Automotive Electronics

CAN and LIN interfaces are commonly used in automotive development, bench testing, diagnostics, logging, and ECU integration. The correct interface and application profile depend on the bus type, channel count, bit timing, software workflow, and test scope.

Typical Workflows

• monitor CAN or CAN FD traffic during ECU integration;
• transmit controlled frames on a bench network;
• decode messages and signals with a project-approved DBC file;
• automate diagnostics or regression tests through a supported API;
• log bus traffic and correlate it with test events;
• work with LIN traffic when the selected hardware and software path support it.

Choose a Software Path

• For PCAN driver and PCAN-Basic workflows, start with the PCANFD / PRO or PCAN-USB application profile.
• For Vector Driver and Vector XL workflows, see the Vector VN1610 application profile.
• For Kvaser driver and CANlib workflows, see Kvaser FD Pro 4xHS or Kvaser Leaf.
• For ZLG software and API workflows, see ZLG USBCANFD.

Validation Scope

Before publishing or relying on an interoperability result, record the exact hardware, CANmeleon application and version, driver, operating system, third-party software and version, tested functions, known limitations, and test date. A successful bench test does not establish support for every vehicle, software release, or function.