IEEE 1101.7-1995

IEEE 1101.7-1995 is a technical standard for the Space Applications Module, Extended Height Format E Form Factor, giving engineers a defined reference for mechanical and system-level compatibility in computing and processing equipment. It is relevant where module dimensions, packaging, and fit must align with established requirements for space-oriented electronic assemblies. By clarifying this form factor, IEEE 1101.7-1995 helps support consistent design decisions, interchangeability, and procurement in specialized hardware programs.

Overview of IEEE 1101.7-1995

This standard addresses the extended height Format E form factor used for a Space Applications Module, with attention to the physical organization of components and assemblies in computing and processing systems. IEEE 1101.7-1995 provides a common technical basis that may be used when defining module geometry, integration constraints, and related hardware expectations. For teams working with electronic modules intended for demanding applications, it offers a concise point of reference for compatible design and documentation.

Typical use cases

IEEE 1101.7-1995 is typically used when specifying or reviewing space-oriented module hardware that follows the Extended Height Format E layout. It can be relevant to enclosure design, system packaging, backplane or chassis planning, and procurement of compatible modules for computing and processing platforms. The standard is most useful in projects where mechanical fit and consistent module form factors are important to assembly, integration, and long-term maintainability.

Why it matters

Using IEEE 1101.7-1995 can help reduce integration risk by establishing a stable reference for a specialized module format. That matters when multiple teams must coordinate design, testing, and procurement around the same physical requirements. Clear standardization supports compliance checking, improves consistency across components, and can simplify technical communication during development and verification. For space-related electronic systems, these benefits are especially valuable where reliability and controlled configuration are important.

• Extended Height Format E module definition
• Space applications hardware reference
• Mechanical compatibility and fit
• Computing and processing system integration
• Design and procurement alignment