Sustainability has a role to play in the creation of AI-era ready data centers

AI-driven cooling solutions are revolutionizing data center sustainability by optimizing energy efficiency without compromising uptime

How colos can help universities in their missions

Two-phase immersion was expected to revolutionize data center cooling, but proved difficult to implement. Is interest peaking again?

AI-driven demands are transforming data centers, pushing for innovative infrastructure designs and advanced cooling solutions to support the next generation of computing power

Liquid cooling is the answer

Real-world challenges and necessary transformations in space, power, and cooling to support our hyperconnected future

Which is right for your data center?

As AI factories that produce intelligence from existing content, new data centers must consider computing technologies available today and how to remove the heat created by these powerful servers

The expectation from some is that soon traditional air-cooled data center technologies may become obsolete, especially as AI adoption and supercomputing advancements gathers pace

As chip companies battle to produce increasingly powerful chips quicker than ever before, for how much longer can data center providers keep pace?

Potential roadblocks to liquid cooling what the winners might look like

Transforming data center design and infrastructure to tackle rising power consumption and heat while prioritizing sustainability and efficiency

Water must be closely regulated and managed

Addressing the potential risk of data centers becoming stranded assets due to their power-intensive nature

Reimagining the data center for sustainable growth

The future is exciting for direct-to-chip technology

Optimal cooling for high density workloads

Leveraging chilled water systems for optimal cooling

While the Thermal Guidelines have become the de-facto standard for the environmental design and operation of ITE installed in a data center, they remain a guideline

It is essential to recognize and address risks through comprehensive electrical safety studies and measures

In the context of growing demand

Air-assisted direct liquid cooling systems offer trade-offs that make them attractive to operators

How new ASHRAE standards are driving liquid cooling

Reflecting on the achievements and lessons learned in 2023 and how the industry is building on the past as we plan for the future

Germany’s Energy Efficiency Act, with its demands for a PUE of 1.2, has reignited a debate: can a data center be both highly available and highly efficient?

The rise of AI and consequent demand for power-hungry processors to run AI applications is fueling interest in liquid cooling. Schneider's Robert Bunger answers the big questions everyone is asking

The cost and efficiency benefits of cold plate and immersion cooling won't bring the breakthrough in energy performance the industry needs