![]() any separate probe as it integrates the ST-LINK/V2-1 debugger/programmer. You can right-click on a function or variable in the code and select “Show on Code Map” to explore its role in your source code (requires VisualGDB 5. NUCLEO-F401RE, Development board for STM32 F4 series - with STM32F401RE MCU.Press F10 to step over HAL_GPIO_WritePin() and verify that the LED turns on:.Verify that the green LED on the board is off:.To enable the download and debugging features on your Nucleo F401RE board. Set a breakpoint on the HAL_GPIO_WritePin() call and press F5 to begin debugging: If you are seeing error messages that indicate you need the Keil MDK legacy.You can build it by pressing Ctrl-Shift-B: If VisualGDB suggests installing the WinUSB driver, proceed with it: If you are not happy with the use of these cookies, please review our Cookie Policy to learn how they can be disabled. By continuing to use our site, you consent to our cookies. On the next page select OpenOCD as the debug method, connect your board, press “detect” and “test selected OpenOCD settings”. This site uses cookies to store information on your computer.On the next page proceed with the default LEDBlink sample and specify the LED port according to the STM32-Nucleo-F411RE schematics:.If it is not available, click “download support for more devices”: The solution was to downgrade from V2.J21.M5 to V2.J20.M4. The board STM32F401RE supports multiple debug methods, which allows the user to test and program the controller in multiple ways. In lower power electronics and robots, the board is quick to implement due to its wide research on the internet STM32 Nucleo F401RE Peripherals Debug. Select the STM32F411RE device from the device list. I have upgraded the firmware and I could not debug/program with Keil uVision. Nucleo F401RE is friendly to the industrial structure systems.If it is not present, VisualGDB will download it automatically: On then next page select the ARM toolchain.Proceed with the default “binary” settings on the first page: Sample implementation available on board X-NUCLEO-IHM02A1 when plugged into NUCLEO-F401RE, NUCLEO-F302R8 or NUCLEO-F072RB Overall Software Architecture Latest info available at X-CUBE-SPN2 Hardware Abstraction Layer API Boards Support Packages Drivers Board Demonstrations STM32 Nucleo Board X -NUCLEOIHM02A1 Expansion Board CMSIS.Select File->New->Project and select the Embedded Project Wizard from the VisualGDB wizards. We will create a simple ‘blinking LED’ project, build it, step through it in debugger and use the Code Map to visualize the structure of the HAL library. Keil makes C compilers, macro assemblers, real-time kernels, debuggers, simulators, integrated environments, evaluation boards, and emulators for the ARM. The STM32 Nucleo boards come with an integrated STLink debugger/programmer. You will need the following hardware and software to follow this tutorial: Once the project is built, we need to configure the debug interface so that the program may be downloaded to the target. 1.1 STM32 Nucleo Series Sharing Arduino connectors and ST Morpho headers. Keil MDK is the most comprehensive software. Other than that, I’m very happy with it.This tutorial shows how to create a simple project for the STM32-Nucleo-F411RE board with Visual Studio. In this video tutorial we will show you the extended debug features available with Arm Keil MDK for ST-Link users. using the Segger RTT or Segger SystemView (or Percepio Tracealizer): tracing and sending lots of data is much better if you have a ‘real’ J-Link probe. With normal debug operations you probably won’t notice much of a difference, but I saw a difference e.g. the K20 for OpenSDA or the one for the STLink). ![]() ![]() to work with other than say 3.3V targets) plus in my experience it is not as performant as the normal J-Link debug probe, simply because usually a less powerful on-board device is used (e.g. vision IDE with Integrated Debugger, Flash programmer and the ARM Compiler toolchain. The difference from an external probe is (from what I can tell) that it only can be used with that evaluation board (a license dialog asks to confirm this), it does not have extra voltage sensing (e.g. It acts like a normal J-Link debug device. I’m using this interface a lot and I’m very happy with it. Moreover, there is an inbuilt debug interface/debug port and ST-LINK header/V2-1 programmer for memory access and transmissions. This microcontroller often comes in a single LQFP64 package without a separate probe. According to that description on, this is what vendors like NXP, Freescale and STM (and others) have put on their evaluation boards. The STM32 Nucleo F401RE development board, for example, comes with an ARM 32-bit cortex microcontroller.
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