IEEE P802.15.4REVi/D07, Apr 2011

P802.15.4REVi/D07, Apr 2011 is a draft technical document for low rate wireless personal area networks, defining wireless medium access control and physical layer details for devices that need short-range, low-power connectivity. It is relevant to communication, networking and broadcast technologies as well as electronics and computing systems where interoperability and performance depend on clear MAC and PHY requirements. For teams working with WPAN designs, this standard helps anchor consistent implementation and evaluation.

P802.15.4REVi/D07, Apr 2011 overview

The P802.15.4REVi/D07, Apr 2011 specification sits within the IEEE 802.15.4 family and focuses on how low rate wireless personal area networks operate at the link and radio layers. It addresses the rules that coordinate access to the wireless medium and the signaling used by participating devices. In practical terms, this draft supports engineering work that depends on predictable short-range communications, especially where interoperability, timing, and low-power operation are important design goals.

Typical use cases

This standard is typically relevant to compact wireless systems that exchange modest amounts of data over short distances, such as sensor nodes, monitoring devices, and embedded controllers. It can also apply to networking components that rely on MAC and PHY coordination for stable WPAN operation. In procurement or development workflows, P802.15.4REVi/D07, Apr 2011 may be used to align device specifications, test plans, and interface expectations for low rate wireless communications.

Why this standard matters

Clear wireless specifications reduce ambiguity during design, integration, and conformance checking. P802.15.4REVi/D07, Apr 2011 matters because it helps define how devices share the channel and communicate at the physical layer, which can affect reliability, efficiency, and compatibility across implementations. For engineering teams and buyers, this kind of standard supports more consistent comparison of products, better test traceability, and lower risk when building systems that depend on low rate wireless personal area networking.

• Low rate WPAN MAC and PHY scope
• Short-range wireless coordination
• Interoperability-oriented requirements
• Useful for device testing and specification control