
Modern.
Compact.
Flexible.
OpenSFF is an independent, non-profit organization developing open hardware standards for small form factor computing
An Open Foundation for Modular Computing
OpenSFF develops open hardware specifications that define how modular components fit and work together. The goal is to enable products from different manufacturers to build on a common foundation.
The Standards Behind the System
OpenSFF defines requirements that allow modular compute nodes, enclosures, and management modules to work together.
Compute Node
A replaceable computing component designed around defined mechanical, electrical, and thermal characteristics
Enclosure
Houses compute nodes and provides shared infrastructure required by the system
Management Module
A removable module that provides KVM access and out-of-band management in supported enclosures
Build for Change, Not Replacement
OpenSFF standardizes the hardware foundation while leaving room for vendors to develop their own products, implementations, and form factors
Modular by Design
Replaceable compute components create opportunities to upgrade or reconfigure systems without replacing every part of the platform
Interoperable & Vendor Agnostic
Common interfaces and requirements are intended to enable compatible components from different manufacturers or models to work together
Designed for Service
Defined mechanical and electrical interfaces help make component replacement and maintenance more practical
Built for Longevity
Modular designs can help extend the life of system infrastructure as compute or workload requirements change
Help Shape the Future of Modular Computing
OpenSFF is building an ecosystem around open hardware standards. Whether you develop hardware, integrate systems, create technical content, or just want to support, there are ways to get involved.
OpenSFF Software
OpenSFF aims to make modular computing easier to configure, manage, and use. Explore tools being developed alongside the hardware standards.
One Standard. Many Possibilities.
OpenSFF provides a shared hardware foundation for exploring different system designs and form factors. These concept models illustrate potential applications of modular computing across a range of use cases.






