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OCP Advanced Cooling Solutions

OCP Advanced Cooling Solutions is an Open Compute Project (OCP) initiative that defines open architectures, guidelines, and specifications for deploying non-traditional cooling technologies in data centers, such as liquid and other advanced thermal management approaches, to support OCP and non-OCP IT hardware at scale.

  • Open specifications and reference architectures for advanced data center cooling (data center infrastructure)
  • Frameworks for direct-to-chip liquid, immersion, and other non-air cooling deployment models (thermal management)
  • Guidance for facility-level integration of IT cooling loops, manifolds, and facility water systems (mechanical and facilities engineering)
  • Collaboration platform for vendors, operators, and integrators on interoperable cooling approaches (industry collaboration)
  • Alignment of cooling solutions with OCP-compliant IT gear and open rack designs (open hardware ecosystem)

More About OCP Advanced Cooling Solutions

OCP Advanced Cooling Solutions is a project within the Open Compute Project (OCP) that focuses on open, interoperable approaches to advanced cooling for data centers that deploy OCP and compatible IT hardware. The project addresses the thermal and energy challenges associated with dense compute, high-power processors, and modern workloads by promoting cooling methods beyond traditional air-based systems. Its scope spans hardware, facility interfaces, and deployment practices so that data center operators can adopt advanced cooling within an open ecosystem.

The project concentrates on advanced cooling technologies (thermal management), including liquid-based systems such as direct-to-chip cooling and immersion approaches, as well as hybrid concepts that combine liquid and air. Through community-developed specifications and design guidelines (open hardware specification), OCP Advanced Cooling Solutions describes how cooling distribution units, manifolds, cold plates, and other mechanical interfaces integrate with racks, servers, and facility-level water or coolant loops. The project also supports classification and terminology frameworks that help stakeholders compare, evaluate, and select advanced cooling approaches in a consistent manner.

In enterprise and hyperscale environments (data center infrastructure), OCP Advanced Cooling Solutions serves as a reference for designing new facilities and retrofitting existing sites to host high-density IT equipment. Operators, integrators, and vendors use its specifications to align mechanical, electrical, and plumbing designs with OCP-compliant racks and servers, enabling more predictable deployment and service models. By standardizing interfaces and requirements, the project reduces custom engineering for each site and supports multi-vendor interoperability where equipment and cooling subsystems must work together.

From an architectural perspective, the project sits at the intersection of IT hardware, rack-level design, and facility mechanical systems (infrastructure architecture). Its work products include guidelines on coolant temperature ranges, connection types, loop segregation between facility water and IT coolant, and approaches to monitoring and maintenance for advanced cooling deployments. These technical artifacts allow enterprises to Marketing Automation Platform (MAP) advanced cooling into their reliability, availability, and serviceability practices, as well as into capacity planning and energy management processes.

Within a technical directory or portfolio, OCP Advanced Cooling Solutions fits into the category of open data center infrastructure and thermal management standards. It complements other OCP projects that address racks, power distribution, and server hardware by defining how cooling infrastructure interacts with those elements. For organizations that use or evaluate OCP-compliant designs, the project provides a structured basis for incorporating advanced cooling into procurement, design reviews, and long-term infrastructure roadmaps.