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Thermal resistance for cold plate with turbulator graph

Thermal Resistance Data for 2,000-Watt Cold Plate with Turbulators

Chilldyne’s liquid cooling technology, featuring cold plates with turbulators, provides a reliable and efficient solution to manage the high heat loads from modern HPC and AI applications. This graph highlights the thermal performance of our 2,000-watt cold plate, showing how advanced turbulator technology significantly improves heat transfer. Figure 1: Thermal performance of the Chilldyne cold

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Chilldyne's failure-tolerant 1 mW Liquid Cooled Cluster

Chilldyne’s Reference Design for AI: Leak-Proof Cooling for NVIDIA GB200 NVL72 Clusters

Chilldyne’s Reference Design for AI: Leak-Proof Cooling for NVIDIA GB200 NVL72 Clusters AI workloads are more demanding than ever, requiring powerful, high-density computing infrastructure. As these systems scale, cooling becomes a critical challenge—one that traditional methods struggle to meet. That’s why Chilldyne’s patented negative pressure liquid cooling is designed to deliver fail-safe, leak-proof performance for

Chilldyne’s Reference Design for AI: Leak-Proof Cooling for NVIDIA GB200 NVL72 Clusters Read More »

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