IEEE P802.15.7/D8, Apr 2011
Range Wireless Optical Communication Using Visible Light
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About This Item
P802.15.7/D8, Apr 2011 is a technical draft standard for range wireless optical communication using visible light, bringing structure to how visible-light links are defined, evaluated, and implemented. It is relevant to communication, networking, photonics, and electrooptics work where optical wireless methods may be used to carry data over short ranges. For engineers and buyers, P802.15.7/D8, Apr 2011 helps identify the intended performance and interoperability context for visible-light communication systems.
What is P802.15.7/D8, Apr 2011?
This draft standard addresses wireless optical communication using visible light, placing it within the broader IEEE-style technical framework for short-range data transfer. P802.15.7/D8, Apr 2011 is useful as a reference point for defining how visible-light signaling may be specified, tested, and compared across implementations. Its scope is tied to communication, networking, and photonics-related engineering, where optical transmitters and receivers must operate with consistent technical expectations.
Where is P802.15.7/D8, Apr 2011 used?
P802.15.7/D8, Apr 2011 is most relevant in visible-light communication environments that rely on optical sources and detectors rather than radio frequency links. Typical applications may include indoor data links, equipment-to-equipment communication, and development of optical networking hardware where line-of-sight or near-line-of-sight transmission is practical. It is also useful in product design, prototype validation, and procurement discussions for components and systems that support visible-light based communication.
Why is P802.15.7/D8, Apr 2011 important?
Using P802.15.7/D8, Apr 2011 can help teams align design choices with a defined technical baseline for visible-light communication. That matters for comparing implementations, supporting compliance review, and reducing uncertainty during testing and integration. In practice, a clearly identified draft standard can improve consistency across engineering teams, suppliers, and verification activities, especially where optical performance and communication behavior must be understood with care.
- Visible-light wireless communication scope
- Short-range optical data transfer context
- Engineering and testing reference
- Photonics and electrooptics relevance
- Draft standard status for technical review
- Publication Date: 2011
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Communication, Networking and Broadcast Technologies; Components, Circuits, Devices and Systems; Photonics and Electrooptics
- Official IEEE: Doi link
- New Version Available: P802.15.7 (2024)
- Previous Version: P802.15.7 (2024)
- Previous Version: P802.15.7 (2018)
- Previous Version: P802.15.7 (2018)
- Previous Version: P802.15.7 (2011)
- Previous Version: P802.15.7 (2011)
- This Version: P802.15.7 (2011)
- Previous Version: P802.15.7 (2010)
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