The high power consumption of electronic systems, driven by applications in Artificial Intelligence (AI) and High-Performance Computing (HPC), is generating a significant demand to address overheating ...

Why cooling is critical to data center system design. What types of cooling options are available to designers? Advantages and disadvantages of single-phase immersion cooling. Today, most present ...

Data center workloads continue to surge due to the rise of AI and high-performance computing (HPC), and, in turn, traditional air-cooling methods are reaching their practical limits. As thermal loads ...

While liquid cooling dominates discussions around AI data centers, Ventiva introduces a different approach with targeted ...

High-power electronics are pushing PCBs to their thermal limits, demanding smarter materials, layouts, and cooling strategies. Engineers are turning to advanced substrates, copper designs, and hybrid ...

A unified approach brings thermal systems, orchestration software and energy infrastructure together as AI workloads push ...

Struggling with overheating PCBs, airflow bottlenecks, or long thermal simulation runtimes? As power densities rise and form factors shrink, electronics cooling is no longer a late-stage check — it’s ...

Modern engines run hotter, use thinner materials, and depend on electronics in ways that would have baffled drivers a ...