AI data centers are rapidly expanding in water-stressed regions, raising concerns over their massive water use and impact on ...

Using lifecycle assessment to determine potential end-to-end impact, Microsoft researchers assess the pros and cons of cold ...

Despite the leaps and bounds in the performance of the underlying silicon, artificial-intelligence (AI) training is pushing ...

The PSU is the power backbone of the data center, converting high-voltage AC power from the grid into the lower-voltage DC ...

At Data Center World 2025, industry experts discuss AI's impact on DC power needs and liquid cooling innovation.

Why the changes and challenges brought on by the rapid rise of AI can’t be met with yesterday’s cooling methods ...

As AI workloads push data centers to ever-larger power densities, traditional air cooling methods are reaching their limits.

Facing a future of soaring densities and faster deployments, Vertiv is positioning itself at the center of the AI data center ...

AI workloads are pushing data centers to the brink. Legacy air-cooled systems – built for 5-10kW racks – can’t keep up with ...

The energy at NVIDIA’s GTC 2025 conference was electric—and rightly so. With breakthroughs in Agentic AI, hyperscale compute, ...

Aggreko said it has launched a 500-kW liquid-cooled resistive load bank, purpose-built for liquid-to-liquid data center ...

Artificial intelligence (AI) is not new – it has been evolving for over 70 years. However, recent advancements in compute power, the rise of AI applications like ChatGPT, the emergence of Agentic AI, ...