Lauterbach’s TRACE32® development solutions now support AMD Ryzen AI Embedded P100 Series Processor. Targeting automotive applications and physical AI, P100 Series processors enable

deterministic performance for demanding workloads. TRACE32® tool support includes simultaneous debugging of AMD “Zen 5” CPU cores. It also supports heterogeneous debugging together with Arm® cores in AMD Versal or Zynq adaptive SoCs.

AMD Ryzen AI Embedded P100 Series processors deliver the flexibility and performance that industrial and automotive designers need, with system partitioning, precise resource allocation, and deterministic latency for mission-critical physical AI, DSP, and math workloads. The 4- to 12-core products are offered in ruggedized, long-life platforms, offering a virtualized software stack for control and customization in production-ready systems.

Lauterbach’s TRACE32® supports hardware-accelerated SMP (Symetric Multiprocessing) debugging and real-time on-chip tracing of all the “Zen 5” x86 CPUs implemented in the P100 Series processors. It also supports heterogeneous and synchronized AMP (Asymetric Multiprocessing) debugging of the processors together with Arm® cores implemented in AMD Versal and Zynq devices. This is achieved using a TRACE32® CombiProbe with two connected probes, which enable easy multi-chip access, a unique solution in the entire tool industry.

TRACE32® solutions consist of the universal PowerView debugging and tracing software as well as debug accelerator modules. Lauterbach’s intelligent PowerDebug modules provide highest download speeds and smallest response times for efficient debugging and test automation.

“AMD Ryzen AI Embedded P100 Series processors provide precise, efficient, and reliable performance for industrial, automotive, physical AI, and other demanding applications,” says Stephan Lauterbach, Co-Founder and CTO at Lauterbach GmbH. “With Lauterbach’s TRACE32® support, developers gain powerful debug and trace capabilities across heterogeneous AMD platforms, helping accelerate bring-up, software development, and time to market."

“P100 Series processors provide scalable, deterministic compute for mission-critical industrial, automotive, and physical AI deployments,” said Martin Charron, Senior Director of Technical Marketing at AMD. “With Lauterbach’s TRACE32® support – spanning SMP debug, real-time trace, and synchronized heterogeneous bring-up – customers can accelerate development and shorten time to production with confidence.“

Find more details about Lauterbach’s comprehensive support for homogeneous and heterogeneous multicore debugging: https://www.lauterbach.com/features/multicore-debugging-and-tracing

AUTOSAR-based, safety-critical systems require advanced analysis techniques to verify functional safety. For many years, Lauterbach’s TRACE32® debugging and trace tools have not only provided deep insights into such systems but also offered advanced solutions for timing analysis.

TRACE32® now enables the analysis of both the AUTOSAR Classic operating system NeuSAR cCore and the AUTOSAR Adaptive Platform operating system NeuSAR aCore, as well as the applications running on them. This unique feature is realized by adding a menu extension to Lauterbach’s TRACE32® PowerView software that gives developers access to NeuSAR operating system resources such as tasks, alarms, stack coverage, and much more. When multiple operating system instances are running on multicore SoCs, TRACE32® also supports their simultaneous debugging. This includes hypervisor debugging of virtualized systems.

“The NeuSAR platform overcomes the technical challenges associated with large-scale applications under heavy load and enables seamless operation of controllers across chip and domain boundaries,” explains Linglin He, General Manager of Lauterbach’s Chinese branch. “With full support from TRACE32, engineers can develop their applications from the ground up using our market-leading debugging and trace solutions.”

“Lauterbach has long been recognized as a leading solution for debugging and trace analysis in complex embedded systems,” says Qiang Du, President and CTO from Neusoft Reach. “Neusoft Reach is committed to building a unified and scalable software foundation for intelligent vehicles with NeuSAR. Through the integration of NeuSAR with TRACE32®, developers gain enhanced system visibility and improved efficiency in developing and validating safety-critical applications, accelerating the evolution of intelligent vehicles in the AI era.”

For the first time, this solution will be showcased at Auto China 2026, the international auto exhibition in Beijing, at the Neusoft Reach booth, running on both NXP’s S32 platform including the NXP CoreRide Z248 Zonal Reference System and Infineon’s TC4 platform.

