IEEE P24748-1/FDIS, May 2018

P24748-1/FDIS, May 2018 is a technical standard focused on Part 1: Guidelines for Life Cycle Management in computing and processing systems, components, circuits, devices, and systems. It provides a structured approach to managing a product or system across its usable life, helping teams consider design, operation, maintenance, and eventual retirement. For organizations handling complex electronic or computational assets, P24748-1/FDIS, May 2018 can support more consistent engineering decisions and better long-term control.

What is P24748-1/FDIS, May 2018?

P24748-1/FDIS, May 2018 addresses life cycle management guidance for technical products and systems within the computing and processing domain. As Part 1, it is likely intended to establish a framework for planning, monitoring, and coordinating life cycle activities rather than focusing on a single component type. This makes it useful where design choices, documentation, supportability, and end-of-life considerations need to be aligned. The standard can help teams apply a more disciplined lifecycle view to engineering and product management.

Where is P24748-1/FDIS, May 2018 used?

This standard is relevant in environments that develop, integrate, or manage computing-related equipment and electronic subsystems. It may be used during product design, configuration control, maintenance planning, and support documentation for devices, circuits, and system assemblies. Typical use cases include engineering programs that need lifecycle guidance for hardware platforms, embedded systems, or complex electronic products. P24748-1/FDIS, May 2018 is especially useful where teams must coordinate technical decisions across development, deployment, and service phases.

Why is P24748-1/FDIS, May 2018 important?

P24748-1/FDIS, May 2018 matters because lifecycle management helps reduce risk when technical systems change over time. Clear guidance can improve consistency in design control, procurement planning, maintenance strategy, and replacement decisions. It may also support compliance efforts by giving organizations a common reference for lifecycle-related practices. In computing and processing applications, that can translate into better performance tracking, fewer compatibility issues, and more predictable support outcomes for components, circuits, devices, and systems.

• Life cycle management guidance
• Computing and processing context
• Components, circuits, devices, and systems
• Design, maintenance, and retirement planning
• Support for consistent technical control