IEEE 1149.10-2017

1149.10-2017 is a technical standard for chip distribution architecture, addressing how components, circuits, devices, and systems are organized for reliable distribution within computing and processing environments. It provides a focused reference for engineers and procurement teams working with integrated hardware layouts where distribution structure affects performance, interoperability, and implementation consistency. For projects that depend on disciplined architectural decisions, this specification helps define expectations around design and evaluation.

Overview of 1149.10-2017

This standard concentrates on chip distribution architecture, which typically relates to how signals, resources, or functional elements are arranged and managed within a semiconductor or system-level design. In the context of components, circuits, devices, and systems, 1149.10-2017 offers a technical basis for understanding the intended structure and boundaries of that architecture. It is most useful when a design team needs a shared reference for consistent implementation, review, or integration across computing and processing applications.

Typical use cases

1149.10-2017 may be used when developing or evaluating chip-level and system-level architectures that support computing functions, especially where distribution behavior must be planned carefully. It is relevant to hardware design teams, validation workflows, and specification reviews for electronic components and integrated devices. The standard can also support procurement and compliance discussions when a product or subsystem needs to align with a defined chip distribution architecture before fabrication, testing, or system integration.

Why it matters

Using 1149.10-2017 helps reduce ambiguity in technical design and improves consistency across engineering, testing, and sourcing activities. A clear architecture reference can lower the risk of mismatched expectations between design, verification, and manufacturing teams. For organizations working with complex computing and processing hardware, the standard supports more controlled decision-making and can make compliance checks more straightforward. That can be especially valuable when reliability, repeatability, and documented requirements are important.

• Chip distribution architecture reference
• Components, circuits, devices, and systems scope
• Computing and processing applications
• Design, review, and compliance support
• Active English-language standard