At an Open Compute Project (OCP) Global Summit 2025 keynote, Supermicro’s Vik Malyala and Crusoe’s Tamanna Sait underscored that scaling AI data centers will require a deliberate blend of open standards and creative engineering. Malyala, Managing Director and President of EMEA at Supermicro, outlined how rising compute densities, higher thermal loads, and complex interconnect demands are reshaping data center design. He said the company now treats racks, clusters, and entire facilities as modular “building blocks” optimized for efficiency and serviceability through OCP collaboration.
Supermicro’s engagement in OCP extends from contributing to white papers and specifications to serving on the organization’s advisory board. The company has implemented OCP standards such as DC-MHS across Intel- and AMD-based systems and supports GPU options from NVIDIA’s H100 to B300 and AMD’s MI325 and MI355. Malyala described how next-generation liquid and microfluidic cooling systems are critical to managing thousands of watts per GPU and CPU. By leveraging open designs and shared engineering across the ecosystem, Supermicro aims to lower deployment time, total cost of ownership, and operational complexity for both hyperscalers and smaller operators.
Crusoe’s VP of Engineering, Tamanna Sait, detailed how the company integrates OCP-recognized Supermicro hardware into its vertically integrated AI cloud ecosystem. Crusoe operates megawatt- to gigawatt-scale data centers powered by renewable energy sources such as wind, solar, and geothermal. The company has increased its GPU deployment efficiency fourfold through standardized hardware, streamlined supply chains, and rigorous testing frameworks. “We believe that open standards are the foundation of building a sustainable AI infrastructure,” Sait said.
• Supermicro focuses on modular AI data center “building blocks” spanning compute, storage, and networking.
• Crusoe’s AI cloud integrates OCP-based hardware with renewable-powered data centers.
• Both companies advocate for liquid and microfluidic cooling as densities rise.
• Supermicro contributes to OCP standards like DC-MHS and “Ready for AI” initiatives.
• Crusoe plans to participate in OCP telemetry and hardware fault management workstreams.
“We want to bring together commercialization, commoditization, and democratization — all thanks to the open community,” said Supermicro’s Vik Malyala.
The recorded playback is here: https://www.youtube.com/watch?v=SGC6YdySjPk
🌐 Analysis: The joint presentation reflected the growing convergence between AI compute design and open hardware ecosystems. Supermicro continues to deepen its OCP leadership, complementing partnerships with chipmakers and hyperscalers. Crusoe’s collaboration demonstrates how vertically integrated, renewable-powered AI operators can accelerate deployments while staying aligned with sustainability goals — an increasingly central theme in large-scale AI infrastructure.
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