IEEE 896.10-1997

896.10-1997 is a standard for Futurebus+(R) spaceborne systems, with Profile S defining a specific implementation context for computing and processing hardware used in space applications. It helps frame how components, circuits, devices, and systems are organized and assessed so they can operate reliably in demanding orbital environments. For engineers and procurement teams, this standard is useful when comparing designs, checking compatibility, and supporting consistent technical requirements for spaceborne electronic assemblies.

Overview of 896.10-1997

This technical document focuses on the Futurebus+(R) architecture as applied to spaceborne systems, with Profile S narrowing the scope to a particular profile of use. In practice, 896.10-1997 is relevant where computing and processing equipment must fit within a defined bus-oriented system approach and meet expectations for disciplined interface and system integration. It provides a reference point for design, evaluation, and documentation in environments where controlled electrical and functional behavior is important.

Typical use cases

Typical use may include spacecraft computing platforms, onboard control electronics, and other spaceborne processing subsystems that rely on structured interconnection and predictable system behavior. It can also support technical review of bus-based hardware, integration planning for modular electronic assemblies, and requirements definition for components intended to work together in a larger space system. In these settings, 896.10-1997 helps align design choices with a recognized profile rather than an ad hoc implementation.

Why it matters

For spaceborne electronics, consistency and traceability are essential, and 896.10-1997 can help reduce ambiguity in design and procurement. By defining a specific profile for Futurebus+(R) systems, it supports more disciplined compliance checks, clearer supplier comparisons, and more predictable integration outcomes. That can lower the risk of interface mismatches, improve test planning, and make it easier to verify that hardware choices match the intended system architecture.

• Futurebus+(R) spaceborne profile guidance
• Computing and processing system context
• Hardware integration and interface alignment
• Support for design review and procurement
• Inactive standard, English language edition