TRACE32® PowerView Software


The Only Debug Software You’ll Need for All Your Targets

The TRACE32® PowerView software is our central front end for all your debug and trace activities, no matter which hardware modules or software-only solutions and irrespective of which targets you use. It provides you with a uniform GUI in all your projects and has enjoyed a very high reputation in the embedded community for many years, not only because of its almost unlimited, industry-leading debug and trace features, but also because of its exceptionally high stability and reliability.


Let PowerView exceed also Your Expectations

Even though our TRACE32® tools support the most chips, the most architectures and the most complex SoCs in the tools market, in the end it all comes down to the user experience with the development tools used. Our PowerView software frontend has been constantly evolving for more than 40 years to provide the features our demanding customers need to perfect their embedded innovations, from standard to even the most complex debug and trace scenarios. Let us surprise you, too, with all the features PowerView has to offer for your use cases.

A Single GUI for Everything

PowerView is your front-end interface for all architectures, chips and targets and makes switching from one CPU to another or from simulation to real silicon a breeze. No relearning, no reinstalling. Once PowerView, always PowerView.

Fully Automate Debug and Trace

By using our script language, PRACTICE®, you can fully automate all your debug and trace activities. As a base, we provide over 7,600 pre-built, comprehensive scripts that you can use out of the box or easily customize to your needs.

Benefit from Exceptional Stability

For many years, our customers have praised the outstanding stability and reliability of the PowerView software. This saves you time, effort and, ultimately money.

Extend PowerView with OS-Awareness

If you run one or even more operating systems (e.g. as guest OSes under a hypervisor) on your target, you can add OS awareness files - and hypervisor awareness files, if used - to debug and trace the complete software stack.

Connect Third Party Tools Easily

The PowerView Remote API enables you to control and access the target from third-party programs e.g. to integrate your tools into an automated production environment, to debug targets distributed around the world or access a target room from everywhere.

Run PowerView on all Major OSes

Which operating systems are used for your host PCs in your company does not matter for PowerView. You can install and run it on all major operating systems, including Windows, MacOS, and Linux.

Save Time with Peripheral Register Display

To read and write peripheral registers, you normally have to find an address and the bit position in it from the CPU manual. PowerView displays the peripheral registers for thousands of chip derivatives with their name, which you can easily search for.

Merge Program-Flow and Target-Signals

By using one of our logic analyzers you can record digital and analog signals. PowerView allows you to correlate them to the program flow within a single UI. This way you can easily verify signal timings or calculate the power consumption of certain program parts.


The GUI for all of Your Use Cases

PowerView provides you with a consistent GUI and feature set for all use cases. Depending on your requirements, you can debug a real target via our hardware modules or a pure software solution via USB or XCP. You can also work without a target, with simulators, emulators, virtual targets or with our built-in instruction set simulator. No matter which approach you choose, your PowerView remains the same.

  • PowerView and Hardware Modules

    Launch Your Leading Edge Debug and Trace Solutions for any Physical Target

    In combination with our hardware modules, PowerView can bring out deploy at its maximum performance for more than 10 000 chips, no matter how fast or complex they are. Whether debug module, trace extension, All-in-one Debug- and Trace solution or logic analyzer, PowerView is perfectly matched to all components and allows you to get the most out of your hardware.

    Debugger Trace Extensions Logic Analyzer

  • PowerView Software Only Solutions

    Utilize the Full Feature Set by Simply Plugging in a Cable

    PowerView supports several silicon IP solutions that enable full debug and trace functionality without limitations by using a USB connection between the target and your (host) computer as well as XCP debugging for all automotive processor architectures via a TCP/IP connection over ethernet. 

    Debugging via USB Debugging via XCP

  • PowerView Software for Simulators, Emulators and Virtual Targets

    Shorten Your Design Cycle with Virtual Targets

    In addition to using real targets, PowerView can connect to various simulators, emulators, and virtual targets as well. You can reuse the scripts generated in this phase throughout the entire product life cycle because the user interface and scripting commands stay the same from simulations through use in the field by your customers.

    Debugging for Simulators

  • PowerView Instruction Set Simulator

    Start Your Development Even before You Have Any Target Ready

    PowerView provides an Instruction Set Simulator as a built-in-feature to develop or test your application code without the need for a target hardware. It is freely available to all owners of a TRACE32 debug module. The instruction set simulator is also available as trial version for evaluation.

    Instruction Set Simulator


Designed to meet your Requirements for all Your Current and Future Projects

After 40 years of partnering with the world's largest and most famous technology companies across all continents, we know where embedded application developers are most often at a loss when it comes to troubleshooting and what functionality they need and expect to achieve their goals quickly and easily. Year after year, we integrate this knowledge into our latest PowerView software releases in the form of more new and increasingly innovative features. So that you can make it even easier to keep your customers happy with your embedded innovations.

