IEEE P802.15.3d/D4, May 2017

P802.15.3d/D4, May 2017 is a draft standard that addresses a 100 Gb/s wireless switched point-to-point physical layer within the IEEE 802.15.3 framework for high rate wireless personal area networks. It is aimed at communication, networking, and device-level engineering where very high-throughput short-range links may be needed. For teams working with wireless PHY and MAC specifications, this document helps define the technical baseline for design review, interoperability planning, and specification tracking.

P802.15.3d/D4, May 2017 overview

P802.15.3d/D4, May 2017 focuses on an amendment to Part 15.3 of the wireless MAC and PHY family, with emphasis on a switched point-to-point physical layer capable of 100 Gb/s operation. As a draft, it is relevant to engineers and procurement teams who need to understand the intended direction of the specification before final publication. The document sits at the intersection of radio link design, high-speed data transfer, and short-range personal area networking requirements.

Typical use cases

This standard is most relevant where a compact wireless link must move large data volumes between two endpoints with controlled latency and high throughput. Typical contexts may include high-speed device interconnects, short-range backhaul between specialized equipment, and prototype systems that depend on a point-to-point PHY rather than a shared network topology. It is also useful in component and subsystem development for wireless hardware, where the MAC and PHY behavior must be aligned with high-rate performance targets.

Why this standard matters

For organizations developing or evaluating high-rate wireless personal area network technology, P802.15.3d/D4, May 2017 provides an important reference for consistency and technical alignment. It can support compliance planning, internal test development, and procurement decisions by clarifying the intended operating model for a 100 Gb/s wireless switched point-to-point link. Using a defined draft specification also helps reduce design ambiguity and lowers the risk of mismatched implementation assumptions across engineering teams.

• IEEE 802.15.3 amendment draft
• 100 Gb/s point-to-point wireless PHY
• High rate WPAN context
• MAC and PHY specification focus
• Draft-stage technical reference