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Chilldyne, the leading provider of liquid cooling solutions for AI and high-performance data centers, showcased breakthroughs in liquid cooling for AI and high-performance data centers during SC23, held in Denver, Colorado. Here’s a quick look at the major highlights: 1. ‘Cut the Line’ Demo – Preventing Leaks Before It Happens: Demonstrating our negative pressure technology, […]

Thermal qualification for data centers is a process by which the test team validates a system’s thermal performance to ensure safe operating temperatures under multiple test conditions. This is done to model real-world use cases such as workloads from AI or HPC in various cooling configurations. This ensures optimal performance and reliable operation prior to

Selecting the right liquid cooling solution is paramount for optimal data center operations. It’s not just about providing the best cooling efficiency; it’s about ensuring reliability, performance, and peace of mind. Here are six essential questions you should ask your liquid cooling vendor to ensure you choose a system that effectively meets your data center’s

The rapid advancement of generative AI has led to a surge in high-performance computing and data center heat loads. Liquid cooling has emerged as a powerful solution for managing these increasing thermal challenges. At Chilldyne, our extensive experience in this emerging field has enabled us to develop a comprehensive approach that ensures reliable, efficient, and

How will liquid cooling support the future state of AI computing? While most now understand that liquid cooling is a prerequisite for the 120 kW NVIDIA racks coming soon, the next step is to consider how to cool even higher power racks. Liquid cooling will remain crucial in managing the escalating chip power and increasing

There is a lot of marketing hype around liquid cooling and the best approach to support next generation data centers and HPC facilities. Chilldyne conducted an in-depth technical study on cold plate optimization and cooling methods, focusing on managing the thermal output of powerful GPUs like the 700-watt NVIDIA H100. This research was initiated at