IEEE PC63.27/D2.1, Jan 2017
Approved Draft American National Standard for Evaluation of Wireless Coexistence
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About This Item
PC63.27/D2.1, Jan 2017 is an approved draft American National Standard for evaluating wireless coexistence in communication, networking, and broadcast technologies. It provides a technical framework for assessing how wireless devices and systems may operate alongside one another without unacceptable interference. For engineers, test teams, and product planners, this standard helps support more consistent coexistence evaluation during design, verification, and procurement decisions.
What is PC63.27/D2.1, Jan 2017?
PC63.27/D2.1, Jan 2017 focuses on the evaluation of wireless coexistence, meaning the ability of a device or system to function as intended when other wireless signals are present. In practice, the standard is relevant to components, circuits, devices, and system-level implementations that rely on radio or other wireless communication. It is intended to give a structured basis for testing and comparing coexistence behavior, helping organizations document performance in technically similar ways.
Where is PC63.27/D2.1, Jan 2017 used?
This standard is most applicable in environments where wireless products share spectrum, nearby equipment, or crowded RF conditions. Typical use cases may include communications hardware, connected devices, broadcast-related equipment, and electronic systems that incorporate wireless functions. PC63.27/D2.1, Jan 2017 can also support laboratory evaluation, product qualification, and engineering review when teams need to understand how a design behaves alongside other wireless sources and receivers.
Why is PC63.27/D2.1, Jan 2017 important?
Wireless coexistence affects performance, reliability, and user experience, especially in systems with multiple radios or dense device environments. PC63.27/D2.1, Jan 2017 matters because it helps create a more consistent basis for testing and design control, reducing uncertainty during development and compliance activities. Using a defined standard can also improve procurement comparisons and support clearer documentation of how a product is expected to behave under coexistence conditions.
- Approved draft American National Standard
- Wireless coexistence evaluation
- Communication and networking applications
- Components, circuits, devices, and systems
- Testing and design verification support
- Publication Date: 2017
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Communication, Networking and Broadcast Technologies; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
- This Version: PC63.27 (2017)
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