According to a recently published report from Dell'Oro Group, the trusted source for market information about the telecommunications, security, networks, and data center industries, the worldwide Data ...

Technical deficiencies - poor direct-to-chip liquid cooling systems, misuse of glycol, and flawed industry guidance – ...

HPC data centers solved many of the technical challenges AI now faces: low-latency interconnects, advanced scheduling, liquid cooling, and CFD -based thermal modeling. AI data centers extend these ...

With AI’s explosive growth literally pushing data centers to their limits, the next generation of infrastructure must rethink ...

The company plans to build and pay for dedicated energy infrastructure to reduce the risk of AI data centers straining local grids and slowing expansion. OpenAI is moving to blunt one of the ...

As hyperscalers and other data center operators accelerate efforts to deliver the capacity required for generative AI and large-scale model training, modernizing data centers for the latest GPU ...

New workload demands are turning data handling into a system-level design challenge rather than a back-end afterthought.

New platform delivers millisecond-level power stabilization to manage AI-driven load volatility and hybrid power ...

In the high-stakes construction and operation of data centers, caution is often mistaken for prudence. Engineers and ...

AI is driving record power demand in data centers, with rack densities hitting 150 kW. C&D Technologies helps operators tackle cooling and grid strain while unlocking energy savings and sustainability ...

C2i has raised $15 million as it tests a grid-to-GPU approach to reducing power losses in AI data centers.

Electrical substation infrastructure increasingly sits at the front of data center project planning as utilities tighten grid access and require major power upgrades ...