IEEE 1014-1987 defines a Versatile Backplane Bus known as VMEbus, providing a technical basis for computing and electronic system interconnection. It is relevant to components, circuits, devices, and systems where a shared backplane architecture must support structured module integration and dependable data transfer. As an inactive standard, IEEE 1014-1987 is mainly useful for understanding legacy designs, maintaining installed equipment, and reviewing historical engineering requirements tied to VMEbus implementations.

What is IEEE 1014-1987?

IEEE 1014-1987 is the standard that describes the VMEbus backplane bus architecture for computer and embedded system hardware. It sets out the framework for how boards and modules interact through a common bus structure, helping engineers understand interface expectations, electrical organization, and system-level coordination. For procurement, maintenance, or documentation work, this standard serves as a reference for VMEbus-based designs that need clear technical alignment and consistent interpretation.

Where is IEEE 1014-1987 used?

This standard is used in systems built around VMEbus backplanes, especially where multiple circuit boards must operate together in a modular enclosure. Such configurations commonly appear in industrial control, test equipment, instrumentation, and specialized computing platforms that rely on coordinated board-level communication. IEEE 1014-1987 is also useful when evaluating older hardware assemblies, replacement parts, or technical records for installed systems that were designed around the VMEbus architecture.

Why is IEEE 1014-1987 important?

IEEE 1014-1987 matters because it supports compatibility and consistency in backplane bus design. For legacy VMEbus systems, the standard helps reduce integration errors, supports clearer testing and verification, and gives engineers a stable reference for maintenance and documentation. It can also aid procurement and lifecycle support by defining the technical context for boards and subsystems that must fit and function within an established bus environment. IEEE 1014-1987 remains a practical reference for controlling risk in older platforms.

• VMEbus backplane architecture
• Board and module interconnection
• Legacy system maintenance reference
• Computing and processing hardware
• Technical compatibility and verification