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MEET US @ embedded world 2024
BOOTH 4-210

Enabling Embedded Innovations and Safety

For 45 years, Lauterbach has been enabling innovation and safety in embedded designs. With TRACE32®, the leading debug and trace tools for microprocessors, and our first-class support, we help you to stay at the forefront of technology.

Join us at embedded world 2024, taking place from 09 to 11 April 2024 in Nuernberg, Germany. Learn how we can help you bring your innovations to market faster, enabling a safe and secure world. Talk with us about your newest developments, be inspired by our unique demos, and be surprised by our new products.

We are looking forward to seeing you!

Your Lauterbach Team

OUR HIGHLIGHTS

Don’t miss: Lauterbach Experts @ Embedded World Conference

Improving the Automotive Development Process with AUTOSAR Run Time Interface ARTI

Thursday 11 April, 3pm @ Embedded World Conference, Session 6.12

Automotive Expert and Systems Engineer Rudi Dienstbeck, member of the AUTOSAR Working Group RES, will discuss the advantages of using the AUTOSAR Run Time Interface (ARTI) for enabling in-depth analysis of the runtime behavior of AUTOSAR-based systems, as well as demonstrate concrete application examples for both the AUTOSAR Classic and Adaptive platforms.

If you can´t attend the conference, our experts will be happy to present a corresponding demo at our booth as well.

Find more details

Reducing Microcontroller Pin Count by Utilizing I3C for Debugging

Thursday 11 April, 3.30 p.m. @ Embedded World Conference, Session 6.12

Each extra pin means extra cost in a production device, avoiding any unnecessary pin is therefore a major goal in hardware design. With the introduction of the new MIPI I3C interface and by including it in the MIPI debug architecture, I3C is now a candidate debug protocol that allows the reduction of pin count.

Embedded Hardware Expert and Systems Engineer Ingo Rohloff will discuss this new approach and showcase the progress already made in enabling the utilization of I3C for debugging.

If you can´t attend the conference, our experts will be happy to discuss this new debug approach at our booth as well.

Find more details

  • Improving the Automotive Development Process with AUTOSAR Run Time Interface ARTI

    At Thursday 11th April, 3 p.m., Automotive Expert and Systems Engineer Rudi Dienstbeck, member of the AUTOSAR Working Group RES, will discuss the advantages of using the AUTOSAR Run Time Interface (ARTI) for enabling in-depth analysis of the runtime behavior of AUTOSAR-based systems. ARTI defines a comprehensive, standardized interface between the build tools and the debug and trace tools and, in addition to detailed debug information, also provides a model for detailed runtime measurement and analysis of operating system tasks and their runnables.

    In this talk, an overview of the ARTI standard is provided and concrete application examples for timing analyses based on ARTI for both the AUTOSAR Classic and Adaptive platforms will be demonstrated. Find more details to this must-visit presentation at: https://events.weka-fachmedien.de/embedded-world-conference/program/

    If you don’t attend the Conference, our experts will be happy to present a corresponding demo at our booth as well.

    Make an appointment

  • Improving the Automotive Development Process with AUTOSAR Run Time Interface ARTI

    At Thursday 11th April, 3 p.m., Automotive Expert and Systems Engineer Rudi Dienstbeck, member of the AUTOSAR Working Group RES, will discuss the advantages of using the AUTOSAR Run Time Interface (ARTI) for enabling in-depth analysis of the runtime behavior of AUTOSAR-based systems. ARTI defines a comprehensive, standardized interface between the build tools and the debug and trace tools and, in addition to detailed debug information, also provides a model for detailed runtime measurement and analysis of operating system tasks and their runnables.

    In this talk, an overview of the ARTI standard is provided and concrete application examples for timing analyses based on ARTI for both the AUTOSAR Classic and Adaptive platforms will be demonstrated. Find more details to this must-visit presentation at: https://events.weka-fachmedien.de/embedded-world-conference/program/

    If you don’t attend the Conference, our experts will be happy to present a corresponding demo at our booth as well.

