IEEE P802.15.3e/D07, Nov 2016

P802.15.3e/D07, Nov 2016 is a draft standard for High-Rate Close Proximity Point-to-Point Communications within the IEEE 802.15.3 family, focused on wireless MAC and PHY behavior for high-rate personal area networks. It is relevant where short-range links must support controlled, close-proximity data exchange with defined communication rules and performance expectations. For engineering, procurement, and compliance review, this document helps identify the technical basis for interoperable wireless design and testing.

P802.15.3e/D07, Nov 2016 overview

This draft addresses a specific amendment to Part 15.3, extending wireless medium access control and physical layer specifications for high-rate WPAN use. P802.15.3e/D07, Nov 2016 is intended to support close proximity point-to-point communications with a focus on structured radio operation rather than general-purpose wireless networking. In practice, it provides a reference for evaluating protocol behavior, link characteristics, and implementation requirements in a narrow technical context where consistent device interaction is important.

Typical use cases

This standard is most applicable to devices and systems that exchange large amounts of data over short distances between paired endpoints. Typical use cases may include compact wireless links in computing accessories, specialized communication modules, and other equipment that relies on high-rate proximity transfer in controlled environments. Because the subject area includes communication, networking, and broadcast technologies, P802.15.3e/D07, Nov 2016 is also useful when reviewing design choices for device integration, interoperability testing, and point-to-point wireless system planning.

Why this standard matters

For teams working with close-range high-rate wireless links, the standard matters because it gives a shared technical target for implementation and evaluation. Using P802.15.3e/D07, Nov 2016 can reduce ambiguity in design decisions, support more consistent compliance testing, and improve coordination between product development and verification activities. It also helps limit integration risk by defining expectations for MAC and PHY behavior in a specialized WPAN context, where performance and compatibility depend on precise engineering choices.

• High-rate close proximity point-to-point communications
• MAC and PHY specification context
• Wireless personal area network amendment
• Short-range interoperability and testing focus
• IEEE 802.15.3 family technical reference