日本ローターバッハ Product Lineup

◆ Infineon’s Tricore Aurix The Tricore Aurix, widely adopted for automotive applications, is a microcontroller family that integrates RISC processor cores, microcontrollers, and DSP elements into a single MCU. ◆ TRACE32 for Efficient Debugging of Tricore Aurix - Complete control over all cores included in Tricore (including auxiliary cores such as PCP, GTM, SCR, PPU): Multi-core debugging - Innovative cache analysis - Utilize virtualization support of TC4x to debug all levels based on hypervisor with a single tool - Powerful trace support (main core, GTM, PPU, PCP, etc.) - Simplify safety certification for functional safety with code coverage (from object coverage to MC/DC) - AUTOSAR-aware profiling - Modular configuration allows use from basic debuggers to various trace and logic analyzer extensions, tailored to the debugging scene. - Debugging hardware remains usable even as microcontroller generations change. ◆ Supported Devices Compatible with TC4x/TC3xx, TC2xx, TC1xx.

◆ Features of Renesas RX Family x TRACE32 Debugging Tool The Renesas RX family (RX100 to RX700) is a 32-bit microcontroller that excels in industrial equipment, home appliances, and IoT devices, offering high reliability and real-time control for non-automotive applications. The TRACE32 debugging tool further enhances the efficiency and sophistication of its development. ◆ Highly Flexible Debugging Environment - In addition to basic debugging functions, advanced debugging can be performed by adding trace and logic analyzer extensions, allowing for verification of internal chip operations and timing with external signals. - The configuration can be freely customized to suit the development scene, accommodating everything from lightweight testing to full-scale analysis. ◆ Highly Reusable Hardware Design - The TRACE32 debugging hardware can be used universally regardless of CPU architecture. For example, if the development target changes to another microcontroller or processor, there is no need to purchase new hardware; it can be addressed with additional licenses. - It can also flexibly accommodate future device changes or product upgrades, ensuring that investments are not wasted and providing long-term reliability, which is a significant advantage.

◆Renesas RH850 Family Highly reliable microcontrollers widely adopted in the automotive field ◆Strong support for RH850 software development - In addition to basic debuggers such as Go/Break and memory dump, debugging efficiency is enhanced with complex breakpoint condition settings - Compatible with all RH850, whether single-core or multi-core - Supports all debugging communication protocols for RH850, including JTAG, LPD4, and LPD1 - Advanced tracing - On-chip tracing: Achieves tracing functionality at minimal cost with trace memory built into the chip - Off-chip tracing: Facilitates analysis of problem areas with high-speed/long-duration tracing via parallel/serial (Aurora) - Integration with 3rd party tools - Debugging of ECUs installed deep in the engine room of actual vehicles is possible with debuggers compatible with the XCP protocol - Collaboration with virtual targets improves efficiency from the early development stage to actual machine debugging using a common debugging interface - Covers the entire development flow from pre-silicon to actual machine debugging, calibration, and Flash writing

◆ C7000 DSP core used in complex ScO integrated with other cores C7000 DSP core mounted in complex SoCs along with Arm Cortex-A, Arm Cortex-R, and C6x cores Widely adopted for deep learning processing in automotive (ADAS), industrial control, and avionics ◆ Maximizing the capabilities of the C7000 core with TRACE32 - Full support for on-chip breakpoints - Non-intrusive monitoring of application performance using benchmark counters - Simultaneous debugging of the 7000 DSP core and other cores (Arm, C66x DSP) in a multi-architecture SoC with a single probe - Support for full parallel trace/on-chip trace - Support for multi-core trace, recording and analyzing dynamic interactions between multi-cores - Support for displaying full vector register width vector registers ◆ Other features of TRACE32 - The debugging interface software PowerView is common across all chips. - Once accustomed, development can be efficiently progressed in the same manner in the future.

◆ C6000 DSP core used in complex SoCs integrated with Arm and other cores from standalone Used for audio and video processing and radar data processing in automotive applications. ◆ TRACE32 to support debugging efficiency - Full support for on-chip breakpoints - Non-intrusive monitoring of application performance using benchmark counters - Simultaneous debugging of the 6000 DSP core and other cores (Arm, PRU, ARP32) in a multi-architecture SoC with a single probe - Supports both parallel/serial tracing supported by TI Direct Trace or Arm's TPIU - Also supports on-chip tracing - Supports multi-core tracing, recording and analyzing dynamic interactions between multi-cores ◆ Other features of TRACE32 - The debugging hardware is not exclusive to C6000 and can be used with other devices, making it a worthwhile investment for continued use. The basic license can be additionally used for other devices as well.

◆ C7000 DSP core used in complex ScO integrated with other cores C7000 DSP core mounted in complex SoCs along with Arm Cortex-A, Arm Cortex-R, and C6x cores Widely adopted for deep learning processing in automotive (ADAS), industrial control, and avionics ◆ TRACE32 maximizes the capabilities of the C7000 core - Full support for on-chip breakpoints - Non-intrusive monitoring of application performance using benchmark counters - Simultaneous debugging of the 7000 DSP core and other cores (Arm, C66x DSP) in a multi-architecture SoC with a single probe - Supports full parallel trace / also compatible with on-chip trace - Supports multi-core trace, recording and analyzing dynamic interactions between multi-cores - Supports display of full vector register width vector registers ◆ Other features of TRACE32 - The debugging interface software PowerView is common across all chips. - Once accustomed, development can be efficiently progressed in the same manner in the future.

◆What is the SuperH Family? Renesas' SuperH (SH) family is a series of microcontrollers/processors designed for embedded applications, adopting a 32-bit RISC architecture such as SH2/SH3/SH4. They are actively used in various fields, including industrial equipment, home appliances, and automotive peripheral systems. ☆Main Features of TRACE32 - Supports SH2/SH3/SH4 - In addition to basic debugging functions, it offers optional features such as: - Trace extension (tracking and recording the flow of programs chronologically) - Logic analyzer extension (capable of analyzing correlations with external signals) - Configuration can be freely customized to match the development environment - Debugging hardware is designed to be common across all cores → This allows effective use of tool assets even in environments dealing with multiple architectures - Flexibly accommodates future device changes → Can be used with confidence even in long-term projects - TRACE32 allows for reliable debugging even for products whose manufacturer's tools have reached EOL This is possible because TRACE32 has common debugging hardware.

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.