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"10 Ways to Harness the Energy and Water Efficiencies of Direct Liquid Cooling"

Direct-to-chip liquid cooling cuts data center energy use by 30%-60% versus air cooling and eliminates water use. This analysis covers seven design factors and three practices to optimize sustainability, from component selection to temperature control. Read the white paper to boost energy and water efficiency in liquid cooling.

Data centers face pressure to manage AI-driven thermal demands while meeting sustainability goals. Liquid cooling adds complexities in energy use, water consumption, and emissions that need better understanding.

This white paper guides optimizing direct-to-chip liquid cooling for sustainability, analyzing how design and operations affect environmental performance, including:

· Seven design factors like heat rejection systems and coolant selection for efficiency
· Three practices for intelligent management, maintenance, and adaptability
· Sustainability gains with 30-60% energy cuts and water savings

Align liquid cooling with sustainability and future tech evolution.

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