IEEE P802.11ba/D3.0, May 2019 PDF | Request Standard
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IEEE P802.11ba/D3.0, May 2019

Specific Requirements Part 11: Wireless LAN Medium Access Control (MAC) and Physical Layer (PHY) Specifications Amendment: Wake-up radio operation

Standard by IEEE, 2019

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P802.11ba/D3.0, May 2019 defines draft requirements for Wireless LAN Medium Access Control (MAC) and Physical Layer (PHY) specifications focused on wake-up radio operation. This technical document is relevant to communication and networking designs where low-power triggering and coordinated activation matter. P802.11ba/D3.0, May 2019 helps describe how a WLAN device may detect a wake-up signal and transition into active operation with greater efficiency, supporting more disciplined engineering and testing for connected equipment.

Overview of P802.11ba/D3.0, May 2019

P802.11ba/D3.0, May 2019 addresses an amendment to IEEE 802.11 requirements centered on wake-up radio functionality. In practical terms, it relates to MAC and PHY behavior that allows a device to remain in a reduced-power state until a specific wake-up event is received. For WLAN implementations, this kind of specification is important because it shapes how radios, signaling, and control procedures are coordinated. The draft status indicates a technical stage used for review, evaluation, and design alignment.

Typical use cases

This standard is most relevant to wireless LAN products that need lower standby activity while still remaining reachable, such as access points, client devices, and embedded connectivity modules. It may also apply to networked systems where power management is closely tied to communication responsiveness, including office infrastructure, industrial wireless endpoints, and battery-sensitive connected devices. P802.11ba/D3.0, May 2019 is useful when designers need a clearer basis for wake-up radio behavior in WLAN-oriented equipment.

Why it matters

For engineers and procurement teams, P802.11ba/D3.0, May 2019 provides a defined reference for evaluating wake-up radio operation against expected MAC and PHY requirements. That matters because power-saving behavior can affect responsiveness, interoperability, and test outcomes across connected products. Using a clearly identified draft standard can also help reduce ambiguity during design reviews and compliance planning. In short, it supports more consistent implementation decisions for WLAN systems that depend on controlled wake-up behavior.

  • Wireless LAN MAC and PHY amendment
  • Wake-up radio operation focus
  • Draft technical requirements, May 2019
  • Relevant to low-power WLAN design
  • Useful for testing and compliance review
SKU: 5cbb5a3c1765

  • Publication Date: 2019

  • Standard Status: Inactive

  • Publisher: IEEE

  • Subject: Communication, Networking and Broadcast Technologies; Components, Circuits, Devices and Systems; Computing and Processing

  • Official IEEE: Doi link

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