3rd Party Debug Hardware Support
Infineon AURIX™
Get started quickly with the On-Board miniWiggler Debugger available on Infineon starter kits for the AURIX™ TC2xx and TC3xx multi-core microcontrollers or with the Infineon miniWiggler USB.
This 3rd party tool is supported within:
- winIDEA - license required
- Infineon's AURIX™ Development Studio (ADS) - for non-commercial use, no license required
Once you have got your application beyond the trial stage, upgrade to a winIDEA/BlueBox On-Chip Analyzer combination to make use of program and data trace for your AUTOSAR automotive applications.
ARM® Cortex®-M
Most Cortex®-M microcontroller suppliers provide a range of development and evaluation boards, allowing developers to quickly create prototypes or test basic ideas. Such boards are often fitted or shipped with a basic debug tool, making start-up simple. iSYSTEM supports a handful of the more common debug tools.
ST-Link
Designed for ST Microelectronics' STM32 microcontroller devices, the ST-Link is the ideal starting tool for debugging and programming of these devices. Supported by winIDEA, it is possible to program flash and undertake basic debugging - ideal for first prototypes and trying out new ideas.
For advanced development, including code coverage and timing analysis, we recommend considering upgrading to a BlueBox On-Chip Analyzer.
PEmicro
Get started with a standalone MULTILINK from PE micro or their on-board integrated debugger. Supported by licensed winIDEA, it is possible to program Flash and undertake basic debugging through the SWD debug interface - ideal for first prototypes and trying out new ideas.
For advanced development, including code coverage and timing analysis, we recommend considering upgrading to a BlueBox On-Chip Analyzer.
Renesas RL78
The Renesas E1/E2 On-Chip Debugger is supported for RL78 range of microcontroller products. Due to limitations of the E1/E2 Debugger hardware, functionality together with our winIDEA software is limited to flash programming, communication via JTAG or LPD, and standard debug functionality. Additionally, only binary files generated by Greenhills' GHS or the IAR compiler are supported.
In order to support the advanced trace capabilities of some Renesas' microcontrollers, we recommend considering our range of BlueBox On-Chip Analyzers.