IEEE P61158/D3, Feb 2017

P61158/D3, Feb 2017 is a technical standard focused on time communication, with relevance to power, energy, and industrial systems where timing information must be exchanged reliably across connected equipment. It is intended for engineering teams that need a clear reference for signal coordination, system interoperability, and communication behavior in environments that also involve networking and broadcast technologies. As a standards document, P61158/D3, Feb 2017 helps support consistent implementation and testing.

P61158/D3, Feb 2017 overview

This standard addresses time communication in a technical context where accurate and coordinated timing can affect system operation. P61158/D3, Feb 2017 is useful as a specification reference for designing, evaluating, or comparing communication behavior in complex electrical and networked systems. Its subject area suggests application across power and industrial installations, where dependable timing exchange may support control functions, synchronization, and compatibility between components, circuits, devices, and larger system architectures.

Typical use cases

P61158/D3, Feb 2017 may be used when evaluating time communication methods for control systems, automation networks, and connected equipment that depend on coordinated timing. It is relevant in environments where devices must exchange timing information for monitoring, sequencing, or synchronized operation. Typical use cases can include industrial communications, energy infrastructure, and engineering workflows that require specification-based review of timing-related performance, interface behavior, or compliance testing across multiple system elements.

Why this standard matters

This standard matters because time communication can affect consistency, interoperability, and predictable system behavior in connected installations. Using P61158/D3, Feb 2017 as a reference can help reduce integration risk when different devices or subsystems must work together under defined timing expectations. It also supports procurement and testing decisions by giving engineers a common technical basis for checking design alignment, functional compatibility, and performance requirements in communication-heavy power and industrial applications.

• Time communication requirements
• Interoperability across connected devices
• Power and industrial system context
• Testing and compliance reference
• Timing coordination for networked equipment