IEEE 802.15.3d-2017

802.15.3d-2017 defines Amendment 2 for a 100 Gb/s wireless switched point-to-point physical layer, making it relevant to high-capacity communication links and related hardware design. As a superseded standard, 802.15.3d-2017 is still useful for understanding the requirements that shaped this millimeter-wave style physical layer, especially where engineers need to review interface behavior, link performance, or legacy compliance documentation. Its technical scope sits at the intersection of networking, computing, and electronic systems.

802.15.3d-2017 overview

This standard focuses on a high-speed wireless physical layer intended for switched point-to-point operation at 100 Gb/s. In practical terms, it addresses how devices may exchange data over a short-range, high-throughput link while maintaining defined technical behavior for implementation and testing. The document is most relevant when evaluating design requirements, signal handling, and interoperability expectations for equipment built around advanced communication and processing systems. 802.15.3d-2017 is therefore a reference point for specialized wireless link engineering.

Typical use cases

Typical use cases include point-to-point wireless backhaul between tightly coupled devices, high-speed data transfer between computing or processing equipment, and experimental communication setups that require very large throughput. The specification may also be relevant to component and system developers working on radio modules, antenna assemblies, or integrated transceiver designs. Because the standard is centered on a switched physical layer, it is especially useful where controlled direct links are preferred over broader network topologies.

Why this standard matters

This standard matters because precise physical-layer requirements help reduce design uncertainty in very high-rate wireless systems. For procurement and engineering teams, 802.15.3d-2017 can support clearer comparison of device capabilities, more consistent test planning, and better alignment between hardware design and expected link performance. Using a defined technical reference also helps limit integration risk when multiple components must operate together in a high-bandwidth point-to-point environment, particularly in applications where repeatable behavior is important.

• 100 Gb/s point-to-point wireless PHY
• Switched link architecture
• High-speed device and system design reference
• Testing and compliance support
• Superseded technical document