Debug your Embedded System without Limits

Heterogeneous and Homogeneous Multicore Debugging

PowerView supports both SMP systems (Symmetric Multiprocessing), and AMP systems (Asymmetric Multiprocessing). Even simultaneous debugging of multiple cores of different architectures is possible.

Coupling of Source and Assembler Code

After stopping the CPU, PowerView can show you not only where your program counter is in the machine code, but also on which instruction in your high-level language code.

OS Awareness

Thanks to our TRACE32® OS awareness technology, PowerView can access and display all components of the OS and the application. It supports MMUs and virtual memory addressing as well.

Hypervisor Awareness

PowerView can access the context of Virtual Machines (VMs), so you can check and change the current state of every single process, all VMs, the hypervisor and the real hardware platform.

Advanced Breakpoints

PowerView supports breakpoints that trigger on data values or conditions or even accesses to memory locations. You can also count all events from the CPU, e.g. clock cycles, cache hits and cache misses.

Trace for getting Full Insights of Your Embedded System

Heterogeneous and Homogeneous Multicore Tracing

PowerView can capture and analyze the program flow, task switches, data of several cores, and other system sources at once in far more detail compared to other tools, for both SMP and AMP systems.

Code Coverage

With our trace modules, PowerView provides code coverage analysis non-invasively, without instrumentation, and thus without violating the runtime behavior.

Context Tracking System (CTS)

Our Trace-based Debugging system (CTS) allows you to recreate the full state of the target system and to debug program steps again in PowerView. It’s even possible to fill most trace gaps caused by limited bandwidth.


You can capture extremely long-term trace recordings by streaming the trace data to your host PC for later analysis in PowerView. High streaming speeds ensure a reliable transfer without data loss.

Statistical Analyzes

With PowerView you can perform a numerical analysis of recurring events such as function calls, interrupts and tasks and display the minimum, maximum and mean execution times in each case.

Timing Diagram

PowerView shows symbols, like functions, when they are running, when they are interrupted, what they are interrupted by (e.g. interrupt) together with corresponding timestamps.

Executed Instructions

The individual instructions at machine code level are not only displayed with a time stamp, but PowerView also provides you with a reference to the corresponding source code.

Merge Program-Flow and Target-Signals with Logic-Analyzers

Unique User Interface

With PowerView you can drive all kind of tools from one unique user interface. This approach reduces your training time making you more productive and allowing you to focus on the problem instead of juggling multiple disparate tools.

Matching Signals to the Application Code

PowerView provides an unrivalled number of tracking and cross-correlation options between logic signals and program flow trace. You can perform complex analyses such as best/worst case latencies and signal-software cross-timing.

Protocol Analysis

As well as sampling the raw signals, PowerView has built-in support for analyzing a number of industry-standard protocols, such as ASYNC (RS232), CAN, I2C, I2S, SPI, JTAG, and SWD. You can add support for your own protocol analysis as well.

Energy Profiling

PowerView allows the recorded current and voltage to be directly correlated in time with the program, so you can easily determine where your application code is most and least energy efficient and locate areas of minimum, mean, and maximum power consumption.

Maximize Your Productivity with Automation

Easy Integration into Your Production

PowerView enables the easy integration of your TRACE32 debug- and trace tools into an automated production environment or to use it as an interface to the device under test for test and measurement systems.

Full Scriptability

Our script language PRACTICE® allows you to fully automate all your debug and trace activities. As a base, we provide over 7 600 pre-built scripts that you can use out of the box or easily customize to your needs.


PowerView includes a Python interpreter that allows you to run your debug scripts created in Python without having to rewrite them into PRACTICE®. We can even debug Python scripts in the Python IDE while PowerView is remotely connected.

Remote APIs

The PowerView Remote API enables you to control and access the target from third-party programs. It is available for C, C#, .NET, Python and TCL. The Remote API can be used to control several PowerView instances simultaneously.


Maximize Your Debug and Trace Experience

Complementary to our PowerView software, our TRACE32® tool suite includes several leading-edge hardware and software components that enables you to analyze, optimize and certify all kinds of embedded systems. The intuitive modular design of our tools provide you with the highest available performance today and a system that adapts and grows as your needs change.

PowerDebug System  - Lauterbach


Complementary to our PowerView software, our TRACE32® tool suite includes several leading-edge hardware and software components that enables you to analyze, optimize and certify all kinds of embedded systems. The intuitive modular design of our tools provide you with the highest available performance today and a system that adapts and grows as your needs change.

PowerTrace Serial  | Serial Trace Embedded Systems |  Lauterbach

Trace Extensions

Our trace extensions collect information while the system under examination is running normally, without interruption. They provide real-time, non-intrusive information about program flow and data operations.


3rd party Debug APIs & Simulators

Our pure software-debuggers you can use to debug RTL simulations/emulations and virtual targets in the pre-silicon phase of a project, and to debug the target via native host interfaces such as USB.


Logic Analyzers

Our logic analyzers allow the recording of digital and analog signals, which can be correlated to the recorded program flow. This way it is easy to verify signal-timings or to calculate the power consumption of specific program parts.