IEEE P802.15.4f/D06, Sept 2011

IEEE P802.15.4f/D06, Sept 2011 is an IEEE draft standard for low rate wireless personal area networks that focuses on the physical layer for active RFID systems. It is relevant to communication and networking applications where short-range identification, device interaction, and RF performance need to be defined with care. As a draft document, it captures technical requirements and review-stage details that help align implementation and testing for LR-WPAN-based RFID use.

Overview of IEEE P802.15.4f/D06, Sept 2011

This draft extends the IEEE 802.15.4 family with amendment-level guidance for an active RFID system PHY. In practice, that means it addresses the radio interface used to move data reliably within low rate wireless personal area networks, with attention to signaling, transmission behavior, and interoperability considerations. IEEE P802.15.4f/D06, Sept 2011 is useful when evaluating how active RFID physical layer requirements were being framed at that stage of development.

Typical use cases

This standard is commonly relevant to active RFID deployments that need wireless identification over short distances, such as tagged assets, equipment tracking, access-related sensing, and controlled industrial or logistics environments. It may also support engineering teams working on RF modules, reader or interrogator equipment, and low-power wireless components that need a defined PHY basis. The focus is on systems where predictable radio behavior and compatible signaling are important to overall operation.

Why it matters

For organizations designing or evaluating active RFID systems, IEEE P802.15.4f/D06, Sept 2011 helps reduce ambiguity around the physical layer and supports more consistent engineering and test planning. Clear draft requirements can improve compliance review, procurement comparisons, and implementation alignment across components and vendors. It also helps teams assess RF performance expectations before finalization, which can lower integration risk in communication and embedded system projects.

• Active RFID physical layer focus
• LR-WPAN technical context
• Draft-stage amendment reference
• RF signaling and interoperability
• Useful for implementation and testing review