IEEE IEEE P802.15.4t/D06, Nov 2016

IEEE P802.15.4t/D06, Nov 2016 is an amendment draft focused on a Higher Rate (2 Mb/s) Physical (PHY) Layer for short-range wireless communication. It sits within communication, networking, and broadcast technologies, where precise PHY behavior affects interoperability and link performance. For teams working with IEEE P802.15.4t/D06, Nov 2016, the document is relevant because it helps define how faster 2 Mb/s operation should be implemented, tested, and compared across compatible devices.

What is IEEE P802.15.4t/D06, Nov 2016?

IEEE P802.15.4t/D06, Nov 2016 is a draft amendment associated with the IEEE 802.15.4 family and its low-rate wireless personal area network context. Its purpose is to specify a higher-rate PHY option, with the subtitle indicating a 2 Mb/s physical layer. In practical terms, it addresses how the radio layer should support faster data transfer while remaining aligned with the broader requirements of the underlying standard. This makes it a useful technical reference for design, review, and conformance planning.

Where is IEEE P802.15.4t/D06, Nov 2016 used?

This kind of PHY amendment is typically used in wireless modules, embedded radios, and device platforms that need short-range data exchange with improved throughput. IEEE P802.15.4t/D06, Nov 2016 is relevant in engineering workflows that involve chipset integration, protocol validation, and interoperability testing for devices operating in networking and computing environments. It may also support product development for sensors, controllers, and other connected equipment where a 2 Mb/s physical layer can influence latency, capacity, and link design choices.

Why is IEEE P802.15.4t/D06, Nov 2016 important?

IEEE P802.15.4t/D06, Nov 2016 matters because PHY-layer details directly affect compatibility, test results, and implementation consistency. For manufacturers and engineering teams, a clearly defined higher-rate option helps reduce design ambiguity and supports more reliable procurement and compliance decisions. It also provides a common technical basis for evaluating radio performance, planning verification activities, and comparing device behavior across implementations. Using the same draft specification can lower integration risk when aligning hardware and software around the 2 Mb/s mode.

• Higher-rate 2 Mb/s PHY focus
• Draft amendment in the IEEE 802.15.4 family
• Relevant to short-range wireless design
• Supports implementation and test planning
• English-language inactive standard document