For more information on Lauterbach’s industry-leading AUTOSAR support, visit: https://www.lauterbach.com/supported-platforms/autosar

Visitors to the Lauterbach booth 4-210 will experience live demos on current topics such as software-defined vehicles, safety and security, and powerful debug and trace workflows throughout the entire development cycle. Through close collaboration with leading industry partners along the entire embedded value chain, customers receive integrated solutions tailored to their requirements – from early development phases to the certification of safety-critical applications.

From Cloud to Edge – Cover the Entire Product Life Cycle – Together with NXP® Semiconductors, Lauterbach demonstrates the debugging of virtual targets in the cloud as well as real chips with seamless transition from one development phase to the next. Our Product Life Cycle solutions include virtual targets provided by Synopsys Virtualizer and Corellium® Virtual Hardware.

Together with NXP® Semiconductors, Synopsys and Corellium, Lauterbach demonstrates the debugging of virtual targets in the cloud as well as real chips with seamless transition from one development phase to the next. Our Product Life Cycle solutions include virtual targets provided by Synopsys Virtualizer and Corellium® Virtual Hardware.

“We worked closely with Lauterbach to deliver a debugging experience that spans virtual targets in the cloud and real silicon,” said Norbert Huemmer, VP R&D at NXP Semiconductors. “This unified workflow enables developers to move smoothly from early development through to production. We are excited to demonstrate this at embedded world in Nuremberg, giving customers a first-hand look at the complete development lifecycle.”

“Our close collaboration with Lauterbach has delivered a seamless debug solution for our customers and partners running in the cloud and on-site,” stated Hal Conklin, VP of Sales at Corellium.  “We have multiple auto OEMs and tier ones using our combined solution on a daily basis to drive interactive and CICD debug operations.”

Shorten Time-to-Market for the Software-Defined Vehicle – We demonstrate how our “SDV Ready” TRACE32® tools enable software isolation with hypervisors and development with AUTOSAR applications and automotive-centric operating systems in virtualized SDV environments. Furthermore, together with Vector, a solution for remote debugging via Vector’s cloud solution (vHaaS) will be presented.

“Building on our long-standing partnership with Lauterbach, we combine Vector’s Software Factory with industry-leading debugging expertise to drive the development of software defined systems,” says Dr. Marcus Eggenberger, Vice President, Software Factory at Vector, “vHaaS, as an essential part of our Software Factory, makes hardware resources accessible from anywhere in the world and integrates it seamlessly into CI environments. The combined solution enhances the scope of these benefits with Lauterbach’s debug and analysis capabilities”

"Virtualized SDV environments are key to accelerating development cycles, " comments Adam Lackorzynski, CEO at Kernkonzept. "With the L4Re Hypervisor and the L4Re Micro Hypervisor, developers can build and validate these environments efficiently and with confidence. We’re proud to collaborate with Lauterbach to strengthen this ecosystem with TRACE32."

Drive Embedded Innovations with RISC‑V  – Lauterbach’s TRACE32® software, together with HighTec’s compiler and Synopsys’ VDK, is part of Infineon’s new DRIVECORE RISC V Virtual Prototype software bundle, which represents a key milestone in preparing the automotive ecosystem for Infineon’s upcoming AURIX microcontroller family based on RISC-V. We will demonstrate debugging and profiling of Infineon’s RISC V Virtual Prototype in numerous variants.

“In the era of software-defined vehicles, rapid software migration, fast development cycles and simple licensing is more important than ever,” said Thomas Schneid, Head of Software, Partner and Ecosystem Management in Infineon’s Automotive Division. “By adding our RISC V Virtual Prototype to our DRIVECORE portfolio, we ease and prepare a smooth transition for our customers towards RISC-V-based microcontrollers.”

Safety in a Software-Defined World – Using HighTec’s Rust compiler and AdaCore’s Ada compiler, Lauterbach will demonstrate debugging of mixed C/Rust and C/Ada applications as well as code coverage measurements for functional safety certifications.

“Our latest demonstration showcases how to achieve a hardware-based coverage measurement for a hybrid Rust and C AUTOSAR development.”, says Mario Cupelli, CTO at HighTec EDV-Systeme GmbH. “By using a single LLVM-based toolchain for Rust and C from HighTec and Lauterbach TRACE32 PowerTrace, we enable seamless code coverage measurement and analysis across both languages—a crucial step toward functional safety certification in next-generation software-defined vehicles.”

