Lauterbach Integrates TRACE32 Embedded Debugger with JetBrains CLion IDE
Embedded engineers can now debug directly on physical hardware within CLion via DAP.
1Bridging Software and Hardware Workflows
Lauterbach and JetBrains announced the integration of TRACE32 debugging tools into the CLion IDE. This collaboration enables embedded C and C++ developers to execute code editing, navigation, and on-target hardware debugging within a unified workspace, eliminating the operational friction of switching between disparate development and low-level debugging environments.
2Standardized Architecture via Debug Protocol
The integration relies technically on the Debug Adapter Protocol (DAP) through the TRACE32 Debug Adapter. CLion communicates execution controls, step commands, and variable inspection directly to the adapter. Meanwhile, TRACE32 handles target hardware communication, ensuring standard IDE interfaces can drive sophisticated microarchitectural debug operations without proprietary custom bridges.
3Dual Session Modes for Engineers
The setup accommodates two distinct operational workflows based on engineering needs. Developers can either launch a brand-new TRACE32 PowerView session directly from CLion using configuration scripts for target initialization, or alternatively attach the IDE to an already running TRACE32 hardware instance during ongoing active embedded diagnostics.
4Minimum Version and Tool Requirements
Enabling this integration requires specific software revisions across both toolchains. Teams must deploy JetBrains CLion 2026.2.4 or later, alongside TRACE32 PowerView version 09.2026 (build 195402) and TRACE32 Debug Adapter 0.1.2 or higher. Complete configuration templates and scripts are documented in Lauterbach’s official technical knowledge base.
5Full Lifecycle Embedded Coverage
Lauterbach's TRACE32 portfolio spans the entire embedded engineering product lifecycle, covering pre-silicon design, early prototyping, testing, and post-deployment field analysis. The tool suite pairs PowerView software with PowerDebug and PowerTrace hardware modules, facilitating deep code coverage measurement, run-time tracing, and deep performance analysis across heterogeneous embedded processor architectures.
6Consolidating Embedded C and C++ Delivery
JetBrains positions CLion as a comprehensive development environment for complex C and C++ codebases across desktop, server, and embedded targets. Incorporating hardware debugging directly into the IDE environment allows embedded teams to verify code modifications and inspect physical processor states prior to shipping code across various cross-platform toolchains.
7Strategic Alignment of Tool Makers
Lauterbach marketing director Markus Herdin emphasized that native integration lets developers investigate target hardware behavior directly inside CLion. JetBrains C/C++ lead Artemy Pestretsov noted that embedded engineers must observe code execution on physical silicon, making combined editing, analysis, and execution verification essential within modern professional developer environments.
8Educational Rollout and Demonstration
To assist development teams with migration and implementation, JetBrains and Lauterbach scheduled a joint technical webinar for October 27, 2026, at 2:00 pm CET. The session will demonstrate live configuration, script-based target initializations, and real-time execution stepping across target hardware boards using the newly launched debugger integration.