ZutaCore has introduced its presence on the 2025 Pacific Telecommunications Council (PTC) on January 19-22 in Honolulu, Hawaii. The corporate’s HyperCool expertise has emerged because the de facto commonplace for telecommunications suppliers and carriers bringing megawatt compute energy into their AI factories and information centres, whereas additionally making them extremely vitality environment friendly, price efficient and sustainable.
“The buildout of AI has presented challenges to Telecom providers who were already under enormous pressure to reduce their energy consumption, lower costs and streamline facility maintenance,” stated Erez Freibach, the co-founder and CEO at ZutaCore. “HyperCool can help them drive better ROI and simplify operations with its unique use of no water, heat re-use capabilities and ability to cool even the AI GPUs up to 2,800 watts and beyond. Our heat transfer fluid never needs to be replaced even after years of usage, and with no water being used, the system is free from corrosion and water-related threats such as mold and bio-growth.”
Bridging the hole between sustainability and AI
ZutaCore’s HyperCool is a waterless, two-phase, direct-to-chip cooling expertise designed to handle the temperature of high-performance processors and AI GPUs corresponding to NVIDIA’s Grace Blackwell superchip and the AMD Intuition MI300X.
Key benefits that HyperCool gives to telecommunications suppliers embrace:
- Requires no water – The twin-phase pool boiling strategy makes use of warmth switch fluid to take away the warmth from the chips by way of liquid-to-vapor part change.
- Lowers vitality prices – HyperCool delivers 10-20% higher vitality effectivity with dynamic cooling, smaller pumps and no efficiency degradation over time. It has been confirmed to chill the most well liked chips of two,800 watts with an information centre PUE (energy utilization effectiveness) as little as 1.05-1.07 whereas growing compute density.
- Permits larger server densification – HyperCool permits for larger server densification wanted in AI factories, consuming as much as 50% much less house than air-cooled information centres and as much as 75% much less house than immersion cooling.
- Permits for warmth reuse – HyperCool permits telecom suppliers to harness the warmth being generated from their AI factories for heating adjoining workplaces, different components of the info centre, or close by colleges, workplace buildings and swimming swimming pools. And since electrical capability is usually already at most, the ability financial savings from not utilizing warmth pumps could be redirected to the compute infrastructure, producing extra income for AI factories.
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