Supercomputing is hot - liquid cooling to the rescue
How liquid cooling is enhancing the next generation of supercomputers
Intel is pioneering energy-saving tech
High Performance Computing (HPC) uses vast amounts of processors for groundbreaking work. But all those processors overheat easily. Liquid Cooling allows HPC to continuously run powerful processes while using far less energy than traditional cooling.
The awesome power of supercomputing has the ability to solve the world’s toughest computing challenges. But supercomputers generate heat from components inside, including memory and storage. Matthew Ziegler, Director of HPC & AI Performance and Architecture at Lenovo, explains how Liquid Cooling efficiently captures the surplus heat from the processors, as opposed to traditional cooling which uses excessive energy, allowing supercomputers to continue doing ground-breaking work.
Learn more about high performance computing.