P802.21c/D6, Aug 2013 is an IEEE standards draft covering Part 21: Media Independent Handover Services, with an amendment focused on optimized single radio handovers. It addresses handover behavior in communication and networking environments where mobility, continuity, and timing can affect service quality. For engineers working on wireless systems and related device designs, this document helps define a more controlled approach to moving connections between access points or networks while maintaining operational consistency.

P802.21c/D6, Aug 2013 overview

This standard draft sits within the IEEE 802.21 framework for media independent handover services and narrows the focus to single radio handover optimization. In practical terms, P802.21c/D6, Aug 2013 supports technical coordination for handoff procedures where only one radio interface is active, making timing and signaling efficiency especially important. It is relevant to specification review, interoperability planning, and implementation work that depends on predictable mobility support across communication platforms and connected devices.

Typical use cases

P802.21c/D6, Aug 2013 is commonly used when evaluating mobility support in wireless equipment, handheld devices, and networked systems that must transfer an active session without unnecessary disruption. It may be applied in design discussions for radios, access infrastructure, and controller logic that manage handovers across changing coverage areas. The amendment is also useful for testing handover procedures, comparing implementation behavior, and aligning product requirements with media independent mobility functions in communication and broadcast-related technologies.

Why this standard matters

This standard matters because optimized handover behavior can reduce service interruption, improve consistency, and support more reliable system performance in mobility-intensive environments. For procurement and engineering teams, P802.21c/D6, Aug 2013 offers a clear reference point when assessing compatibility, verifying implementation choices, or controlling handover-related design requirements. Using a defined technical document helps limit ambiguity in testing and integration, especially where a single radio must maintain continuity during transitions between networks or access conditions.

• Media independent handover services
• Single radio handover optimization
• Mobility signaling and continuity
• Wireless device and network coordination
• Implementation and testing reference