cooling

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