IEEE P63195-1_FDIS, Oct 2021

IEEE P63195-1_FDIS, Oct 2021 is an IEEE/IEC international draft standard for measuring power density from wireless devices operated close to the head and body. It is relevant to power, energy and industry applications where radio frequency exposure assessment must be handled with a defined procedure rather than informal testing. By focusing on the 6 GHz to 300 GHz range, IEEE P63195-1_FDIS, Oct 2021 supports consistent evaluation of devices that may be used near the user and helps align measurement practice with safety-oriented engineering needs.

Overview of IEEE P63195-1_FDIS, Oct 2021

This standard provides a technical measurement procedure for assessing power density associated with human exposure to radio frequency fields from close-proximity wireless devices. The scope covers the frequency range from 6 GHz to 300 GHz, where exposure evaluation can depend strongly on device position, body proximity, and test setup. IEEE P63195-1_FDIS, Oct 2021 is therefore useful as a draft reference for repeatable RF assessment methods, especially when comparing results across design teams, laboratories, or procurement specifications.

Typical use cases

IEEE P63195-1_FDIS, Oct 2021 is typically used when evaluating wireless products that operate near the head or body, including portable communication devices, wearable equipment, and other close-coupled RF systems. It may also support laboratory workflows for exposure measurement, product verification, and documentation in engineering programs that need a defined procedure for the 6 GHz to 300 GHz band. In practice, it is most relevant where RF field strength, user proximity, and measurement consistency must be considered together.

Why it matters

This standard matters because exposure measurement for close-proximity wireless devices can vary significantly without a consistent method. Using IEEE P63195-1_FDIS, Oct 2021 helps teams improve comparability between test results, support compliance-related review, and reduce uncertainty during product development. It can also aid risk reduction by making assessment steps clearer for engineering, quality, and procurement decisions. For organizations working with RF devices in the stated frequency range, the draft procedure provides a focused basis for controlled evaluation.

• RF power density measurement procedure
• Close-proximity head and body exposure assessment
• 6 GHz to 300 GHz frequency range
• Draft IEEE/IEC international standard
• Useful for testing and compliance review