IEEE P61158/D4, Mar 2017

P61158/D4, Mar 2017 is a technical standard focused on time communication, with relevance to communication, networking and broadcast technologies as well as power, energy and industry applications. It is an inactive document, but it can still help clarify how timing information is handled in systems where synchronized operation matters. For engineers and specifiers working with P61158/D4, Mar 2017, the value lies in understanding the intended timing context and aligning design, testing, and interoperability decisions accordingly.

What is P61158/D4, Mar 2017?

P61158/D4, Mar 2017 is a standards document centered on time communication, meaning the transfer, coordination, or interpretation of timing information across technical systems. In practice, this kind of specification is typically used to support consistent synchronization between devices, controllers, and networked equipment. As a product-page reference, P61158/D4, Mar 2017 helps buyers and engineers identify the exact revision and date associated with the timing-related requirements or guidance they need to review.

Where is P61158/D4, Mar 2017 used?

This standard is most relevant in environments where precise timing and coordinated communication are important, such as networked control systems, broadcast-related workflows, and industrial or energy applications that depend on synchronized data exchange. P61158/D4, Mar 2017 may be consulted when evaluating equipment interfaces, system timing behavior, or communication methods between connected devices. It is especially useful where timing accuracy can affect performance, coordination, or the consistency of downstream operations.

Why is P61158/D4, Mar 2017 important?

P61158/D4, Mar 2017 matters because time communication can influence how reliably systems operate together. Clear timing requirements help reduce integration errors, improve interoperability, and support more consistent testing and procurement decisions. For projects involving communication or networked control, using the correct standard revision can also aid compliance checks and limit risk during implementation. Even though the document is inactive, its defined technical scope may still be useful for comparison, legacy support, or reference work.

• Time communication focus
• Networked system coordination
• Broadcast and industrial relevance
• Timing consistency and interoperability
• Inactive March 2017 revision