The breadth and depth of recent AI-driven advancements is forcing the networks underpinning data center operations to adapt and scale in all directions

Leveraging Swedish automotive engineering expertise, Volvo Penta is innovating beyond the engine itself, driving data center power generation to meet the growing demands of modern digital infrastructure

Today’s data center landscape has become a complex battlefield, with AI-driven demands for density and relentless growth requiring power distribution systems that deliver a tactical edge on all fronts

Locating enough available power for data center operations is no longer the most significant hurdle to continued growth. Instead, timing is everything

Knowledge is power, allowing data centers to track and correct harmonics and power factor, avoiding costly energy waste, protecting infrastructure, and maximizing system efficiency

How AI-driven workloads are reshaping the balance between power, cooling, and compute, and what it means for the next generation of design

Managing electrical harmonics so you don’t waste your energy on energy waste

The future of powering AI amid global grid challenges and rising power demands

Once a quiet supporter of connectivity, fiber cabling is stepping firmly into the spotlight as the strategic enabler of resilient, adaptive networks in the AI era

Acting as the brains behind data center operations, fiber is delivering the next-gen scale-up networks required to meet tomorrow’s demands, today

New markets, new demand, new opportunities with Paul Churchill of Vertiv

The evolving role of thermal management in high-performance, utility-scale data centers

Examining the challenges and opportunities of AI on the global stage, with NTT’s Steven Lim

Generating power at point of use efficiently and reliably starts with identifying the best technology for the job. What makes fuel cells a smart choice?

Emissions-compliant Tier 4 Final engines, supported by a global service network, provide the reliability and flexibility data centers need to meet rising energy demands and decarbonization goals

The what, the why, and the how of grid-interactive data centers in the digital age

A microgrid’s value lies not just in its presence, but in the key design and configuration factors that determine its resilience, flexibility, and long-term performance

Speeding up access to power generation solutions beyond the grid is fast becoming a necessity in the era of increasingly energy-hungry AI workloads

Aligning on DC standards is key to powering next-generation AI data centers – or they risk being knocked out by inefficiency

Electrical safety in high-density data centers amid the accelerating adoption of AI and HPC technologies

How intelligent power distribution solves real customer challenges by delivering faster deployment, enhanced rack-level visibility, and robust security

Hydrogen and oxygen combine to produce clean power. But turning that reaction into a reliable backup solution for modern data centers? That’s where things get more complex

Sourcing timely power is a priority for fueling the AI era. But it must also be reliable, scalable, and sustainable. That’s where fuel cell technology comes in

AI is driving exponential demand for computing power, and with that, an evolution in how data center infrastructure is designed, built, and operated