"Embedded developers face some of the most difficult verification challenges of the entire software industry," said Quentin Ochem, Chief Product Officer at AdaCore. “By partnering with Lauterbach, we’re jointly delivering a comprehensive development environment, from software correctness to cycle-accurate execution evidence and hardware debug capabilities.”

Debugging High-Performance Computing – Using an AMD adaptive Versal AI Core SoC as well as a Renesas R-Car Gen.5 X5H SoC, the market-leading capabilities of TRACE32® in heterogeneous multicore debugging and system-wide profiling, including operating systems such as Linux, will be demonstrated.

MathWorks Polyspace and TRACE32® – At booth 4-110 MathWorks will showcase the integration of TRACE32® with Polyspace, a powerful solution for software testing and code analysis.

“Embedded software teams need to validate their code on the same hardware they use in production, but friction across diverse toolchains, boards and debuggers can slow that process down," said Jay Abraham, Group Manager, Technical Marketing & Product Management at MathWorks. "With the Polyspace Test integration for Lauterbach TRACE32, developers can execute tests and capture coverage directly on real hardware, then transition seamlessly into hardware debugging to diagnose issues faster. With this integration, we’re helping engineers focus more on improving code quality and less on managing connectivity and configuration by streamlining on‑target testing, coverage collection and, debugging.”

At booth 4-210, Lauterbach experts look forward to welcoming you in person and discussing current challenges and solutions in embedded development.

Press contact:

Verena Strasser, Lauterbach GmbH
Altlaufstraße 40
85635 Hoehenkirchen-Siegertsbrunn
E-Mail: press@lauterbach.com

The Lauterbach PowerDebug E50 offers developers enhanced performance to assist with simple and complex debugging tasks, and it can be expanded to record program flow and data access in real time. This can be optionally correlated with captured digital and analogue signals.

Supporting over 15,000 devices from more than 150 chip architectures, the PowerDebug E50 provides unlimited multicore debugging, enabling the simultaneous debugging of all cores in an SoC, regardless of architecture. With synchronisation of both breakpoints and runtime control, engineers have dominion over the entire system.

Improvements to the PowerDebug E50 include a debug controller that is three times faster and an option for Gigabit Ethernet to support remote access, in addition to the usual USB 3 connection. This enables engineers to securely share their target with colleagues in another country via well-established IPv4 or modern IPv6. Furthermore, the PowerDebug E50 can be powered by 12 V power supplies, which simplifies operation in cars, for example.

Engineers who start their development on emulators, simulators or virtual targets with Lauterbach’s PowerView software can reuse everything when debugging and profiling real chips with the PowerDebug E50 in later development stages. Scripts for test automation, the feature set and the user experience remain the same.

“The new PowerDebug E50 is not only our best essential-line PowerDebug ever, but also the new industry benchmark for standard embedded debug tools”, says Holger Lohn, Product Manager at Lauterbach GmbH. “It helps all developers to track down issues no matter how complex an SoC or software stack is. The only superior debug tool on the market is our PowerDebug X51, to which developers can seamlessly transition when needed."

Lauterbach’s PowerDebug E50 meets embedded developers challenges today and in the future. Sales and shipping started at January 1^st, 2026. The pricing corresponds to that of its predecessor.

Find all details about the new PowerDebug E50 here: https://www.lauterbach.com/products/debugger/powerdebug-system/powerdebug-e50

Visitors of Embedded World 2026 can explore the PowerDebug E50 at the Lauterbach Booth 4-210.

The TI TDA5 SoC family delivers safe, scalable AI performance from 10-1200 TOPS with power- and safety-optimized processing, supporting up to Level 3 autonomous driving. Its chiplet-ready architecture allows OEMs to expand computing capabilities beyond traditional SoC limitations, future-proofing vehicles for evolving autonomous driving requirements. To provide the necessary computing power for this purpose, the SoC family features more than 20 high-performance Arm® Cortex cores and TI’s C7 NPU.

Lauterbach’s TRACE32® debug and profiling solutions ensure complete system-level visibility for the TD5A SoC family and its digital twin, supporting functional safety and virtualized SDV platforms with multiple OSes. It provides AUTOSAR-aware debugging, containerized workloads support, and unlimited multicore debugging across heterogeneous Arm and other architectures, an unmatched capability in the tool industry.

