Applied Digital is Revolutionizing High Performance Computing by Locating Facilities at Unique Power Sources

 

Applied Digital optimizes high-performance computing by leveraging unique power sources, and locating facilities at the source of power rather than in traditional cloud regions. This approach is particularly suited for AI workloads, which do not require ultra-low latency like video streaming. By targeting areas with abundant but underutilized power, known as “stranded power,” the company enhances operational efficiency and addresses power transmission challenges.

Wes Cummins, the CEO of Applied Digital highlights the company’s innovative use of stranded power to support high-performance computing projects and future expansions in a discussion with David Liggitt, the Founder and CEO at datacenterHawk. He mentions efforts to develop additional locations with a total capacity of one gigawatt, reflecting confidence in their sustainable and efficient high-performance computing solutions. This strategy positions the company well for continued growth and success in the industry.

Recent Episodes

In Ellendale, the sound of laughter, cheers, and the thwack of pickleball paddles marked more than just a summer afternoon—it marked a testament to what a united community can accomplish. The unveiling of the new pickleball courts, a project made possible through collaboration between the town, local sponsors, and Applied Digital, wasn’t just about…

As AI adoption accelerates at an unprecedented pace—ChatGPT alone sees 2.5 billion daily prompts just two and a half years after launch—digital infrastructure is racing to keep up. At the center of this transformation are purpose-built data centers, evolving from air-cooled Bitcoin facilities to liquid-cooled “AI factories” designed to power the next generation of…

AI infrastructure is evolving at breakneck speed, and the real challenge is no longer just designing next-generation data centers—it’s executing them at scale. As demand for AI-ready facilities grows, operators must adapt to immense increases in power density, new cooling technologies, and unconventional deployment locations. Power density requirements for AI workloads are pushing the…