As we continue to deal with COVID-19 and the pandemic, the demand for high-speed internet connectivity requires high energy consumption and cooling requirements. Direct chip to data center liquid cooling would be a great alternative to more expensive options.
By using direct to chip data center liquid cooling, the reliability on expensive air conditioning, air handling systems, and fans is significantly reduced. This enables above 45kW densities per rack using warm-water cooling, minimized power use, and access to considerably enhanced performance potential. Direct to chip data center liquid cooling also necessitates peak performance for higher power or overclocked processors at the same time offering a considerable reduction in the total data center energy consumed. Such factors are boosting the data center liquid cooling demand.
Adoption of data center liquid cooling systems is highly advantageous to businesses as they aid in reducing their operating expenses by 25% - 30% compared to costly conventional cooling infrastructures such as CRACs, chillers, CRAHs, and raised-floor environments. In addition, rising power density ensured by warm-water DCLC minimizes data center footprint and associated costs such as racks, building, and cabling. Direct to chip data center liquid cooling enables a significant enhancement in rack utilization. By removing conventional air-cooling limitations, such as hot spots, a rack can be used to its full capacity.
The U.S. immersive data center liquid cooling market is estimated to witness 20% growth rate through 2026. AI, Big Data, and High-Performance Computing (HPC) use denser & hotter server chips that require efficient cooling to avoid damage to IT equipment such as GPUs and servers. The immersive liquid cooling offers a decline in Capex and Total Cost of Ownership (TCO) in comparison with to traditional cooling architectures.
