IEEE P802.15.4-REVc/D01, Oct 2015

P802.15.4-REVc/D01, Oct 2015 is a technical document for rate wireless personal area networks (WPANs), providing a structured reference for communication behavior in short-range wireless systems. It is relevant to designers and engineers working with networking and broadcast technologies, as well as components, circuits, devices, and systems that must support low-power wireless connectivity. This inactive standard can help clarify requirements, support evaluation, and guide compatibility-focused design decisions.

Overview of P802.15.4-REVc/D01, Oct 2015

The P802.15.4-REVc/D01, Oct 2015 specification sits within the WPAN space, where short-range wireless links are typically used for low-data-rate, low-power communication between nearby devices. Its focus is on the technical framework needed to support reliable personal area networking, including behavior that affects interoperability and implementation consistency. For engineering teams, the document is useful as a reference point when assessing design choices, comparing device capabilities, or reviewing compliance-oriented requirements in wireless hardware and embedded systems.

Typical use cases

This standard is commonly relevant to short-range wireless equipment that must exchange data within a limited local area, such as embedded modules, sensor nodes, control devices, and connected components in industrial or building environments. It may also apply to design and testing workflows for products that rely on WPAN-style communication across consumer, commercial, or engineering applications. In practice, P802.15.4-REVc/D01, Oct 2015 helps define a technical baseline for devices that need predictable wireless behavior with modest power and range demands.

Why it matters

Standards like P802.15.4-REVc/D01, Oct 2015 matter because they reduce ambiguity during design, procurement, and validation. When wireless products are built to a shared technical reference, teams can better manage interoperability, performance expectations, and test planning. That is especially important in communication and networking systems where even small implementation differences can affect connection reliability or device behavior. Using a defined specification also supports more consistent product comparison and lowers the risk of incompatible or difficult-to-integrate hardware.

• Wireless personal area network framework
• Short-range communication context
• Low-power device design reference
• Interoperability and testing baseline
• Inactive 2015 revision document