IEEE P1922.2/D1, May 2019

P1922.2/D1, May 2019 is a technical standard focused on time emissions of information and communication technology infrastructure. It is intended to help define how timing-related emissions are described and assessed in ICT environments, where synchronization and signal behavior can affect performance and interoperability. For organizations working across communication, computing, and power-related systems, this document supports more consistent design and evaluation practices around time-sensitive infrastructure.

What is P1922.2/D1, May 2019?

P1922.2/D1, May 2019 addresses the technical context of time emissions in information and communication technology infrastructure. In practical terms, it provides a structured reference for understanding how timing behavior may be characterized within networked and processing systems. This makes the standard relevant for engineers who need clear criteria when reviewing system behavior, comparing equipment, or supporting compliance and test planning in environments where timing stability matters.

Where is P1922.2/D1, May 2019 used?

This standard is typically used in ICT infrastructure that depends on controlled timing, including communications networks, computing platforms, and integrated electronics where clock-related behavior influences operation. It may also be relevant in system integration work, laboratory evaluation, and procurement of equipment that must align with defined timing expectations. In practice, P1922.2/D1, May 2019 can support analysis of infrastructure used in broadcast, network coordination, and other time-sensitive technical deployments.

Why is P1922.2/D1, May 2019 important?

P1922.2/D1, May 2019 matters because timing behavior can affect consistency, interoperability, and overall system reliability. A clear standard helps reduce ambiguity when testing equipment, comparing designs, or documenting performance in ICT infrastructure. It can also support more disciplined engineering decisions by giving teams a shared basis for evaluating time emissions. For buyers and technical reviewers, the document helps improve confidence in specification alignment and risk control.

• Time emissions in ICT infrastructure
• Communication and networking applications
• Computing and processing systems
• Integration and test reference
• Timing-related performance review