Lauterbach’s TRACE32® debug and trace solutions are “SDV Ready,” supporting the full automotive software stack, and the entire Product Life Cycle (PLC) from virtual ECUs (“Shift Left”) including cloud-development to real silicon to in-field analyzes in the car. With proven expertise in safety certification, debugging, and system profiling, TRACE32® helps engineers build safe, secure, and innovative automotive systems. Its unique Hypervisor- and OS-awareness features give deep insight into applications, operating systems, and virtualized environments.

“The TI TDA5 SoC family delivers impressive AI performance for next generation vehicles”, says Stephan Lauterbach, Co-Founder and CTO at Lauterbach GmbH. “With the latest support of TRACE32® for the TDA5 VDK, we enable engineers to shift left and to develop their applications using our market-leading debug and trace solutions right from the start.”
Lauterbach’s collaboration with Texas Instruments and the wider automotive ecosystem empowers developers to create the foundation for autonomous driving and to accelerate their time-to-market.

Find more information about Lauterbach’s “SDV Ready” TRACE32® tools here:
https://www.lauterbach.com/…

Find more information about Lauterbach’s unmatched support for simulators and virtual targets here:
https://www.lauterbach.com/…

About Lauterbach
Lauterbach is the leading manufacturer of cutting-edge development tools for embedded systems with over 45 years of experience. It is an international, well-established company, serving customers all over the world, partnering with all semiconductor manufacturers, and growing steadily. At the headquarters in Hoehenkirchen, near Munich, the engineering team develops and produces highly proficient and specialized, easy-to-use Development Tools under the brand TRACE32®. Branch offices in the United Kingdom, Italy, France, Tunisia, on the East and West coasts of the United States, Japan, and China, and highly qualified sales as well as support engineers in many other countries make Lauterbach’s full product range available worldwide.

For more information, please visit http://www.lauterbach.com/

NXP’s S32N7 super-integration processor delivers safe modular computing with hardware-enforced function isolation, enabling OEMs to securely run multiple vehicle core functions like motion strategy, body, gateway or data management. It consolidates up to eight legacy domains onto a single platform and includes a range of compatible System-on-Chips (SoC), allowing OEMs to efficiently scale the performance and features of their vehicles. Its comprehensive edge capabilities enable data collection, real-time processing, and orchestration to drive faster, data-driven decisions.

Lauterbach’s TRACE32® supports the entire Product Life Cycle (PLC) from Pre-Silicon to Prototyping & Testing to In-Field analysis including cloud-based debugging and profiling. It provides the broadest support for emulators, simulators and virtual targets in the industry as well as hardware-accelerated debugging and real-time tracing of all the heterogeneous Arm® and RISC-V cores implemented in NXP’s S32N7 SoC via parallel off-chip trace and trace via PICe Gen.4×4.

TRACE32® solutions consist of the universal PowerView debugging and tracing software as well as debug and trace accelerator modules. While Lauterbach’s intelligent PowerDebug modules provide highest download speeds and smallest response times for efficient debugging and test automation, PowerTrace real-time trace modules provide full insights of what the CPUs and other cores are doing without impacting its real-time performance in any way. Trace analysis including code coverage measurements can support bringing automotive designs to market faster, safer, and more reliably than ever.

TRACE32® enables simultaneous debugging and tracing of the Arm® and RISC-V cores in the S32N7; a unique capability to cover the whole system. It does not matter whether the system is SMP (Symetric Multiprocessing), AMP (Asymetric Multiprocessing), or iAMP (Integrated Asymmetrical Multiprocessing). Lauterbach’s innovative iAMP debug and trace technology enables to debug multicore systems with identical CPU instruction sets in just one TRACE32® PowerView GUI.

“NXP’s S32N7 super-integration processor series for AI-powered vehicle architectures provides excellent computing performance as well as interfacing and functional safety features”, says Dr. Markus Herdin, Head of Marketing at Lauterbach GmbH. “With the latest support of TRACE32®, we enable S32N7 customers to develop their applications with our market leading debug and trace solutions right from the start."

“The S32N7 is NXP’s most powerful high-performance computer, designed to enable the next generation of AI-powered vehicles. It consolidates diverse vehicle functions into a safe and secure scalable architecture,” said Norbert Huemmer, VP R&D at NXP Semiconductors. “The close collaboration with Lauterbach to provide TRACE32® support, allows us to empower developers with advanced multicore debugging and tracing capabilities that accelerate development, improve system reliability, and help bring innovative automotive solutions to market faster.”

