IEEE P1175.2/D11.2

P1175.2/D11.2 is an inactive computing and processing standard focused on the characterization of interconnections. It is intended to define how interconnect behavior is described, compared, and evaluated so that implementations can be understood in a consistent way. For teams working with system interfaces, signaling paths, or related performance documentation, this technical document helps support more reliable design review, testing, and procurement decisions.

P1175.2/D11.2 overview

The P1175.2/D11.2 specification addresses the characterization of interconnections within a computing and processing context. That usually means it is concerned with how connection properties are defined, measured, or reported across a system or between components. As a standards document, it can help align terminology and expectations for engineers, testers, and integrators who need a common basis for evaluating interconnection behavior. P1175.2/D11.2 is also useful as a reference point when comparing implementation details against a defined technical framework.

Typical use cases

This standard is most relevant where interconnection characteristics must be documented or assessed across computing hardware, processing equipment, or related interfaces. It may support system-level engineering work, lab evaluation, or specification review for boards, modules, backplanes, cabling, and other connection paths. In practice, P1175.2/D11.2 can be helpful when a project needs a consistent way to characterize link behavior, compare design options, or verify that an interconnection meets expected technical requirements.

Why this standard matters

Clear interconnection characterization helps reduce ambiguity during design, validation, and procurement. By giving stakeholders a shared technical reference, P1175.2/D11.2 can improve consistency in how interconnects are described and tested, which may lower the risk of integration issues later in a project. For organizations managing computing and processing systems, using a defined standard can also support traceability, more predictable performance, and better control over compatibility decisions. As an inactive document, it may still be useful for legacy comparison or historical reference.

• Characterization of interconnections
• Computing and processing context
• Legacy reference for inactive requirements
• Support for evaluation and documentation