“By deploying ZutaCore’s direct-to-chip liquid cooling technology, we were able to increase the density of servers in a rack, while also using less electrical power for fans. Also, in comparison to a water based solution, ZutaCore technology allowed us to achieve greater server density and reduce energy costs while operating at higher liquid temperatures compared to water-based systems.”

“Oregon State college of Earth, Ocean and Atmospheric sciences wasable to retrofit many servers with the Zutacore 2 phase direct to chipliquid cooling technology to reduce data center heat load, increaseprocessing and recapture of heat generated. This has allowed ourgroup to take power that was going to be used for additional airbased CRAC units and translate that into processing power forservers increasing our overall capacity with the same space."

"At TACC, we are dedicated to leveraging the most advanced technologies to meet the rising demands of AI workloads while prioritizing sustainability. ZutaCore®’s HyperCool® solution has proven its ability to outperform traditional air cooling by keeping our CPUs 18°C cooler and cutting energy usage by 34 watts. This breakthrough technology not only delivers superior, throttle-free performance but also reinforces our commitment to empowering the research community with efficient, sustainable solutions for the future."

"We have been thrilled with our efficient transition to HyperCool. This system has vast potential in enhancing power within the rack and enabling an energy-efficient leap towards next-generation servers."

“When implemented on Intel technologies, we found ZutaCore’s HyperCool® to be a reliable, scalable, and cost-effective liquid cooling technology, well suited for both brown and greenfield projects.”