IEEE P802.15.4REVi/D09, Apr 2011

P802.15.4REVi/D09, Apr 2011 is a technical document for low-rate wireless personal area networks, focusing on the framework behind short-range communication systems. It is relevant to communication, networking, and related hardware design because it helps define how low-power devices can exchange data reliably within a WPAN. For engineers and procurement teams, this standard supports clearer expectations for interoperability, implementation choices, and compliance-oriented review across connected components and systems.

Overview of P802.15.4REVi/D09, Apr 2011

The P802.15.4REVi/D09, Apr 2011 standard addresses the requirements and technical direction for Part 15.4 low-rate wireless personal area networks. In practical terms, it sits at the intersection of wireless communication, device-level electronics, and system integration, where low data rate and short-range operation are often priorities. This draft-style document is useful for understanding the intended structure of the wireless personal area network specification and the design considerations that may affect implementation, testing, and conformance planning.

Typical use cases

This standard is commonly associated with low-power wireless devices that need modest data exchange over short distances. Typical applications may include sensor networks, simple control links, embedded communications modules, and other WPAN-based equipment where battery life and connection reliability matter. In the context of communication and processing systems, P802.15.4REVi/D09, Apr 2011 can help guide how devices coordinate wireless behavior in compact installations, product prototypes, or engineered systems built around low-rate connectivity.

Why it matters

For organizations working with wireless device design, the value of P802.15.4REVi/D09, Apr 2011 lies in consistency and technical alignment. A clear standard helps reduce implementation ambiguity, supports better comparison during procurement, and gives engineering teams a basis for design control and verification. It can also lower integration risk by clarifying expectations for low-rate WPAN behavior, which is especially important when multiple components or vendors must work together in the same communication environment.

• Low-rate wireless personal area networks
• Short-range device communication
• Wireless implementation and conformance planning
• Embedded and sensor-oriented system design