AS GENERATIVE AI, REAL‐TIME ANALYTICS AND EDGE COMPUTING EXPAND, SERVER RACKS PACK FAR MORE COMPUTING POWER AND HEAT INTO THE SAME FOOTPRINT. technology for the data centre white space.
F E A T U R E
“ cooling
AS GENERATIVE AI, REAL‐TIME ANALYTICS AND EDGE COMPUTING EXPAND, SERVER RACKS PACK FAR MORE COMPUTING POWER AND HEAT INTO THE SAME FOOTPRINT. technology for the data centre white space.
Mukul Girotra, Senior Vice President and General Manager of Ecolab’ s Global High-Tech Division, expands on the current state of data centre cooling and how to address potential challenges.
Why is cooling becoming such a critical issue for today’ s data centres? operators. 3D TRASAR Technology for Direct-to-Chip Liquid Cooling also includes expert field service and lab analysis provided by multiple research facilities around the world, with results available in as little as five days. A hypercare support model helps data centre operators ensure direct-to-chip systems are commissioned correctly and running smoothly. Designed to minimise unplanned downtime, extend asset life and enhance reliability, the complete solution helps maintain optimal performance for high-value computing assets.
Data centre operators need cooling systems that can keep pace with rapidly advancing heat loads. The portfolio, anchored by 3D TRASAR Technology for Direct-to-Chip Liquid Cooling, expands Ecolab’ s capabilities with advanced
As Generative AI, real‐time analytics and Edge Computing expand, server racks pack far more computing power and heat into the same footprint. Traditional air‐based cooling struggles to dissipate these thermal loads efficiently. To keep up, operators are adopting direct‐to‐chip liquid cooling, which circulates coolant via integrated closed loops and cold plates within the servers themselves, dramatically improving heat removal.
24 www. intelligentdatacentres. com