IEEE P802.15.4REVi/D04, Sept 2010

P802.15.4REVi/D04, Sept 2010 is a technical standard draft for low-rate wireless personal area networks, covering wireless medium access control and physical layer specifications. It defines the core framework for short-range communication systems that need efficient data exchange with modest power requirements. In the context of communication, networking, and broadcast technologies, this document is relevant for engineers evaluating protocol behavior, radio interfaces, and interoperability expectations for WPAN designs.

About P802.15.4REVi/D04, Sept 2010

This standard draft addresses the MAC and PHY layers used in low rate wireless personal area networks, with a focus on how devices access the medium and transmit data reliably at the physical layer. P802.15.4REVi/D04, Sept 2010 is part of the P802.15.4 family and is intended to support structured review, technical alignment, and implementation planning. Its scope is typically important where consistent packet handling, channel use, and device coordination are needed in compact wireless systems.

Where is P802.15.4REVi/D04, Sept 2010 used?

P802.15.4REVi/D04, Sept 2010 is commonly used as a reference in low-rate wireless device design, network protocol development, and interoperability testing. Its MAC and PHY focus makes it relevant to embedded communication modules, sensor-oriented networks, and other short-range WPAN equipment where limited bandwidth and controlled power use are important. It may also support engineering teams working on compliance checks, specification review, and procurement decisions for communication hardware tied to P802.15.4.

Importance in practice

In practice, this standard matters because it helps teams define a common technical baseline for wireless behavior at the MAC and PHY layers. Using P802.15.4REVi/D04, Sept 2010 can reduce ambiguity during design review, verification, and supplier evaluation, especially when comparing implementations of the same low-rate WPAN profile. It may also support consistency in testing and performance validation, which is important when device interoperability and predictable radio operation are required.

• Low-rate WPAN MAC and PHY scope
• Short-range wireless communication reference
• Useful for implementation and testing review
• Relevant to embedded networking devices
• Supports technical consistency and compliance checks