IEEE P802.11aq/D10.0, Jul 2017 PDF | Request Standard
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IEEE P802.11aq/D10.0, Jul 2017

Specific requirements Part 11: Wireless LAN Medium Access Control (MAC) and Physical Layer (PHY) Specifications Amendment 3: Pre-Association Discovery

Standard by IEEE, 2017

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P802.11aq/D10.0, Jul 2017 is a wireless LAN technical specification focused on pre-association discovery within the IEEE 802.11 MAC and PHY framework. It addresses how devices can discover available services or network capabilities before a full connection is established, which can improve user experience and streamline access procedures. As an inactive draft, P802.11aq/D10.0, Jul 2017 is most relevant for reference, legacy design review, and standards research in communication and networking systems.

About P802.11aq/D10.0, Jul 2017

This document sits within the IEEE 802.11 family and relates to an amendment for pre-association discovery, a function intended to support service discovery over wireless LANs before association. In practical terms, it helps define how a station and an access network may exchange information needed to identify services, capabilities, or network presence earlier in the connection process. For engineers and compliance teams, P802.11aq/D10.0, Jul 2017 provides a specific technical reference tied to MAC and PHY behavior.

Where is P802.11aq/D10.0, Jul 2017 used?

P802.11aq/D10.0, Jul 2017 is mainly relevant in wireless LAN design, interoperability analysis, and protocol implementation work where pre-association discovery is considered. It may be used when evaluating access points, client devices, and network controllers that need to support service discovery before a user joins the network. The standard is also useful in documentation, testing plans, and engineering reviews for communication systems that depend on early network information exchange.

Importance in practice

In practice, P802.11aq/D10.0, Jul 2017 matters because it gives a defined basis for how pre-association discovery should work, helping reduce ambiguity in implementation and testing. That can support more consistent device behavior, clearer procurement requirements, and better interoperability across wireless LAN equipment. For organizations working with IEEE 802.11 systems, the standard can also help control design risk by aligning product behavior with a specific amendment rather than relying on informal interpretation.

  • IEEE 802.11 wireless LAN amendment
  • Pre-association discovery focus
  • MAC and PHY specification context
  • Reference for interoperability and testing
  • Inactive draft document
SKU: 7cb6abc6a420

  • Publication Date: 2017
  • Standard Status: Inactive
  • Publisher: IEEE
  • Subject: Communication, Networking and Broadcast Technologies; Computing and Processing; Components, Circuits, Devices and Systems
  • Official IEEE: Doi link

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