As HVDC moves from specification to deployment, its impact on data center design will be structural rather than incremental. Power architecture is no longer an isolated engineering decision. It is ...

Engineers at Utilidata's new Ann Arbor headquarters are testing, developing technology to make data centers more power ...

When flexibility is treated as a foundational design principle rather than an afterthought, it becomes a source of resilience ...

Power scarcity and thermal limits are major challenges for AI data center buildout, observes Dell’Oro Group – but the industry will spend its way out of a corner.

A new 10 kW DC-DC power platform by Navitas Semiconductor is aiming to accelerate the shift toward 800 VDC architectures in AI data centers, delivering up to 98.5% peak efficiency and 2.1 kW/in³ power ...

The surge in power requirements for data centers is driving demand for denser, more efficient power conversion from the grid to the core.

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 ...

Siemens and nVent are collaborating to develop a liquid cooling and power reference architecture for hyperscale AI workloads. The new joint architecture developed by Siemens and nVent is designed to ...

A white paper from Enteligent says an 800V direct current architecture linking solar and storage directly to data centers can cut capital costs, reduce copper use and improve efficiency compared with ...