日本ローターバッハ Product Lineup

- In high-reliability embedded products such as automotive and industrial equipment, analyzing and tracing complex bugs has become increasingly difficult year by year. - TRACE32 plays a significant role in enabling real-time tracing at the instruction level and multicore simultaneous debugging, greatly improving development efficiency and quality. ☆ Supports over 150 architectures! (Examples) ARM, Infineon, PowerPC, Renesas, Qualcomm, Intel/x86, RISC-V, STMicroelectronics, Synopsys, and many more... It is compatible with numerous chip manufacturers and architectures. Covers a wide range from legacy chips to the latest chips!

This document provides a comic-style explanation of the Lauterbach PowerDebug system. With this system, you can support over 150 CPU architectures and more than 10,000 chips. It is presented in an easy-to-understand comic format, so please take a moment to read it. [Contents] ■ Lauterbach PowerDebug System ■ Inquiries *For more details, please download the PDF or feel free to contact us.

In the development of Software-Defined Vehicles (SDVs), addressing the complexities of multi-core SoCs and virtualization environments is essential. This white paper provides a detailed explanation of the challenges associated with the transition from traditional E/E architecture to SDVs, as well as the "SDV Ready" debugging and tracing solutions offered by Lauterbach's TRACE32. We will showcase the capabilities of innovative tools that support the entire development lifecycle, from virtual ECUs to actual chips. This is a must-read for all engineers involved in SDV development.

As embedded software becomes increasingly large-scale and complex year by year, when low-reproducibility bugs occur, it inevitably requires a tremendous amount of time and personnel to investigate their causes, which can easily lead to delays in development plans. Particularly with the rise of multi-core processing and asynchronous operations, tracking bugs with limited occurrence conditions becomes difficult with conventional methods, further increasing investigation costs. How to tackle these "elusive bugs" has become an important theme in modern embedded development. Tracing is an essential technology for analyzing difficult-to-reproduce issues and performance challenges, as it can visualize execution history and timing without stopping the system and in a non-intrusive manner. If debugging is a snapshot of a moment, tracing can be likened to a movie. To achieve both shorter development periods and improved quality, the use of tracing has now become one of the important foundations of development. μTrace (Micro Trace) allows for the use of both debugging and tracing in a single device, providing functionality equivalent to our high-end products. The supported cores are Arm Cortex-M and RISC-V RV32 cores, which are low-power, highly real-time, and have become the standard for microcontrollers worldwide.