The future of liquid cooling for data centers

Video Description

Increasing power levels and low Tcase requirements require innovative cooling technologies to ensure low carbon footprint initiatives can succeed. Understanding the benefits and trade-offs of various cooling technologies helps users make the best decisions for their organization. Learn more at https://www.hpe.com/in/en/home.html Introduction and Industry Trends – 00:00 Increasing Chip Densities and Power – 00:33 Rise of 3D Silicon Stacking – 01:03 Thermal Challenges of New Chips – 01:34 Why Liquid Cooling is Needed – 02:05 Efficiency and Density Benefits – 02:36 Reducing Power Consumption in Data Centers – 03:06 Rack Density and Cooling Challenges – 03:37 Enterprise Liquid Cooling Deployment – 04:07 Power Savings and Performance Gains – 04:39 Performance Per Kilowatt Improvement – 05:11 Energy and Carbon Emission Reduction – 05:44 ROI and Environmental Impact – 06:15 HPE’s Legacy in Liquid Cooling – 07:18 Liquid Cooling Technologies at HPE – 07:51 Current Server Models Using Liquid Cooling – 08:21 Cold Plate and Air Combination Solutions – 08:52 Types of Liquid Cooling Solutions – 09:55 Understanding Cooling Power Levels – 10:56 Rear Door Heat Exchangers Explained – 11:59 HP Arc System for Rack Cooling – 12:30 Direct Liquid Cooling Efficiency – 14:32 Cold Plate Technology Details – 15:03 Skyfin Cold Plates Explained – 15:34 Understanding Cooling Loops and CDUs – 16:35 Scaling Up Cooling Solutions – 17:37 High-Density Systems: Cray EX4000 and EX2500 – 18:08 Fanless Blade Systems – 18:38 Advantages in Energy Efficiency Rankings – 19:10 Immersion Cooling vs Direct Liquid Cooling – 19:41 Deployment Options for Liquid Cooling – 20:11 Liquid Cooling in Colocation and HPE Cloud – 21:13