    Make an appointment

Demos which really matter: Five Highlights for any Embedded Developer

At the Lauterbach booth, we want to discuss with you the issues that really matter to every embedded developer. And because "code in action" is better than 1,000 words, our experts are looking forward to presenting you with five highlights:

Have Fun with the Lauterbach Code Coverage Challenge – Play and Win

Proof of complete code coverage is essential for the certification of safety-critical embedded applications. Lauterbach’s TRACE32® tools help you to accelerate the process of achieving code coverage for your mission-critical software development providing trace-based code coverage measurements with no or a minimum amount of instrumentation.

Experience Code Coverage at our booth live and in real-time by playing Snake, the best-known and most popular single-player skill game of all time, and win a surprise gift. It’s a lot of fun!

In addition, visit our tool qualification web page for more information about tool qualification for functional safety.

Learn more about tool qualification

Improve Automotive Timing Analysis with AUTOSAR ARTI and VECTOR TA Tool Suite

When developing an embedded application such as an Electronic Control Unit (ECU), not only is error-free software essential, but understanding the runtime behavior of the application is also crucial for optimizing resource utilization and performance, and ultimately for meeting all safety requirements.

The analysis capabilities are significantly expanded with the introduction of ARTI (AUTOSAR Run Time Interface), which provides a model for detailed runtime measurement and analysis of operating system tasks and their runnables. We demonstrate examples of timing analyses for the AUTOSAR platforms, using our TRACE32® Trace-Tools and the TA Tool Suite by our partner Vector.

Part of this demo is off-chip trace via DAP streaming with miniMCDS. This unique Lauterbach feature, allows you to perform trace analysis not only on rare emulation devices, but also on AURIX™ production devices, for system testing on your final hardware device.

Download Timing Analysis Application Brief

Improve Automotive Timing Analysis with AUTOSAR ARTI and VECTOR TA Tool Suite

When developing an embedded application such as an Electronic Control Unit (ECU), not only is error-free software essential, but understanding the runtime behavior of the application is also crucial for optimizing resource utilization and performance, and ultimately for meeting all safety requirements.

The analysis capabilities are significantly expanded with the introduction of ARTI (AUTOSAR Run Time Interface), which provides a model for detailed runtime measurement and analysis of operating system tasks and their runnables. We demonstrate examples of timing analyses for the AUTOSAR platforms, using our TRACE32® Trace-Tools and the TA Tool Suite by our partner VECTOR.

Part of this demo is off-chip trace via DAP streaming with miniMCDS. This unique Lauterbach feature, allows you to perform trace analysis not only on rare emulation devices, but also on AURIX™ production devices, for system testing on your final hardware device.

Download Timing Analysis Application Brief

Unleash Unlimited Infineon AURIX™ TC3xx and TC4x Debugging

The AURIX™ TC4x family is the 3rd generation of the Infineon multi-core microcontroller platform for automotive real-time applications in powertrain, chassis applications, safety applications, and advanced driver assistance systems.

We demonstrate how our TRACE32® tools enable hardware-accelerated debugging and real-time tracing of all the TriCore™ and other cores (like GTM) implemented in AURIX™ TC4x; a unique capability to cover the whole system. Thanks to our leading hypervisor technology, even virtualized environments can be examined safely and without restrictions.

We also demonstrate how to enable efficient bugfixing in CAN Communication for AURIX™ microcontroller by correlating the trace data (instructions, memory, bus signals, registers of the TriCore™ CPUs) with the CAN signals as well as debugging over CAN.

Learn more about our TriCore™ support

Enable Innovations with Arm® - With the Simplest to the Most Complex Chips

There are now trillions of Arm-based chips in every conceivable application and industry, from small microcontrollers to powerful multicore SoCs. Leading the forefront of technological development, our tools are the only ones in the tool industry to cover the entire spectrum.

