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Technical Article Quo Vadis SAE J1939 Standardization

Technical Article:
Quo Vadis SAE J1939 Standardization
(PDF, 1.9 MB)

J1939 Webinar Recordings:

Accelerate your development projects:

  • Fundamentals of the J1939 Protocol
  • J1939 Prototype and Test Development with CANoe.J1939
  • Embedded Software for J1939

Brochure:

Case Study zu XCP on FlexRay bei Audi

Efficient Solutions for Networking in Commercial Vehicles
(e-paper)

With a continuous tool chain for all J1939 projects, Vector has the right solution for you.

Solutions for your SAE J1939 Networking

SAE J1939 is the open standard for networking and communication in the commercial vehicle sector. The focal point of the application is the networking of the power train.
Also used in the commercial vehicle field are protocols based on SAE J1587 and J1939 with extensions for special use areas:

J1587 / J1708 SAE J1587 / J1708, the predecessor to J1939, continues to play an important role in commercial vehicles.
[continue to "Solutions for J1587 networking"]
ISOBUS ISO 11783 or ISOBUS is the standard for agricultural equipment.
[continue to "Solutions for ISOBUS networking"]
NMEA2000 NMEA2000 is a variant for marine applications and especially GPS.
[continue to "Solutions for NMEA2000 networking"]

Characteristic for SAE J1939 is the use of CAN technology for networking and communication as well as manufacturer-spanning interoperability. The J1939 protocol comes from the Society of Automotive Engineers (SAE) and works on the physical layer with CAN-highspeed according to ISO11898.

Typical applications for the protocol are:

  • Networking in commercial vehicles, e.g. power train, chassis, OBD
  • Fleet management (FMS)

Vector - The J1939 Specialist:

Vector is a member of SAE J1939 committees and participates regularly in the workshops. Thanks to Vector's expertise and many years' experience in the J1939 environment, you profit from high-performance products and services with which you can solve your challenging problems more efficiently, faster, and more cost-effectively.

With a continuous tool chain for all J1939 projects, Vector has the right solution for you:


J1939 solutions from Vector CANoe.J1939 for simulation, test, and analysis with J1939 and CAN CANdb++ Admin.J1939 is the design environment for J1939 networks. Service for specification, testing, verification and implementation Overview page for products related to the development of distributed systems Overview page for products related to ECU testing CANoe.J1939 for simulation, test, and analysis with J1939 and CAN CANalyzer.J1939 for network analysis with J1939 and CAN The RP1210 API is an open interface between Windows-based applications and in-vehicle communication networks. Service for specification, testing, verification and implementation CANoe.J1939 for simulation, test, and analysis with J1939 and CAN CANalyzer.J1939 for network analysis with J1939 and CAN Service for specification, testing, verification and implementation Embedded software components for J1939 applications Service for specification, testing, verification and implementation


The simulation, test, and analysis tool for J1939 and CAN CANoe.J1939
The analysis tool for J1939 CANalyzer.J1939
Embedded software components for J1939 applications CANbedded J1939
The Design Environment for J1939 Networks CANdb++ Admin.J1939
Running Applications on CAN, SAE J1939 and SAE J1708/J1587 Networks RP1210 API
J1939 trainings for developers and decision-makers J1939 Training
Execution of projects
  • Creation of specifications
  • Support during testing and verification
  • Implementation on various target platforms
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