IEEE P802.15.4p/D3, Aug 2013

P802.15.4p/D3, Aug 2013 is a draft amendment for low-rate wireless personal area networks focused on Rail Communications and Control (RCC) system physical layer requirements. It is tied to the P802.15.4 family and addresses communication, networking, and device-level performance where dependable wireless links matter. This technical document is relevant for work involving rail-oriented WPAN design, interoperability review, and compliance evaluation against RCC physical layer needs.

What is P802.15.4p/D3, Aug 2013?

This document is a draft specification in the P802.15.4 series that extends the low-rate WPAN framework with rail communications and control physical layer provisions. In practical terms, P802.15.4p/D3, Aug 2013 helps define how the radio interface should behave for RCC-related use, with attention to signaling, transmission characteristics, and implementation consistency. As a draft, it is especially useful for engineering review, technical comparison, and early-stage standards tracking before finalization.

Where is P802.15.4p/D3, Aug 2013 used?

P802.15.4p/D3, Aug 2013 is most relevant in rail communications environments where short-range wireless links may support control or monitoring functions. Typical use cases can include trackside equipment, onboard systems, and related communication nodes that need a defined physical layer for reliable operation. It may also be used by engineers, integrators, and procurement teams evaluating hardware or system designs against RCC-oriented WPAN requirements and testing workflows.

Why is P802.15.4p/D3, Aug 2013 important?

This draft standard matters because physical layer definition is a foundation for consistent design, testing, and interoperability in rail-related wireless systems. P802.15.4p/D3, Aug 2013 can help reduce implementation ambiguity by setting expectations for radio behavior and system performance at the component level. For organizations working toward compliance or design control, it supports clearer procurement decisions, more focused verification, and lower integration risk in communication and control applications.

• Low-rate WPAN amendment for rail communications
• Physical layer focus for RCC system design
• Useful for implementation review and testing
• Relevant to onboard and trackside wireless equipment
• Draft document in the P802.15.4 family