At our booth, you can explore debugging and tracing on different hardware platforms, from Cortex-M to Cortex-R to Cortex-A in all conceivable single- and multicore configurations, together with cores from other architectures on one chip and running different OSes managed by a hypervisor. We also demonstrate debugging via CoreSight wire protocol and RUST support.

Learn more about our Arm® support

Enable Innovations with Arm® - With the Simplest to the Most Complex Chips

There are now trillions of Arm-based chips in every conceivable application and industry, from small microcontrollers to powerful multicore SoCs. Leading the forefront of technological development, our tools are the only ones in the tool industry to cover the entire spectrum.

At our booth, you can explore debugging and tracing on different hardware platforms, from Cortex-M to Cortex-R to Cortex-A in all conceivable single- and multicore configurations, together with cores from other architectures on one chip and running different OSes managed by a hypervisor. We also demonstrate debugging via CoreSight wire protocol and RUST support.

Learn more about our Arm® support

Debugging & Tracing RISC-V Everywhere

RISC-V cores can be found in more and more chips - as the main CPU(s) or as a companion core together with other CPU architectures. As an example of heterogeneous multicore setups, we demonstrate debugging of 64-bit Armv8 and 64-bit RISC-V cores with our PowerDebug E40/X50 modules.

We also showcase multicore debugging and tracing of two RISC-V cores via a Tessent infrastructure both as a pure software solution via USB and via JTAG and serial high-speed link with our PowerTrace Serial.

Learn more about our RISC-V support
PRODUCTS

Explore Our New Products - Your Key to Embedded Innovations

Leading the forefront of technological development, our aim is to provide you with the best possible tools to help you solve the challenges of tomorrow. Our experts will be happy to advise you on the optimum solutions for your development projects at our booth.

Aurora 2 Preprocessor - Rocket Fast Tracing

PowerTrace Serial is our solution for tracing via serial high-speed ports. In combination with our new Aurora 2 preprocessor, it enables an ultra-high bit rate of up to 100 Gbit/s in total and up to 22.5 Gbit/s per lane, to capture program flow, task switches, data from several cores, and other system sources at once in far more detail compared to any other solution.

More about serial tracing

PCIe Gen 4 Preprocessor - Supporting the Most Advanced Interfaces

PowerTrace Serial enables data trace capture from PCIe ports, which is essential if your SoC implements no dedicated trace port, but already supports PCIe. Our PCIe Gen 4 trace adapter enables data rates up to 16 Gbit/s at 4 lanes.

More about serial tracing

Lauterbach CAN Box - Debugging over CAN

The Lauterbach CAN Box enables debugging over CAN. It supports DAP over CAN Physical Layer (DXCPL) and DAP over CAN Messages (DXCM) for Infineon AURIX™ TriCore™ microcontrollers and Serial Wire Debug (SWD) over CAN for dedicated Arm® Cortex®-based SoCs. The transceiver supports all DXCPL speeds and CAN-FD buses. Powered by the Debug Probe, there is no need for a separate power supply.

HSDP Debug- and Trace-Adapter for AMD Versal™ SoCs

The high-speed debug port (HSDP) is a communication interface that enables faster debugging, and high-speed serial trace. It was invented by AMD and implemented in Versal™ SoCs. HSDP uses a USB-C connector to send debug protocol messages defined by the Debug Packet Controller (DPC) from a host to a device target. Our HSDP adapter improves the configuration and trace link speed to up to 10 Gb/s – orders of magnitude faster than JTAG. Faster iterations and repetitive downloads increase development productivity and reduce the design cycle.

Student Day 2024: Successful Together Every Day

Once again, Student Day will be held at embedded world on Thursday, April 11.

Our HR manager Pia Schmid is happy to welcome you at our booth and show why Lauterbach is a great place to work: exciting technologies and trustful customer relationships with the world’s greatest technology companies for 45 years. This is what our more than 140 employees stand for.

There is no need to make an appointment in advance, just enter our booth and ask for Pia.

Explore our job offerings

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