Ask questions on STM32CubeMX. Discuss code generation and configuration challenges, among other topics.
We are pleased to announce that the minor version 6.14.1 of STM32CubeMX is available. What is new in 6.14.1: SAI settings not displayed in the configuration tab of STM32H7Bxxx devices: After upgrading to STM32CubeMX 6.14.0, the SAI tab configuration ...
We are pleased to announce that the release 6.14.0 of STM32CubeMX is available. What is new in 6.14.0: Added the support for the STM32WBA6xxx microcontrollers and:Added the support for USBX multi-instanceAdded the support for the memory management to...
Hello everybody!LWIP has a possibility to assign new port number every time after reboot the device. There is define in cc.h#define LWIP_RAND() ((u32_t)rand())But it does not work properly. Every time after reboot I get same port number. For solve th...
I use MAX9611 to measure current. It has 2 register to read current. 12 bits divides 2 bytes. MSB(8 bits) and LSB(4 bits). I tried to read only MSB but I couldn't, Can anyone help me? Note: there is no externall pull up res, I configure an internal p...
I am currently attempting to build code in simulink for a GIGA R1 project I have. However when setting the ioc file up in CubeMX I am unable to change the init functions to be global. Any help would be appreciated. Thanks!
Are the LL drivers for RCC ready for production code (I plan to use the STOP mode using the LL drivers ...)?There seems an issue with stm32cubemx 6.8.0 generated code for the NUCLEO L476 dev. board in SystemClock_Config() when selecting RCC LL driver...
Hi, I'm trying to make a c++ project for STM32CubeIDE using the STM32CubeMX.However there doesn't seem to be any c++ option, is there something I'm missing or is the software just not made for it?
With RTOS the CubeMX generated code creates threads, which do the reception of packets and link state management. Without RTOS the example code does the lwIP processing in the main infinite loop. But, when CubeMX generates lwIP application without RT...
The manual for the STM32F415 says that the BOOT1 signal "...is shared with a GPIO pin", but it doesn't say actually which pin. CubeMX does not show it either. I've seen online that at least for some other MCU's in the F4 range, BOOT1 is mapped on PB2...
