IEEE P802.19.1/D4.0, Jan 2014 PDF | Request Standard
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IEEE P802.19.1/D4.0, Jan 2014

Part 19: TV White Space Coexistence Methods

Standard by IEEE, 2014

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  • Language: English
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IEEE P802.19.1/D4.0, Jan 2014

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P802.19.1/D4.0, Jan 2014 is a technical draft for Part 19: TV White Space Coexistence Methods, focused on communication, networking, and broadcast technologies. It addresses how devices operating in television white space may coexist more reliably, helping reduce interference risks and improve spectrum sharing behavior. For teams working on wireless system design, this standard is useful as a reference point for alignment, testing, and compliance planning in environments where unlicensed access must remain controlled and predictable.

Overview of P802.19.1/D4.0, Jan 2014

P802.19.1/D4.0, Jan 2014 sits within the IEEE 802.19.1 work on coexistence methods for TV white space operation. Its technical context is the interaction between systems that share spectrum in the broadcast band, where coordination and interference mitigation are important. The document is relevant to engineers evaluating how devices, networks, and related components can function in shared-spectrum conditions while supporting consistent behavior across implementations and deployments.

Typical use cases

This standard is commonly consulted when designing or reviewing wireless products that may operate in TV white space, including access devices, coexistence mechanisms, and network equipment that must share spectrum responsibly. It can also support lab validation, interoperability planning, and product documentation for systems intended to work near broadcast services. In practice, P802.19.1/D4.0, Jan 2014 is useful for development teams that need a clearer technical basis for coexistence features and operational constraints.

Why it matters

Clear coexistence guidance helps reduce interference, improve implementation consistency, and support more dependable spectrum usage. For organizations building or procuring TV white space technology, P802.19.1/D4.0, Jan 2014 can inform design decisions, testing approaches, and internal compliance checks. Using a defined technical reference also lowers integration risk when multiple devices or vendors must operate in the same frequency environment, especially where broadcast protection and predictable performance are important.

  • TV white space coexistence methods
  • Shared-spectrum device behavior
  • Broadcast-band interference control
  • Wireless design and test reference
  • IEEE 802.19.1 draft context
SKU: fa2eb4424f7f

  • Publication Date: 2014
  • 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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