Webinars on Trace-based Debugging and Run-time Analysis with UDE®

Webinar

Learn how to use the on-chip trace capabilities of your MCU to find bugs caused by timing issues or parallel execution. Use the trace-based tools provided by UDE® to analyze run-time behavior and identify performance problems in your embedded software.

For our conducted webinars and training sessions on Trace-based Debugging and Run-time Analysis, you can find below all video recordings for watching.

Watch the Webinar: MCDS Trace of AURIX™ with UDE®: Basics of Use

This webinar provides an introduction to tracing AURIX™ microcontrollers using the MCDS trace system and the UDE® Universal Debug Engine. Learn the basics of trace configuration, recording, and analysis, and see how trace data can be used to gain deeper insights into application behavior and system performance.

This is the first of two webinars about tracing with AURIX™ and UDE®.

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Watch the Webinar: Trace-based Debugging and Run-time Analysis

This presentation gives a general overview of the trace features of UDE®. It shows how to use trace for debugging, e.g. to investigate the misbehavior of an application, and how to use trace to analyze the runtime behavior of your multicore application.

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Watch the Webinar: Trace-based Debugging and Run-time Analysis with UDE

Webinar hosted by Hitex

In this webinar we show you the trace features of UDE® on the example of the AURIX MCDS. In the first part we demonstrate trace based debugging for investigating the misbehavior of an application. In the second part we show you how to use trace for different types of run-time analysis.

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Watch the Video: Tracing S32S in UDE®: Multicore Trace and Run-Time Analysis

In this webinar we show you the trace features of UDE® on the example of the AURIX MCDS. In the first part we demonstrate trace based debugging for investigating the misbehavior of an application. In the second part we show you how to use trace for different types of run-time analysis.

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See the overview with all topics and webinars.