IEEE P802.16m/D10, Nov 2010

P802.16m/D10, Nov 2010 is a technical draft for the advanced air interface of broadband wireless access systems, covering the IEEE 802.16 family’s wireless broadband layer. It addresses communication and networking requirements where mobile or fixed wireless access needs higher efficiency, improved mobility support, and consistent radio behavior. For engineers and buyers working with broadband wireless standards, this document helps define a common basis for design, testing, and interoperability.

About P802.16m/D10, Nov 2010

This standard draft focuses on the air interface used in broadband wireless access systems, with emphasis on the advanced air interface defined in Part 16. P802.16m/D10, Nov 2010 is relevant when reviewing how radio links are structured, managed, and validated in wireless network equipment. It provides a technical reference for system behavior and performance expectations, helping teams align implementation details with the intended wireless access framework.

Where is P802.16m/D10, Nov 2010 used?

P802.16m/D10, Nov 2010 is typically used in the development and evaluation of broadband wireless access equipment, including base stations, subscriber devices, and related radio interface components. It is relevant to wireless communication systems that need a defined advanced air interface for data delivery across access networks. The standard is also useful in engineering workflows where conformance, protocol behavior, and system compatibility must be checked against a recognized technical specification.

Importance in practice

In practice, this standard matters because it gives engineers and procurement teams a clear reference for compliance, feature alignment, and testing of broadband wireless access products. Using P802.16m/D10, Nov 2010 can reduce ambiguity during design reviews and help confirm that equipment follows the expected air interface behavior. That consistency supports more reliable integration, better performance validation, and lower risk when comparing implementations across vendors or project phases.

• Advanced air interface requirements
• Broadband wireless access systems
• Wireless equipment design and testing
• Protocol and interoperability reference
• Technical draft status: inactive