Dedicated Short-Range Communications
Dedicated Short-Range Communications is a low-latency wireless technology designed for direct vehicle, roadside infrastructure, and transportation safety communications.
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The problem
Why DSRC exists
This section requires approved editorial content.
No substitute explanation has been generated for why Dedicated Short-Range Communications exists.
Operating model
How DSRC works
The approved explanation should connect physical systems, communications, data, security, and operating responsibility.
Dedicated Short-Range Communications provides direct, short-range wireless links for safety and mobility applications without requiring a cellular network session. North American deployments commonly associate DSRC with IEEE 802.11p and the WAVE standards stack. Its regulatory spectrum position and deployment momentum vary by region, so the record should distinguish installed or legacy systems from newer C-V2X deployments.
Documented activity
Real-world applications
Examples come from verified deployment relationships rather than template-generated use cases.
Application 01
Safety Pilot Model Deployment
A real-world Ann Arbor deployment of approximately 3,000 connected vehicles and 30 roadside units using DSRC safety messaging.
Example: Completed · City
Knowledge database
Explore the ecosystem
Counts are navigation into the records supporting this technology profile.
Technology map
Related technologies
These records share a documented category. Their placement does not imply technical dependency or compatibility.
Evidence and relationships
Supporting database
Structured records connected to this technology through reviewed Directus relationships.
Market
Companies
Anritsu
Technology DeveloperAnritsu develops RF and functional test systems for LTE-V2X, C-V2X PC5, DSRC, connected-vehicle modules, and production-line wireless validation.
DEKRA
Technology DeveloperDEKRA tests and certifies V2X, C-V2X, connected-vehicle, cybersecurity, interoperability, and automotive radio systems through laboratories and proving-ground facilities.
DENSO Corporation
Technology DeveloperDENSO provides automotive systems, electronics, software, and mobility technologies, supporting vehicle connectivity, cooperative safety, electrification, and intelligent transportation globally today.
Ficosa
Technology DeveloperFicosa develops automotive telematics platforms, onboard units, and antenna systems supporting C-V2X and DSRC communications for connected vehicle programs.
LG Innotek
Technology DeveloperLG Innotek develops automotive DSRC, C-V2X, and 5G-V2X communication modules for vehicle connectivity, cooperative safety, and autonomous-driving platforms.
Marben Products
Technology DeveloperMarben Products develops portable V2X protocol stacks, security components, and road-safety applications for onboard units, roadside units, edge systems, and connected mobility devices.
NoTraffic
Technology DeveloperNoTraffic provides sensor, edge-computing, and traffic-control systems with integrated DSRC and C-V2X roadside communications for connected intersections.
NXP Semiconductors
Chipset SupplierNXP Semiconductors provides automotive semiconductors, processors, connectivity, security, and sensing technologies, supporting V2X communications, secure vehicle networking, roadside equipment, and connected mobility globally today.
Taoglas
Technology DeveloperTaoglas designs embedded and external antennas for C-V2X, DSRC, GNSS, cellular, and connected-transport equipment used in vehicles and roadside infrastructure.
u-blox
Technology Developeru-blox develops automotive positioning and wireless semiconductor modules, including production V2X transceivers supporting vehicle-to-vehicle and vehicle-to-infrastructure communications.
Commercial systems
Products
Cohda MKx SDK
implements_or_enablesCohda Wireless
Cohda Wireless MK6 OBU
Supports TechnologyCohda Wireless
Cohda Wireless MK6 RSU
Supports TechnologyCohda Wireless
Commsignia ITS-OB4 On-Board Unit
Supports TechnologyCommsignia
Commsignia ITS-RS4 Roadside Unit
Supports TechnologyCommsignia
Danlaw RouteLink
implements_or_enablesDanlaw
dSPACE V2X Solution
implements_or_enablesdSPACE
HARMAN Savari MobiWAVE
implements_or_enablesHARMAN
HARMAN Savari StreetWAVE
implements_or_enablesHARMAN
Kapsch TRP-4010
implements_or_enablesKapsch TrafficCom
NXP RoadLINK SAF5100
implements_or_enablesNXP Semiconductors
NXP RoadLINK SAF5400
Supports TechnologyNXP Semiconductors
NXP V2X Reference Design
implements_or_enablesNXP Semiconductors
Renesas R-Car W2H
implements_or_enablesRenesas Electronics
Renesas R-Car W2R
implements_or_enablesRenesas Electronics
Unex SOM-301U
implements_or_enablesUnex Technology
Unex V2Xcast RSU
implements_or_enablesUnex Technology
Projects
Deployments
Completed · City
A real-world Ann Arbor deployment of approximately 3,000 connected vehicles and 30 roadside units using DSRC safety messaging.
Interoperability
Standards
IEEE 1609.0
IEEE 1609.0 defines the architecture and reference model for Wireless Access in Vehicular Environments systems. It matters to V2X because it gives independently developed systems a common technical contract.
IEEE 1609.12
IEEE 1609.12 defines identifier allocation rules used to distinguish services, protocols, and organizations in WAVE. It matters to V2X because it gives independently developed systems a common technical contract.
IEEE 1609.2
IEEE 1609.2 defines secured message formats, signing, encryption, certificate handling, and security processing for V2X. It matters to V2X because it gives independently developed systems a common technical contract.
IEEE 1609.3
IEEE 1609.3 defines network and transport services, including WAVE Short Message Protocol and IPv6 operation, for vehicular communications. It matters to V2X because it gives independently developed systems a common technical contract.
IEEE 1609.4
IEEE 1609.4 defines coordination of control and service channels in WAVE radio systems. It matters to V2X because it gives independently developed systems a common technical contract.
IEEE 802.11bd
IEEE 802.11bd defines next-generation 802.11 vehicular radio enhancements designed to coexist with legacy vehicular operation. It matters to V2X because it gives independently developed systems a common technical contract.
802.11p
An amendment to the IEEE 802.11 family designed to support wireless access in vehicular environments and low-latency vehicle communications.
J2735
Defines message sets and data elements used for dedicated short-range and connected-vehicle communications, including safety and mobility messages.
SAE J2945/1
SAE J2945/1 defines minimum performance and behavior for on-board V2V safety communication using SAE J2735 messages. It matters to V2X because it gives independently developed systems a common technical contract.
Institutions
Organizations
standards_development_organization
Professional association and standards developer responsible for communications and networking standards used by V2X systems.
certification_body
Industry association providing connected-vehicle, tolling, and transportation interoperability certification programs.
Geography