IEEE P802.15.4v/D4, Nov 2016

P802.15.4v/D4, Nov 2016 is a draft technical document for rate wireless networks, focused on enabling and updating the use of regional Sub-GHz bands. It sits within communication, networking, and broadcast technologies, with clear relevance to low-rate wireless design and interoperability. This specification matters because it helps align implementations with regional spectrum practices, supporting more consistent device behavior, testing, and compliance planning across targeted Sub-GHz deployments.

What is P802.15.4v/D4, Nov 2016?

P802.15.4v/D4, Nov 2016 defines a draft amendment to the P802.15.4 family for rate wireless networks, with emphasis on regional Sub-GHz operation. In practical terms, it addresses how wireless systems may use frequency bands below 1 GHz in ways that better match local regulatory conditions and technical needs. The document is relevant to engineering teams working on short-range wireless features, radio behavior, and specification review for draft-stage interoperability and compliance work.

Where is P802.15.4v/D4, Nov 2016 used?

This standard is most relevant in embedded wireless products and networked devices that rely on Sub-GHz communication for longer range or improved penetration compared with higher-frequency links. Typical use cases may include sensors, controls, and low-data-rate systems that need regional spectrum alignment. It is also useful in product development, radio module selection, and validation workflows where P802.15.4v/D4, Nov 2016 helps define the technical basis for implementation and testing.

Why is P802.15.4v/D4, Nov 2016 important?

P802.15.4v/D4, Nov 2016 is important because it helps reduce ambiguity around regional Sub-GHz band use in rate wireless network designs. Clear draft requirements can support more reliable engineering decisions, better procurement comparisons, and more focused compliance testing. For organizations developing communication equipment, it may also improve consistency between hardware, firmware, and regional deployment targets, lowering the risk of mismatched radio behavior or costly redesigns later in the product cycle.

• Regional Sub-GHz band usage
• Rate wireless network amendment
• Low-rate wireless design context
• Draft-stage compliance planning
• Interoperability and testing reference