IEEE P1609.3v4/D11, Jun 2020
IEEE Draft Standard for Wireless Access in Vehicular Environments (WAVE) -- Networking Services
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- Language: English
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About This Item
IEEE P1609.3v4/D11, Jun 2020 is a draft standard for Wireless Access in Vehicular Environments (WAVE) networking services, with a focus on how connected vehicle communications are organized and handled. It is relevant to communication, networking and broadcast technologies, as well as transportation systems that depend on reliable message exchange between vehicles and roadside equipment. This technical document helps define the networking layer needed to support interoperable V2X-style communication in controlled vehicular environments.
IEEE P1609.3v4/D11, Jun 2020 overview
IEEE P1609.3v4/D11, Jun 2020 addresses networking services within the WAVE stack, making it a key reference for implementations that move data between onboard units, roadside units, and related communication components. Its draft status indicates it reflects a working specification for system design and review rather than a final published standard. For engineers and procurement teams, the document is useful when evaluating how a WAVE-based solution should manage network-level behavior, message handling, and interoperability expectations in vehicular communications.
Typical use cases
This standard is typically applied in connected transportation systems where vehicles and roadside infrastructure exchange short, time-sensitive data. Common use cases include traffic signal coordination, roadside advisory messaging, safety alerts, and controlled network services for vehicular communication equipment. It may also support testing and integration of WAVE-capable radios, gateways, and embedded networking functions used in research, pilot deployments, or transportation infrastructure programs that rely on consistent message routing and service behavior.
Why this standard matters
For teams designing or validating WAVE systems, IEEE P1609.3v4/D11, Jun 2020 provides a common technical basis for networking behavior, which can reduce integration risk and support more consistent implementation across equipment types. That matters when interoperability, system testing, and service reliability are important. Using a shared standard can also help with procurement comparisons, design control, and compliance checks in transportation communications projects where predictable network services are essential.
- WAVE networking services
- Vehicular communication architecture
- Vehicle-to-roadside interoperability
- Connected transportation system integration
- Draft-stage technical reference
- Publication Date: 2020
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Communication, Networking and Broadcast Technologies; Computing and Processing; Transportation; Signal Processing and Analysis
- Official IEEE: Doi link
- New Version Available: P1609.3 (2023)
- Previous Version: P1609.3 (2023)
- This Version: P1609.3 (2020)
- Previous Version: P1609.3 (2020)
- Previous Version: P1609.3 (2020)
- Previous Version: P1609.3 (2016)
- Previous Version: P1609.3 (2015)
- Previous Version: P1609.3 (2015)
- Previous Version: P1609.3 (2014)
- Previous Version: P1609.3 (2012)
- Previous Version: P1609.3 (2012)
- Previous Version: P1609.3 (2010)
- Previous Version: P1609.3 (2010)
- Previous Version: P1609.3 (2007)
- Previous Version: P1609.3 (2005)
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