With DOE leasing federal land and AEP supporting transmission, SoftBank’s 10 GW Ohio project redefines AI data centers around power and infrastructure.
To keep pace with AI and high‑density computing, data centers must embrace hybrid cooling architectures, prepare for HVDC ecosystems, and rethink supply‑chain and grid dependencies. Tom Carroll of ebm-papst Americas explains why.
Early Bird pricing offers a $100 savings on your full conference registration for Microgrid Knowledge 2026 when you register before April 3. Join a diverse community of energy leaders exploring resilient, sustainable, and decentralized solutions powering the future.
Each month Data Center Frontier, in partnership with Pkaza, posts some of the hottest data center career opportunities in the market. Here’s a look at some of the latest data center jobs posted on the Data Center Frontier jobs board, powered by Pkaza Critical Facilities Recruiting.
The question facing operators today is not simply whether air cooling can keep up; it’s whether the air itself is clean and stable enough to sustain the next generation of compute.
TerraPower’s Natrium reactor secures NRC construction approval in 18 months, signaling a faster licensing path for advanced nuclear and new potential for powering AI data centers and high-density infrastructure.
As AI infrastructure enters its execution phase, success is being defined by power certainty, procurement discipline, coordinated delivery at scale, and the industry’s ability to earn trust while building faster than ever.
Artificial intelligence is redefining data center design at an unprecedented pace. As rack densities surge past 60–100 kW and high-density GPU cooling solutions become the norm, a critical question is emerging across the industry: Is your airflow strategy ready for AI? What Are Your Servers Breathing...
In this episode of the Data Center Frontier podcast, Data Center Frontier Editor in Chief Matt Vincent speaks with Joel Wynn, VP Data Center Sales, at Southwire.
As AI campuses push toward gigawatt scale, a once-niche technology—high-temperature superconducting wire—is emerging as a potential breakthrough in how power is delivered, distributed, and ultimately monetized inside the data center.
Data centers aren’t short on demand, capital, or customers. They’re short on electrons, facing a grid that can’t build fast enough to keep up with demand.
Jensen Huang’s post-keynote briefing at GTC 2026 reframed AI infrastructure as a full-stack industrial system, where inference, token economics, and coordinated data center buildouts define the next phase of growth.
Set in National Harbor, Maryland, this two-day forum by Defense Strategies Institute is centered on the operational and strategic challenges shaping secure, high-performance data center environments.
