IEEE P802.15.4k/D4, Feb 2013

IEEE P802.15.4k/D4, Feb 2013 is a draft standard for low-rate wireless personal area networks, focused on physical layer specifications for low energy, critical infrastructure monitoring networks. It provides technical direction for communication, networking and broadcast applications where dependable low-power operation is important. As an IEEE draft document, it is relevant to design review, implementation planning, and compliance evaluation for systems that need restrained energy use and targeted wireless connectivity in monitored environments.

What is IEEE P802.15.4k/D4, Feb 2013?

This draft belongs to the IEEE 802.15.4 family and addresses the physical layer aspects of low-rate WPANs. IEEE P802.15.4k/D4, Feb 2013 focuses on Amendment 5 for low energy, critical infrastructure monitoring networks, so its role is to define how devices may support efficient wireless signaling at the PHY level. In practice, it helps frame design expectations for link behavior, interoperability considerations, and engineering review within a narrowly defined wireless sensing context.

Where is IEEE P802.15.4k/D4, Feb 2013 used?

The standard is most relevant in wireless monitoring systems where devices report status or measurements over short-range, low-rate links. Typical use may include infrastructure monitoring nodes, distributed sensors, and communication equipment built for energy-conscious operation. IEEE P802.15.4k/D4, Feb 2013 is especially useful when engineering teams need a draft reference for physical layer behavior in deployed monitoring networks, supporting careful integration of radio components, sensing endpoints, and network planning in constrained environments.

Why is IEEE P802.15.4k/D4, Feb 2013 important?

For manufacturers, integrators, and test teams, the value of IEEE P802.15.4k/D4, Feb 2013 lies in technical alignment. It helps reduce uncertainty during design validation by defining expectations for a low-energy WPAN physical layer aimed at critical monitoring applications. Using the draft can support more consistent compliance reviews, procurement comparisons, and prototype testing, while also helping limit risk when selecting radio behavior and system performance targets for infrastructure-oriented wireless products.

• IEEE 802.15.4 low-rate WPAN context
• Physical layer specifications
• Low-energy monitoring applications
• Draft amendment status
• Critical infrastructure focus