TRACE32® PowerView Software

overview

One Powerful Debug Platform for Every Target

TRACE32® PowerView is your all-in-one front end for debugging and tracing—across all hardware modules, software-based simulators, and target architectures. With a consistent and intuitive GUI across projects, it streamlines your workflow and eliminates the need for multiple tools.

Highly regarded in the embedded systems community, PowerView stands out for its industry-leading feature set, exceptional stability, and proven reliability—making it the only debug software you’ll ever need.

BENEFITS

Discover What PowerView Can Do for You

While TRACE32® supports the widest range of processors, architectures, and complex SoCs in the industry, the real value lies in how intuitive and powerful the development experience is. PowerView, our advanced software interface, has been refined for over four decades to meet the needs of engineers tackling everything from everyday debugging to intricate trace analysis. Explore how PowerView can elevate your workflow and exceed your expectations.

Proven Stability & Reliability

Count on PowerView’s rock-solid performance — trusted by developers worldwide for decades.

Full Debug Automation with PRACTICE®

Accelerate workflows using our scriptable interface and thousands of ready-to-use automation scripts.

Unified Interface for All Targets

Work seamlessly across CPUs, architectures, and development stages with a consistent, intuitive UI — no need to relearn or reinstall.

Cross-Platform Compatibility

Run PowerView on Windows, Linux, or macOS — whatever your team uses.

Integrates with External Tools

Use the remote API to connect PowerView to third-party systems for remote debugging, automation, or distributed development.

OS & Hypervisor Awareness

Easily analyze complex software stacks with support for multiple operating systems and hypervisors.

USE CASES

One Interface. Any Use Case

PowerView delivers a unified and consistent user interface across all development scenarios. Whether you're debugging live hardware via TRACE32 modules, connecting over USB or XCP, or working without physical targets using simulators, emulators, or virtual platforms — even our built-in instruction set simulator — the experience stays the same. No switching tools. No re-learning. Just one reliable environment for all your workflows.

FEATURES

Built to Meet the Demands of Your Current and Future Embedded Projects

With over 40 years of experience supporting leading global technology companies, Lauterbach understands the real-world challenges embedded developers face when troubleshooting complex systems.
Drawing on decades of hands-on insight, we continuously enhance our PowerView software with cutting-edge features that address developers' evolving needs—helping you debug faster, smarter, and more efficiently. Each new release is packed with powerful tools to accelerate development and ensure your embedded innovations meet customer expectations.

Next-Level Embedded Debugging

Deep OS Awareness and Virtual Memory Support

TRACE32® PowerView provides full visibility into operating system components and user applications, including support for MMUs and virtual memory – enabling efficient debugging in complex embedded environments.

Synchronized Source and Assembly Code View

PowerView maps the program counter to both machine code and high-level source code, giving developers precise insight into application state at every breakpoint.

Seamless Debugging for Heterogeneous and Homogeneous Multicore Systems

PowerView enables efficient debugging of SMP and AMP architectures — including simultaneous, cross-architecture multicore debugging.

 

Advanced Breakpoint and Trace Capabilities

PowerView enables complex breakpoints based on data values, memory access, or custom conditions. It also allows event counting for metrics like clock cycles, cache hits, and misses — essential for precise embedded debugging.

Hypervisor and Virtual Machine Debugging

TRACE32® PowerView delivers full hypervisor awareness, allowing you to inspect and control every VM, the hypervisor itself, and the underlying hardware — ideal for virtualized embedded systems.

Trace for Deep System Insights

Streaming

Capture long-term trace data by streaming it directly to your host PC. High-speed transfer ensures reliable, loss-free analysis in PowerView.

Context Tracking System (CTS)

TRACE32’s CTS recreates the full system state for trace-based debugging in PowerView — even filling most gaps caused by limited bandwidth.

Timing Diagram

PowerView displays function execution and interruptions with precise timestamps, showing what interrupts occur and when.

Statistical Analysis

PowerView lets you analyze recurring events like function calls, interrupts, and tasks, showing min, max, and average execution times for each.

Code Coverage

PowerView offers non-invasive code coverage analysis using trace modules—no instrumentation needed, preserving the program’s runtime behavior.

Heterogeneous and Homogeneous Multicore Tracing

PowerView captures and analyzes program flow, task switches, and core data simultaneously with greater detail than other tools, supporting both SMP and AMP systems.

Executed Instructions

PowerView shows machine-level instructions with timestamps and links them directly to the corresponding source code for easy reference.

Merge Program Flow with Logic Analyzer Signals

Signal-to-Code Correlation

PowerView offers extensive tracking and cross-correlation between logic signals and program flow, enabling detailed analyses like best/worst case latencies and signal-to-software timing.

Unified User Interface

PowerView lets you control all tools from a single interface, cutting training time and boosting productivity by keeping your focus on the task—not on managing multiple tools.

Energy Profiling

PowerView correlates recorded current and voltage with program execution, helping you identify code sections with minimum, average, and maximum power consumption for optimized energy efficiency.

Protocol Analysis

PowerView supports built-in analysis of standard protocols like ASYNC (RS232), CAN, I2C, I2S, SPI, JTAG, and SWD, with the option to add custom protocol support.

Boost Productivity with Automation

Full Scriptability

PRACTICE® scripting lets you automate all debug and trace tasks, supported by over 7,600 ready-made scripts that can be used as-is or tailored to your needs.

Seamless Integration into Production

PowerView allows easy incorporation of TRACE32 debug and trace tools into automated production lines or as interfaces for test and measurement systems.

Remote APIs

PowerView’s Remote API allows control and access from third-party applications in C, C#, .NET, Python, and TCL, supporting simultaneous management of multiple PowerView instances.

Python Scripting

PowerView features a Python interpreter, letting you run debug scripts directly in Python without converting them to PRACTICE®. You can even debug Python scripts in your Python IDE while connected to PowerView remotely.

RELATED PRODUCTS

Optimize Your Debug and Trace Experience

Complementing PowerView software, the TRACE32® tool suite offers advanced hardware and software components to analyze, optimize, and certify embedded systems. Its modular, intuitive design delivers top performance today and scales seamlessly as your requirements evolve.

Trace Extensions

Our trace extensions gather real-time, non-intrusive data on program flow and operations while your system runs uninterrupted.

Debugger

Complementing our PowerView software, the TRACE32® tool suite features cutting-edge hardware and software components that enable comprehensive analysis, optimization, and certification of embedded systems. Its intuitive modular design delivers top-tier performance today and adapts seamlessly as your needs evolve.

Logic Analyzers

Our logic analyzers capture digital and analog signals, correlating them with program flow to verify signal timing and measure power consumption of specific code sections. Ask ChatGPT

3rd-Party Debug APIs & Simulators

Our software debuggers support debugging of RTL simulations, emulations, and virtual targets during pre-silicon phases, as well as native host interface debugging via USB.

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