Lauterbach’s TRACE32® development tools enables developers of automotive SDV architectures to evolve their applications based on NXP’s S32N7 even faster and easier.

Find more details about Lauterbach’s comprehensive support for Software Defined Vehicles (SDV): www.lauterbach.com/sdv

Renesas X5H SoC delivers unprecedented performance for application processing as well as AI acceleration, unifying automated driving and AI cockpit into a single, software-defined platform. The chip integrates 32 Arm® Cortex®-A720 high-performance application processors, 6 Arm Cortex-R52 Real-Time-Processors in lockstep-operation, 2 Arm Cortex-M33 cores for system management tasks as well as up to 70 Arc-based AI accelerators in a heterogeneous multicore-environment.

As the only supplier in the industry, Lauterbach’s TRACE32® debug- and profiling solutions ensure complete system-level visibility for the R-Car X5H SoC, supporting functional safety, complementing automotive microcontrollers, and virtualized SDV platforms with multiple OSes. It provides AUTOSAR-aware debugging, containerized workloads support, and unlimited multicore debugging across heterogeneous Arm and other architectures, an unmatched capability in the tool industry.

Lauterbach’s TRACE32® debug and trace solutions are “SDV Ready,” supporting the full automotive software stack provided by R-Car Open Access (RoX) platform on current and future SoCs, and the entire Product Life Cycle (PLC) from virtual ECUs (“Shift Left”) including cloud-development to real silicon to in-field analyzes in the car. With proven expertise in safety certification, debugging, and system profiling, TRACE32® helps engineers build safe, secure, and innovative automotive systems. Its unique Hypervisor- and OS-awareness features give deep insight into applications, operating systems, and virtualized environments.

“Designing with heterogeneous architectures can be challenging because multiple core types run different OS environment and must interact with each other in real time,” said Aish Dubey, VP and Head of SoC Division, High Performance Computing at Renesas. “Lauterbach’s debug and trace solutions allow automotive developers to synchronize debugging across multiple CPU cores to maximize the SoC’s throughput potential, thus increasing system integrity and efficiency.”

“Renesas has delivered an impressive platform for Software Defined Vehicles,” says Dr. Markus Herdin, Head of Marketing at Lauterbach GmbH. “With the latest support of TRACE32^®, we enable engineers to develop their applications on the Renesas R-Car Gen 5 X5H using our market-leading debug and trace solutions right from the start.”

Lauterbach’s work with Renesas and the wider automotive ecosystem empowers developers to deliver safer, smarter, and more connected vehicles, supporting the future of mobility driven by AI.

Find more information about Lauterbach’s “SDV Ready” TRACE32® tools here: https://www.lauterbach.com/sdv

Find more information about Lauterbach’s unmatched support for simulators and virtual targets here: https://www.lauterbach.com/supported-platforms/toolchain/emulators-simulators-and-virtual-targets

For more information, please visit http://www.lauterbach.com/

All four Armv9.3 C1 processors launched earlier this year and are now being deployed in next generation systems. From Nano to Ultra, feature the groundbreaking Scalable Matrix Extension 2 (SME2), which accelerates matrix-orientated compute workloads directly on device. Through SME2, the Arm C1 CPU cluster delivers up to 3x improved efficiency and 5x AI speed-up compared to the previous generation CPU cluster.

Lauterbach’s TRACE32® supports the entire Product Life Cycle (PLC) from Pre-Silicon to Prototyping & Testing to In-Field analysis including cloud-based debugging and profiling. It provides the broadest support for emulators, simulators and virtual targets in the industry as well as hardware-accelerated debugging and real-time tracing of all Arm cores.

TRACE32® solutions consist of the universal PowerView debugging and tracing software as well as debug and trace accelerator modules. While Lauterbach’s intelligent PowerDebug modules provide highest download speeds and smallest response times for efficient debugging and test automation, PowerTrace real-time trace modules provide full insights into what the CPUs and other cores of an Armv9.3 system are doing without impacting its real-time performance in any way. Trace analysis including code coverage measurements can support bringing designs to market faster, safer, and more reliably than ever across robotics, automotive, cloud, and edge applications.

