High Performance Computing

Visibility at Scale: How Data, Telemetry, and IT Architecture Enable High-Performance Data Centers

As AI infrastructure scales at an unprecedented pace, the complexity of managing data center operations has shifted from purely physical challenges to deeply digital ones. Today’s facilities generate enormous volumes of telemetry, and industry estimates suggest hyperscale and AI data centers produce millions of data points per second. At that scale, visibility is no…

QumulusAI Secures Priority GPU Infrastructure Amid AWS Capacity Constraints on Private LLM Development

Developing a private large language model (LLM) on AWS can expose infrastructure constraints, particularly around GPU access. For smaller companies, securing consistent access to high-performance computing often proves difficult when competing with larger cloud customers. Mazda Marvasti, CEO of Amberd, encountered these challenges while scaling his company’s AI platform. Because Amberd operates its own…

Facing High GPU Costs and Infrastructure Constraints, Amberd Turned to QumulusAI for Fixed-Cost AI

Providing managed AI services at a predictable, fixed cost can be challenging when hyperscaler pricing models require substantial upfront GPU commitments. Large upfront commitments and limited infrastructure flexibility may prevent providers from aligning costs with their delivery model. Amberd CEO Mazda Marvasti encountered this issue when exploring GPU capacity through Amazon. The minimum requirement…

Reflection and What’s Ahead: How Applied Digital Built the AI Factories of Tomorrow

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…

Applied Digital Ellendale AI Data Center: April 2025 Update

Progress continued throughout April at Applied Digital’s Ellendale AI Data Center, as construction efforts advanced across multiple fronts. With favorable weather conditions and a clear focus on critical infrastructure, the ELN02 site remains on track to support the growing demands of high-performance computing (HPC) and artificial intelligence. Key developments from April include: Metal jacketing installation…

NVIDIA GTC 2025 Puts AI Infrastructure in the Spotlight and Applied Digital Delivers

At NVIDIA GTC 2025, the spotlight is on more than just AI models—it’s on the infrastructure that makes them possible. Applied Digital is taking center court with its cutting-edge, liquid-cooled data centers, designed to handle the demands of large-scale, high-performance computing. As AI continues to evolve at a breakneck pace, the need for powerful,…

Applied Digital Ellendale AI Data Center: February 2025 Update

As AI and high-performance computing (HPC) continue to push technological boundaries, the demand for powerful, efficient infrastructure is more critical than ever. In February 2025, Applied Digital’s Ellendale AI Data Center marked significant progress in meeting that demand. The team announced that ELN02 has officially powered on its first lineup, a major step toward…

Applied Digital Ellendale AI Data Center: October 2024 Update

In October, Applied Digital’s Ellendale AI Data Center project in North Dakota continues to make remarkable strides. Following September’s progress on the utility substation and foundational infrastructure, we now see further development in the facility’s three-tiered structure. Spanning 363,000 square feet, this facility is designed to support a substantial 100MW IT load, positioning it…

September 2024 Update on Applied Digital’s Cutting-Edge Ellendale AI Data Center

In the September update, we get an exciting sneak peek at the progress of the utility substation and three levels of Applied Digital’s Ellendale AI Data Center in North Dakota. This cutting-edge facility, spanning 363,000 square feet and built to handle a 100MW IT load, is designed to meet the intense demands of AI…

Designing Sustainable and Scalable Data Centers for the AI Revolution

Join Applied Digital’s CEO Wes Cummings at SXSW 2025 for “Designing Sustainable and Scalable Data Centers for the AI Revolution.” This session will explore cutting-edge cooling solutions, energy-efficient designs, and strategies to minimize environmental impact, all crucial for supporting the growing demands of AI and HPC. Gain valuable insights into the future of sustainable…

Applied Digital’s Ellendale AI Data Center August Update

As of August 2024, Applied Digital’s Ellendale AI Data Center in North Dakota is progressing well, as the latest video update highlights. The three-level facility spans 363,000 square feet and is engineered to support a 100MW IT load. The main level is dedicated to central utilities that provide robust infrastructure support, while the…

Applied Digital Joins AI Alliance to Collaborate with Industry Leaders to Advance Open, Safe, and Responsible AI

Applied Digital Corporation (Nasdaq: APLD) (“Applied Digital” or the “Company”), a designer, builder, and operator of next-generation digital infrastructure designed for High-Performance Computing (“HPC”) applications, announces its an AI Alliance member. The AI Alliance is comprised of some of the leading organizations across the AI industry, including startups, academia, researchers, and the government, coming together…

AI First: Revolutionizing High-Performance Computing Design at the Ellendale Data Center

In the rapidly evolving high-performance computing (HPC) landscape, a groundbreaking development emerges from Ellendale, North Dakota. This innovation seeks to redefine the benchmarks of computational power and design. In the AI-First Business Podcast, host Tina Yazdi explores the future of HPC design with Wes Cummings, CEO and Chairman of Applied Digital. The discussion centers…

Who is Applied Digital?

Applied Digital is a U.S. based provider of next-generation digital infrastructure, redefining how digital leaders scale high-performance compute (HPC). With dedicated and experienced leadership in the fields of power procurement, engineering, and construction, Applied Digital collaborates with local utilities to solve the problem of congestion on the power grid while stimulating the development of more…

Applied Digital: From ‘What Ifs’ to Tangible Innovation

Applied Digital envisions a future where high-performance computing data centers aren’t just functional but transformative. With meticulously designed digital infrastructure, they aim to cultivate an environment ripe for innovation. In their perspective, every element, from airflows to dynamic server configurations, are potential drivers of change. In the fast-paced digital age, Applied Digital positions itself as…

Revolutionizing High Performance Computing

In today’s rapidly evolving technological landscape, the demand for high-performance computing (HPC) and supercomputing capabilities is skyrocketing. As businesses across various industries seek to harness the power of artificial intelligence (AI), automation, analytics, and complex code, finding a reliable partner that can provide comprehensive solutions becomes crucial. This is where Applied Digital comes in. Erik…

Unveiling Sai Computing: The Future of GPU-Powered Cloud Solutions by Applied Digital

Jason Zang, Co-founder of Applied Digital, introduced Sai Computing, the latest subsidiary of Applied Digital, at a recent event. Launched in May 2023, Sai Computing specializes in GPU cloud computing, catering predominantly to the high-performance computing and AI sectors. Their offerings span a range of services, from long-term, extensive GPU deployments under the “Reserve Compute”…

Applied Digital Investor Day Highlights

At Applied Digital’s inaugural Investor Day, speakers from various sectors of the company and its partners shared insights on the company’s strategic advancements and future goals. The event underscored Applied Digital’s role in shaping the trajectory of high-performance computing and AI technologies. Key takeaways included: 1. Expansion of capacity to hundreds of megawatts and securing…