IEEE P802.15.4f/D07, Oct 2011

IEEE P802.15.4f/D07, Oct 2011 is an IEEE draft standard for low-rate wireless personal area networks that focuses on the physical layer for active radio frequency identification systems. It is relevant to communication, networking, and device engineering where short-range RFID links need defined signaling behavior and interoperable implementation guidance. As a draft in the P802.15.4 family, it supports early-stage technical review, design alignment, and evaluation of PHY requirements for RFID-related wireless systems.

About IEEE P802.15.4f/D07, Oct 2011

This document addresses the PHY amendment for active RFID within the IEEE 802.15.4 framework, which is used for low-rate wireless personal area networks. IEEE P802.15.4f/D07, Oct 2011 helps define how devices should handle radio-frequency transmission at the physical layer, supporting consistent interpretation of draft requirements during development and testing. For engineers and technical buyers, it provides a reference point for assessing draft compliance, feature scope, and implementation readiness in RFID-oriented wireless products.

Where is IEEE P802.15.4f/D07, Oct 2011 used?

This draft is typically relevant in active RFID system development, especially where wireless tags, readers, or related transceivers must follow defined PHY behavior. It may be used in laboratory validation, product design reviews, and interoperability planning for short-range identification systems. Because it sits within low-rate WPAN technology, IEEE P802.15.4f/D07, Oct 2011 is most useful to teams working on radio modules, embedded communication hardware, and systems that depend on controlled RFID signaling.

Importance in practice

In practice, this standard helps teams reduce ambiguity when designing or evaluating active RFID physical-layer behavior. Using IEEE P802.15.4f/D07, Oct 2011 can support more consistent implementation choices, clearer test planning, and better procurement decisions for components tied to the same technical baseline. It is especially useful when organizations need a shared reference for draft requirements, risk reduction during development, and comparison of radio performance across prototypes or supplier offerings.

• Active RFID physical-layer scope
• Low-rate WPAN context
• Draft technical requirements
• Radio implementation and test reference