IEEE P802.15.4m/D3, May 2013

P802.15.4m/D3, May 2013 is an IEEE draft standard for low-rate wireless personal area networks, focused on a physical layer amendment for TV White Space operation between 54 MHz and 862 MHz. It addresses how LR-WPAN systems can use available spectrum in these bands, which is important for communication and networking equipment that needs long-range, low-rate wireless connectivity. As a technical document, P802.15.4m/D3, May 2013 supports design, evaluation, and compliance work for wireless implementations.

About P802.15.4m/D3, May 2013

This draft belongs to the IEEE 802.15.4 family and specifically extends the LR-WPAN physical layer for TV White Space frequencies. The document is relevant to engineers working on radio behavior, channel use, and implementation details for wireless personal area network devices. P802.15.4m/D3, May 2013 helps define the technical basis for interoperable designs by describing requirements that support operation in a wide sub-1 GHz spectrum range while remaining aligned with low-rate communication needs.

Where is P802.15.4m/D3, May 2013 used?

P802.15.4m/D3, May 2013 is mainly used in the development and review of LR-WPAN radios intended for TV White Space deployments. That can include embedded wireless modules, sensing networks, industrial monitoring equipment, and other low-power devices that benefit from sub-1 GHz propagation. It is also relevant in test labs, product engineering teams, and procurement workflows where technical alignment to a specific amendment matters for radio design and verification.

Importance in practice

In practice, this standard helps teams control how a wireless design fits within the intended physical layer requirements for TV White Space operation. That matters for consistency across implementations, early testing, and reducing risk when evaluating performance in the 54 MHz to 862 MHz range. For buyers and engineers, P802.15.4m/D3, May 2013 provides a clear reference point when comparing draft-level technical requirements, checking compliance targets, or planning development around LR-WPAN connectivity.

• IEEE 802.15.4 LR-WPAN amendment
• TV White Space physical layer scope
• 54 MHz to 862 MHz operating range
• Low-rate wireless network implementation
• Draft technical reference for design and testing