![]() ![]() ![]() If your device does not go in bootloader mode, you can get the COM port by moving the jumper BOOT 1 in the HIGH position (1) and reset. After that, the led starts to blink, and you have this Serial output. | HID-Flash v2.2.1 - STM32 HID Bootloader Flash Tool |Īnd finally, you have the COM port named “STM Serial”. To upload the bootloader, we must put the device in “System Memory”.Īn error occurred while uploading the sketchĬ:\Users\renzo\AppData\Local\Arduino15\packages\STMicroelectronics\tools\STM32Tools\2.1.1/win/hid-flash.exe C:\Users\renzo\AppData\Local\Temp\arduino_build_278975/ COM28 Upload HID bootloader with STM32CubeProgrammer Here is the table with jumper configuration: BOOT0 Simply select the STM32 Bootloader device within the device. Type Troubleshooting and select troubleshooting. This isn’t often used, usually, you’re doing something tricky like a temporary bootloader or the like. Follow the steps: Click on Start icon or hit Windows logo and click on Settings. Load code into RAM (JTAG, runtime) and then boot/run from there.You can load flash via JTAG, the on-chip bootloader (above), etc. In normal operation, your code will reside in flash, and on Power-On Reset (POR), the CPU will fetch the reset vector and initial stack pointer (SP) from flash. Main flash memory: is where your code typically goes.This allows you to load (program) code into the device from an external interface such as UART or USB. Boot from System Memory: that invokes the on-chip bootloader, which is present in the chip directly from the factory before you’ve programmed anything into the on-chip flash.
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