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OCP Optics Project

The OCP Optics Project is an Open Compute Project (OCP) domain group focused on specifications and open hardware designs for optical interconnects used in data center and High performance computing (HPC) environments (hardware specification / data center networking).

  • Develops and maintains open specifications and reference designs for optical modules, cables, and related hardware used in OCP-compliant systems (hardware specification).
  • Focuses on interoperability and mechanical, electrical, and thermal design guidelines for optical interconnects in data center and cloud infrastructure (data center networking).
  • Aligns optical hardware designs with broader OCP principles such as openness, efficiency, and deployability in large-scale compute and storage environments (infrastructure architecture).
  • Provides a collaborative forum for operators, vendors, and integrators to contribute designs, specifications, and implementation feedback for optical solutions (industry collaboration).
  • Supports integration of optical components into OCP platforms such as servers, switches, and racks, enabling consistent deployment in open hardware ecosystems (infrastructure integration).

More About OCP Optics Project

The OCP Optics Project operates under the Open Compute Project Foundation as a focused domain group for optical interconnect technologies used in open data center hardware. Its work targets optical modules, cabling, and related components that connect compute, storage, and networking systems within OCP-based environments. The project concentrates on defining open, vendor-neutral specifications and reference designs so that data center operators can procure interoperable optical solutions for large-scale infrastructures.

Within OCP, the optics domain addresses mechanical, electrical, and thermal aspects of optical components (hardware specification). This includes connector form factors, module envelopes, mounting considerations, and interfaces with OCP-compliant switches, servers, and racks. By documenting these characteristics in open specifications, the project supports multi-vendor interoperability and consistent integration of optical modules and cables into OCP platforms.

The project aligns its work with the broader OCP objective of open, efficient, and deployable hardware for hyperscale and enterprise facilities (infrastructure architecture). Optical interconnects are a core part of that stack, supporting bandwidth and link distance requirements between racks, rows, and sometimes across data halls. The OCP Optics Project therefore coordinates with other OCP projects, such as server, networking, and rack and power initiatives, so that optical designs fit within shared mechanical and electrical frameworks used across OCP-compliant equipment.

For enterprises and cloud operators, the project’s output is used as a reference when selecting or qualifying optical modules and cabling for OCP-based deployments (data center networking). Open specifications give operators a basis to request compatible products from multiple suppliers while maintaining mechanical and electrical alignment with OCP hardware designs. Vendors can use the published materials to design products that integrate directly into OCP platforms, supporting interoperability in multi-supplier environments.

From a directory and taxonomy perspective, the OCP Optics Project sits within the categories of hardware specification, data center networking, and infrastructure integration. It is not a software library or protocol stack; instead, it provides design and specification material that underpins physical connectivity within open compute infrastructures. Its technical role is to document, coordinate, and maintain optical hardware requirements that support the broader OCP ecosystem of servers, switches, racks, and data center facilities.