Colovore has broken ground on its newest high-density, liquid-cooled data center, RNO01, in Reno, Nevada. Designed to meet the increasing demands of AI workloads, RNO01 will support next-generation AI accelerator systems with expected rack densities reaching up to 250kW. Each cabinet will be equipped with a primary liquid loop connection, ensuring efficient deployment of AI and machine learning infrastructure at scale.
RNO01 will feature Colovore’s standard offerings, including liquid cooling and high-power circuits for large enterprise deployments, with committed power supplied by Nevada Energy. Traditional air-cooled data centers are increasingly strained by the power and cooling demands of AI training and inference workloads, a challenge that Colovore has anticipated since its founding. The company’s compute-agnostic approach enables it to support both direct-to-chip cooling systems and traditional IT infrastructure without costly retrofits, optimizing efficiency for customers developing AI-driven applications.
Colovore’s expansion follows its recent acquisition by King Street Capital Management. The new Reno facility continues the company’s mission of delivering scalable infrastructure solutions for high-performance computing. With seamless power and cooling capabilities, RNO01 is designed to eliminate key deployment constraints and accelerate AI adoption.
- Colovore has begun construction on RNO01, a high-density, liquid-cooled data center in Reno, NV.
- The facility will support AI accelerator systems with rack densities up to 250kW.
- Each cabinet includes a primary liquid loop connection for advanced AI/ML deployments.
- RNO01 features liquid cooling, high-power circuits, and power from Nevada Energy.
- The expansion follows Colovore’s acquisition by King Street Capital Management.
“Colovore was built on the philosophy of staying ahead of customer needs, ensuring that infrastructure never becomes a bottleneck,” said President and Co-Founder Sean Holzknecht. “Our Silicon Valley-adjacent Reno data center continues that mission, providing seamless scalability for the most demanding and high-performance workloads.”
