IEEE P802.15.3d/D3, May 2017

P802.15.3d/D3, May 2017 is a draft standard for high rate wireless personal area networks, focusing on a 100 Gb/s wireless switched point-to-point physical layer. It sits within the MAC and PHY framework for WPAN systems and is relevant to communication, networking, and connected hardware design. This document is useful for engineers and procurement teams assessing very high-speed short-range wireless interfaces, especially where controlled performance and interoperability are important.

About P802.15.3d/D3, May 2017

P802.15.3d/D3, May 2017 addresses a specific amendment to Part 15.3, extending the wireless MAC and PHY specification toward a 100 Gb/s switched point-to-point physical layer. Its technical context is high rate wireless communication, where link behavior, signaling expectations, and implementation compatibility need to be defined with precision. The document is intended for development, review, and testing activities tied to advanced WPAN designs and related components, circuits, devices, and systems.

Where is P802.15.3d/D3, May 2017 used?

This standard is most relevant in engineering environments working on very high throughput wireless links between fixed endpoints. Typical use cases may include short-range backplane alternatives, equipment interconnects, lab prototypes, and specialized networking hardware that depends on point-to-point physical layer behavior. P802.15.3d/D3, May 2017 can also support design teams evaluating signal performance, transceiver architecture, and system integration where a 100 Gb/s wireless link is being considered.

Importance in practice

In practice, this standard helps teams define a common technical baseline for high speed wireless implementation and evaluation. Using P802.15.3d/D3, May 2017 can reduce ambiguity during design reviews, prototype testing, and procurement of compatible components. It also supports more consistent comparison of performance claims across devices and builds, which is important when a switched point-to-point PHY must meet demanding throughput and reliability expectations. For inactive draft material, it remains valuable for reference and traceability.

• 100 Gb/s point-to-point PHY focus
• Wireless MAC and PHY amendment
• High rate WPAN technical context
• Design and test reference document