IEEE 1922.2-2019

1922.2-2019 is a technical standard for time emissions of information and communication technology infrastructure, helping define how timing-related emissions are addressed in systems that combine communication, networking, broadcast, and electromagnetic considerations. It is relevant where coordinated timing behavior can affect equipment interaction, performance, and interference control. By setting a clear reference for this niche topic, 1922.2-2019 supports more consistent engineering decisions, evaluation, and specification of ICT infrastructure.

About 1922.2-2019

This standard focuses on the technical treatment of time emissions in information and communication technology infrastructure. In practical terms, that points to timing-related behavior that may be relevant in networked equipment, broadcast-related systems, and electrical or electromagnetic environments where signal timing matters. 1922.2-2019 can be used as a reference for understanding scope, terminology, and expected technical alignment when comparing designs or assessing conformance within related infrastructure.

Where is 1922.2-2019 used?

1922.2-2019 is most relevant in environments where communication hardware, connected systems, and broadcast infrastructure must operate with controlled timing characteristics. That can include network equipment, system integrations, and engineering workflows that account for emissions tied to timing behavior. It may also be consulted in test planning, equipment selection, and design reviews for installations where electromagnetic and power-related factors can influence how ICT infrastructure performs in service.

Importance in practice

In practice, 1922.2-2019 helps teams apply a consistent framework when timing emissions could affect compatibility, measurement, or system behavior. That supports clearer compliance discussions, more reliable design control, and better test repeatability across related equipment. For procurement and engineering teams, having a defined standard can reduce ambiguity when comparing products or specifying performance expectations. It is especially useful where timing-sensitive infrastructure must be evaluated with care.

• Time emissions in ICT infrastructure
• Communication and broadcast system context
• Electromagnetic and power-related considerations
• Design review and test alignment
• Consistency for specification and evaluation