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How to Decode CAN Bus Error Frames and Voltage Readings

When a CAN bus goes down, identifying the root cause requires more than a basic connectivity check. The key is learning how to interpret the signals and protocol behavior that reveal what the network is experiencing. By understanding normal CAN voltage levels, recognizing abnormal readings, and decoding error frames, engineers can quickly trace issues such as wiring faults, termination problems, interference, or failing nodes. Mastering both the electrical and protocol layers transforms troubleshooting from trial-and-error into a systematic diagnostic process.

PCAN-Explorer 7: Explore the Difference

PCAN-Explorer 7: Explore the Difference

PCAN-Explorer 7 is now available, bringing major updates for engineers working with CAN, CAN FD, and CAN XL networks. This release adds support for CAN XL, expands trace analysis, and introduces modern automation for teams that monitor, analyze, transmit, and test CAN traffic using PCAN hardware.

PCAN Explorer 7

PCAN-Explorer 7 License Options Explained: How to Choose the Right One for Your Setup

If you're evaluating PCAN-Explorer 7 for your CAN, CAN FD, or CAN XL monitoring and analysis needs, you're probably wondering which licensing option is right for you — especially if you're planning a multi-machine deployment, a shared team environment, or using add-ins.

This guide breaks the decision down into two layers — which license type fits your team, and how you want to access it — plus what maintenance covers once you've purchased.

CAN data loggers overlayed on top of CAN data

CAN Data Logging Explained

Discover the fundamentals of CAN data logging, including how it works, key applications, and how to choose the right CAN logger for diagnostics, performance optimization, and predictive maintenance. Optimize data collection and improve system efficiency with expert insights.

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