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As liquid cooling becomes the foundation of next-generation AI and high-density data centers, safety and long-term reliability are just as important as cooling performance. While efficiency often takes center stage, the integrity of the liquid circuit remains one of the most critical factors for mission-critical deployments. We are proud to announce that the NovaCool CDU-ICDU1500 has…

After decades managing IT infrastructure, server rooms, and colocation facilities, I’ve learned one hard truth: your server rack isn’t just storage—it’s the foundation of your entire data center operation. Too many racks complicate things with endless specs but fail at the three key areas that matter most: unmatched structural stability, optimized thermal performance, and fast,…

When it comes to data center cooling, performance and efficiency are only part of the equation—safety and compliance are just as critical. That’s why Inova is proud to share a deeper dive into how our NovaCool Rear Door Heat Exchanger (RDHx) earned its UL 62368-1 certification. More than just a badge, this certification reflects NovaCool’s…

Keeping data centres cool is paramount and that’s our business. As Artificial Intelligence (AI) and Machine Learning (ML) algorithms gain prominence in High-Performance Computing (HPC) systems, the challenge of processing rapidly expanding data sets in shorter timeframes becomes increasingly complex. Rising power demands bring about accompanying thermal challenges as well. Data center operators need to…

As AI technologies advance, the infrastructure supporting these systems must evolve to meet increasing demands. For IT professionals and data center managers looking to stay ahead of the curve, the correct IT infrastructure that prepares them to be "AI Ready" is crucial. Here’s what makes an AI Ready Rack essential for the future of data…

Liquid cooling is a technology that utilizes liquids to efficiently absorb and dissipate heat from IT equipment, surpassing the capabilities of traditional air-cooling methods. Liquids, with their higher heat-carrying capacity and thermal conductivity, can directly contact heat-generating components. This enables components to be packed closer together, reducing space requirements and enhancing performance. Additionally, the latest…