Need to see every instruction and every data change in your embedded application? In this webinar recording, discover how Lauterbach TRACE32 helps you go beyond debugging and gain full insight into firmware execution. This technical, live and demo-oriented webinar progresses from foundational tracing concepts to advanced hardware-level analysis. The session includes live demonstrations using the STM32H7S3L8 Nucleo board together with TRACE32 Zephyr RTOS awareness. Agenda: The CoreSight foundation (SWV basics) • CoreSight architecture: Understand the underlying hardware that makes advanced tracing possible • DWT fundamentals: Learn how to set up and leverage Data Watchpoint and Trace • ITM Instrumentation: Enable non-intrusive software messaging and print-style debugging SWV applications • Profiling and performance analysis (DWT) • Interrupt latency measurement (DWT) • Data variable monitoring (DWT) • Software trace logging (ITM) Full visibility with ETM (Embedded Trace Macrocell) Unlock the complete instruction flow of your application - no more gaps or missed events. Understand how ETM works in Cortex-M and how it enables full trace visibility. ETM capabilities and benefits • Complete instruction trace: Find hard-to-reproduce bugs, even in optimized code • Function call visualization: See every function interaction in a traceable chart view • Execution statistics: Pinpoint performance bottlenecks (duration, latency) • Basic code coverage: Verify which code segments are actually executed • Context Tracking System (CTS): Essential for backwards debugging and post-mortem analysis

An in-depth webinar on the Lauterbach Mixed Signal Probe. Learn how it delivers a single, powerful solution for analyzing both digital and analog signals, and how to seamlessly trace signals and correlate them with code execution throughout development and testing. Agenda: • Demo Setup Hardware & Software: A detailed look at the setup, including utrace/PowerDebug, Nucleo H7S3L8, and the BME680 (I2C source). • Wiring Guide: Step-by-step instructions for correct hardware connections. • Configuration: Learn how to use the CMM file and commands for optimal setup. Live Demo • Power Measurements: Real-time current, voltage, and power measurements of the BME680 sensor. • Analyze I2C Data: • Register Analysis: Observe the interaction between registers (Tx/Rx) and Interrupt Service Routines (ISRs) versus signals on the I2C bus. • Waveform Visualization: Analyze SCL/SDA waveforms on the I2C bus. • Troubleshooting: Identify and correct issues like incorrect pull-up resistor configurations (waveform/signal level analysis). Wrap-up • Broader Applications: Mixed SIgnal Probe usage in other communication protocols & measurements. • Quick Start Guide: A handy cheat sheet for getting started quickly with the Lauterbach Mixed Signal Probe. • Q&A Session: Open forum for questions and discussion. Key Takeaways: A summary of the main learnings from the webinar.

In embedded systems development, meeting strict real-time requirements is critical—whether it's sampling data every microsecond or acknowledging inputs in milliseconds. In this video, we explore how Lauterbach’s TRACE32 tool provides powerful real-time trace and debugging capabilities. You’ll see a live demo and learn how integrating trace analysis into your test automation can improve both debugging and reporting, ultimately saving time and development costs.

Visualization of RTOS runtime behavior using Percepio Tracealyzer and Lauterbach uTrace. An RTOS is used in many embedded applications. Especially if the system should handle multiple tasks. With an RTOS it is possible to have deterministic behavior even with a large system that handles many tasks. But using an RTOS also introduces complexity like priorities, timing, synchronization and inter-task communication. Normal debugging techniques (JTAG) are not always suitable when it comes to runtime behavior. This webinar will give you insight into how Percepio Tracealyzer and Lauterbach uTrace unit can be integrated and give you runtime trace observability of your RTOS based application. We go through different use cases when Tracealyzer RTOS based trace is suitable and when you need the details of uTrace instruction trace. Agenda: • Introduction to RTOS tracing with Percepio Tracelyzer. • Integrate Percepio trace recorder library in your RTOS application. • Use ITM to stream trace data using Lauterbach uTrace. • Visualization of memory management. • Visualization of shared objects. • Visualization of state machines and intervals. • Tracing of interrupts. • Analyze function runtime.

Are you using Lauterbach TRACE32 in your current project? Do you feel like you're not tapping into its full capabilities? If so, it's time to elevate your skills with our comprehensive Lauterbach TRACE32 trainings. Gain hands-on experience and explore key features like breakpoints, scripting, API, and trace-based timing measurements. We also dive into architecture-specific aspects for Cortex-M, Cortex-A/R, and Tricore Aurix. 🔍 Explore our courses: www.nohau.eu

An insightful webinar on Trace32 frontend debugging! You will learn how to master possible targets, optimize your debugging workflow, and explore the benefits of debugging virtual targets. Agenda 📍 • Front-End Debugging: Benefits, examples​ • Using and Debugging Virtual Targets: Benefits, examples​ • Supported APIs and protocols​ • Introduction to Virtual Targets (AVH)​ • Demo Debugging Virtual Hardware Target​

Gain insight on how to debug a multicore system using TRACE32 from Lauterbach GmbH.

We are all under time pressure to finish our projects. Using the best available tools will help you solve many problems. In this webinar we will show how you can save time, and assure quality of your application, when you use a real-time trace from Lauterbach. You will learn how to: • Use a real-time trace to find elusive or intermittent bugs. • Find concurrency problems • Verify timing and performance of you application • Run tests and measure test coverage