Growing AI and high-performance computing (HPC) workloads are putting increasing pressure on data center cooling infrastructure. Oregon State University (OSU) needed to expand its computational capabilities while addressing the energy consumption, space constraints, and operational costs associated with traditional air cooling..
By implementing ZutaCore’s waterless, two-phase direct-to-chip HyperCool® technology, OSU modernized its existing infrastructure without replacing its servers. The solution reduced processor temperatures by up to 30%, improved compute performance by 20%, and eliminated the need for four additional cooling systems..
Read this whitepaper to learn how to:. Improve compute performance and reduce processor temperatures through two-phase direct-to-chip liquid cooling. Retrofit existing data center infrastructure while minimizing costs, disruption, and space requirements.
Increase energy efficiency and support sustainability through heat recovery and waterless cooling technology
