IEEE P802.15.4-REVd/D04, Oct 2019

P802.15.4-REVd/D04, Oct 2019 is a technical draft related to rate wireless networks (WPANs), focused on short-range communication behavior, device coordination, and the requirements that support reliable personal area networking. In the context of communication, networking, and connected devices, it helps define how low-power wireless systems are structured and evaluated. For engineers and procurement teams, P802.15.4-REVd/D04, Oct 2019 provides a reference point for design alignment, interoperability, and implementation review.

About P802.15.4-REVd/D04, Oct 2019

This standard draft sits within the IEEE 802.15.4 wireless personal area network framework and reflects work on rate wireless networking requirements. It is relevant to systems where compact, low-data-rate wireless links are used to connect devices over short distances with controlled power and predictable behavior. P802.15.4-REVd/D04, Oct 2019 is useful when evaluating protocol details, physical-layer expectations, and the compatibility considerations that shape WPAN equipment design and testing.

Where is P802.15.4-REVd/D04, Oct 2019 used?

The technical scope of P802.15.4-REVd/D04, Oct 2019 commonly relates to embedded wireless products, sensor networks, and other compact communication systems that depend on WPAN connectivity. It may be used in device development, module selection, and test planning for low-power radios that need stable short-range links. Typical contexts include connected controls, monitoring equipment, and components that must communicate reliably within a local wireless environment while staying within defined networking requirements.

Importance in practice

In practice, this standard matters because it supports consistency across wireless personal area network implementations. Using P802.15.4-REVd/D04, Oct 2019 can help teams compare designs, verify technical conformance, and reduce integration risk when different devices must work together. It also supports clearer procurement and compliance decisions by giving engineers a common reference for expected networking behavior, performance boundaries, and development assumptions in short-range wireless systems.

• WPAN rate wireless network context
• Short-range device communication
• Low-power embedded system design
• Interoperability and testing reference