IEEE P802.15.3c/D10, Jun 2009

P802.15.3c/D10, Jun 2009 is a draft standard for high rate wireless personal area networks, focused on a millimeter-wave based alternative physical layer extension to the IEEE 802.15.3 MAC and PHY framework. It addresses short-range wireless communication in the communication, networking and broadcast technologies space, where very high throughput and tightly defined physical layer behavior may be needed. For engineers and buyers, this technical document helps clarify the intended direction of the revision and supports design, evaluation, and compliance planning.

P802.15.3c/D10, Jun 2009 overview

This document sits within the P802.15.3 family and concentrates on Amendment 2 for a millimeter-wave based alternative physical layer extension. The standard’s role is to define how high rate WPAN systems can operate with a different PHY approach while remaining aligned with the MAC and overall 802.15.3 structure. In practice, P802.15.3c/D10, Jun 2009 is relevant to product teams reviewing RF behavior, link performance, and implementation requirements for short-range wireless devices.

Typical use cases

This standard is commonly relevant when developing or evaluating short-range wireless equipment that uses millimeter-wave links for high data rate communication. Typical applications may include device-to-device links, local high-throughput connectivity, and specialized WPAN hardware where controlled range and bandwidth are important. It is also useful for system architects, test labs, and procurement teams that need to compare PHY capabilities or verify that a design follows the expected technical direction of P802.15.3c/D10, Jun 2009.

Why this standard matters

Standards like P802.15.3c/D10, Jun 2009 matter because they reduce ambiguity in design and testing for advanced wireless interfaces. Clear PHY requirements help teams assess interoperability, performance targets, and implementation risk before moving to production or qualification. For organizations working with high rate WPAN technology, the document supports more consistent engineering decisions, better test planning, and more reliable specification review across development, sourcing, and compliance workflows.

• Millimeter-wave PHY extension
• High rate WPAN context
• MAC and PHY alignment
• Draft revision reference
• Short-range wireless design focus