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.
Michael Lawrence of Leviton outlines four key subsystems that often required tailored solutions in an AI data center and the challenges data centers face with AI builds: the Entry-Point, Front-End, DC Interconnect, and Back End Subsystems.
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As AI data center development accelerates into its execution phase, long-held assumptions around power, delivery timelines, and community acceptance are colliding with real-world constraints. Which one breaks first?
Cooling challenges in the AI era are not isolated technical problems. They are systemic issues tied to how infrastructure is planned, sized, and operated.
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.
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.
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.
This webinar demonstrates how the non-intrusive flow and thermal energy measurement with Emerson’s Flexim ultrasonic technology helps ensure reliable performance of critical cooling systems - without pipe modifications, without bypass lines, and without shutdowns of active infrastructure.
In this episode of the Data Center Frontier Show podcast, DCF Editor in Chief Matt Vincent speaks with Tom Carroll, Director of Data Center within the ACV Strategic Business Field at ebm-papst Americas.
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.
The power density and scale of AI computing deployments are changing every aspect of how data centers are designed and operated. For decades, data centers had total IT loads measured in MWs and were built to support IT environments operating at less than 30 kW per rack. But GPUs have dramatically changed...
This Data Center Frontier editorial webinar will examine how data center developers, operators, energy strategists, and power infrastructure providers are addressing grid constraints and accelerating AI infrastructure deployment.