TRACE32® enables simultaneous debugging and tracing of the Arm and other cores in a SoC; a unique capability to cover the whole system. It does not matter whether the system is SMP (Symmetric Multiprocessing), AMP (Asymmetric Multiprocessing), or iAMP (Integrated Asymmetrical Multiprocessing). Lauterbach’s innovative iAMP debug and trace technology enables developers to debug multicore systems with identical CPU instruction sets in just one TRACE32® PowerView GUI.

“The newest Armv9.3 C1 CPUs deliver impressive advances in computing performance and energy efficiency”, says Alexandre Schaefer, Director of Sales at Lauterbach GmbH. “As the Arm platform continues to define the edge AI computing landscape, our longstanding partnership makes it imperative we evolve TRACE32 to give developers the most advanced tools to build and optimize on Arm. "

“As our partners develop increasingly complex SoCs for future edge AI applications, debug and trace visibility is essential,” said Stefan Rosinger, senior director, CPU product management, Edge AI Business Unit, Arm. “By extending TRACE32 support to our new Arm C1 CPUs, Lauterbach is helping developers to unlock the full performance potential of the Armv9.3 architecture from day one, accelerating time to market and ensuring reliability across the entire product lifecycle.”

Lauterbach’s TRACE32® enables developers to provide innovations even faster and easier.

About Lauterbach

Lauterbach is the leading manufacturer of cutting-edge development tools for embedded systems with more than 45 years of experience. It is an international, well-established company, serving customers all over the world, partnering with all semiconductor manufacturers and growing steadily. At the headquarters in Hoehenkirchen, near Munich, the engineering team develops and produces highly proficient and specialized, easy-to-use Development Tools under the brand TRACE32®. Branch offices in United Kingdom, Italy, France, Tunisia, on the East and West coasts of the United States, Japan and China and highly qualified sales as well as support engineers in many other countries make Lauterbach’s full product range available worldwide.

For more information please visit http://www.lauterbach.com/

Press contact:
Verena Strasser, Lauterbach GmbH
Altlaufstraße 40, 85635 Höhenkirchen-Siegertsbrunn
E-Mail: press@lauterbach.com

Lauterbach’s TRACE32® development tools fully support AMD MicroBlaze V RISC-V soft cores for AMD adaptive SoCs and FPGAs. TRACE32® tools support includes simultaneous multicore debugging of the processor cores as well as non-intrusive processor trace capture.

The MicroBlaze V soft processor is based on the RISC-V Instruction Set Architecture (ISA) and is fully integrated into the design flow of the AMD Vivado and AMD Vitis tools.

Lauterbach’s TRACE32® development tools enable simultaneous debugging of MicroBlaze V RISC-V RV32 and RV64 cores and cover the entire product life cycle (PLC) from pre-silicon development on virtual targets to prototyping on silicon and in-field debugging. The universal debugging and tracing software, PowerView, can be supplemented with debug and trace accelerator modules for analyzing any kind of AMD adaptive SoC and FPGA: While Lauterbach’s intelligent PowerDebug modules offer highest download speeds and shortest response times for efficient debugging and test automation including CI/CD support, the PowerTrace real-time trace modules provide complete insights into what the processors are doing without affecting their real-time performance in any way. TRACE32® also enables the loading of an FPGA image.

Due to Lauterbach’s unique hypervisor-, AUTOSAR- and OS-awarenesses developers can analyze not only their applications, but the complete software stack. Trace analysis including code coverage measurements can support bringing embedded designs to market faster, safer, and more reliably than ever.

“AMD MicroBlaze V helps to shorten development time thanks to a wide range of optimized IP to provide an integrated processor subsystem in the programmable logic”, comments Alexandre Schaefer, Sales Director at Lauterbach GmbH. “With the latest support of TRACE32®, we enable MicroBlaze V customers to develop their applications with our market-leading debug and trace tools right from the start."

“Lauterbach’s recent implementation of support for the RISC-V compliant AMD MicroBlaze V processor exemplifies their commitment to advancing embedded systems technology,” says Martin Charron, Senior Director Product and Platform Technical Marketing at AMD. “This enhancement significantly boosts the development process by simplifying debugging and tracing for our customers. Together, we deliver state-of-the-art solutions that empower our mutual customers to bring their ideas to life.”

Lauterbach’s TRACE32® development tools enable developers of embedded applications to evolve their applications based on AMD Adaptive SoCs and FPGAs even faster and easier.