Winning the liquid cooling race requires a cultural shift – treating cold plate development as an evolving, continuous platform

Liquid cooling offers the performance and efficiency needed to manage the intense heat of GPU-driven workloads, reducing energy use while improving reliability

As the demand for AI and HPC infrastructure continues to grow, the move from air cooling to liquid cooling will become increasingly important for cooling AI workloads

While much of the industry focus has centered on thermal performance alone, a growing challenge lies in the mechanical limitations imposed by conventional cooling technologies

The CDU is not merely a piece of equipment; it is a gateway to enhanced performance, sustainability, and reliability in the digital age

With AI operations, efficiency isn’t just about how much energy you consume. Rather, it’s about how much compute you produce from it, making output a more meaningful measure of performance

The smartest strategy isn’t choosing one approach over the other indefinitely, but aligning cooling decisions with current workload demands while maintaining flexibility

Built with scalability and flexibility at the core, AI pods enable operators to expand capacity as technology evolves – without rearchitecting their facilities

And why engineering discipline is essential to match AI ambitions

As AI workloads push into the harshest corners of the world, the infrastructure carrying them needs a fundamental rethink. Not a harder shell, but a different architecture

Why the roof should be viewed as a strategic asset rather than a covering

Making a choice comes down to the specific requirements of the liquid cooling architecture in each implementation

Extreme weather conditions aren't a rarity anymore; sufficient preparation for such events is vital

The "last five-feet" connection often falls into a gray area of ownership, which leads to several critical failures

Water's role in the future of data centers is just as important as power

Adding liquid cooling to your existing data center can be complicated, but when done successfully, it effectively meets the power and GPU-intensive demands of high-density data centers

The transition to 800VDC represents a significant step forward in how data centers power high-density workloads – but it doesn’t require a complete reinvention of cooling

AI factories are pushing data center power and cooling requirements beyond traditional limits, making integrated AI data center infrastructure essential

With one in eight outages caused by cooling failures, can operators rely on systems built for comfort, not IT?

Smarter, more sustainable cooling isn’t just an operational upgrade, it’s an essential step toward building a resilient digital future

By focusing on design, deployment, and proactive maintenance, operators can harness the full potential of liquid cooling systems and specialized components

Organizations that modernize their brownfield spaces fastest will capture AI growth sooner and more efficiently

Examining flow measurement technology for modern data center cooling systems to drive resiliency, speed and reliability

With the right cooling system and monitoring technology in place to manage and optimize its performance, operators can reduce energy costs and water consumption