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but really this stm32g030f6p6 is a lousy chip to start with stm32duino (too little sram and flash) stm32duino.com github.com/stm32duino/Ard… github.com/stm32duino/Ard… a better one is the stm32f4x1 github.com/WeActStudio/We… stm32f103c8 'bluepills'? nah, go straight to f4x1


Finally I can program my STM32, the real testing starts today


Blinking a led on stm32 in bare metal, without the hal library etc.., is other level of pain though.😅


trying to move away from esp32, only took 4 hours but finally got an stm32 building on windows. not a great start


Extensive collection of AI models. The #STM32 AI Model Zoo, sorted by use cases, offers more than 140 ready-made models for vision, audio, and sensing. 🔍 Learn more on the #STBlog: spkl.io/6015AgOLT


Almost any Arm. I use STM32 because they are really affordable, the IDE is free (no evalboard-only-free, like TI did, but now I see they abolished that too), and the support is decent.


Setting up the STM32 stream for real-time value visualization is pure honey 🍯 Final result? Analyzing the new plot: - Load current rises smoothly from ~0.11 A → ~0.31 A (ΔI ≈ 0.2 A) - RPM drop only ~300 rev/min (3000 → ~2700) - Return to setpoint after load removal: < 120 ms,…

Hax0rZmr0cku's tweet image. Setting up the STM32 stream for real-time value visualization is pure honey 🍯
Final result?
Analyzing the new plot:
- Load current rises smoothly from ~0.11 A → ~0.31 A (ΔI ≈ 0.2 A)
- RPM drop only ~300 rev/min (3000 → ~2700)
- Return to setpoint after load removal: &amp;lt; 120 ms,…

Just turned a few lines of code into pure magic on my STM32 project. I'm getting real-time live trace of a current on R_SENSE resistor within DRV8842 circuit streamed at 3Mbps over UART straight to Python. This is only the start. Next up: flooding the UART with every imaginable…

Hax0rZmr0cku's tweet image. Just turned a few lines of code into pure magic on my STM32 project.

I&apos;m getting real-time live trace of a current on R_SENSE resistor within DRV8842 circuit streamed at 3Mbps over UART straight to Python.

This is only the start. Next up: flooding the UART with every imaginable…


You need to try probe-rs. Any cmcis-dap probe will flash an stm32. You can flash a pi pico to do it.


Just turned a few lines of code into pure magic on my STM32 project. I'm getting real-time live trace of a current on R_SENSE resistor within DRV8842 circuit streamed at 3Mbps over UART straight to Python. This is only the start. Next up: flooding the UART with every imaginable…

Hax0rZmr0cku's tweet image. Just turned a few lines of code into pure magic on my STM32 project.

I&apos;m getting real-time live trace of a current on R_SENSE resistor within DRV8842 circuit streamed at 3Mbps over UART straight to Python.

This is only the start. Next up: flooding the UART with every imaginable…

From a perspective, I must admit I enjoy the idea of using a Python real time plots for evaluating firmware. With @ST_World STM32 family, which offer high speed 1Mbit+ and non-blocking DMA UART transmission this is a new level of experience. What's not as seamless as it could…



I didn't know you need an ST-LINK to proram and STM32 FK


STM32 is used everywhere, including automotive, very good microcontroller. The problem becomes serious if something happens and blocks the production lines, you need to wait six months to have them 😄


I abandoned STM8 series. Gave away ~80 MCUs. STM32 offers much more bang for the buck, simplifies things, and has a decent free toolcgain.


Here the quads are generated by the compiler and will be fed to the c VM insite the stm32, which understands what to do with each of them, access memory (simple arrays of data), etc..

baseduart's tweet image. Here the quads are generated by the compiler and will be fed to the c VM insite the stm32, which understands what to do with each of them, access memory (simple arrays of data), etc..

The compiler in the pc generates the quads which are then sent to the stm32 to be executed in the c "virtual machine" which should be really fast, without the need for compiling inside the stm32


So, actually using a js lib to generate commands before sending to the stm32 might not be the best idea because of loops and data size. instead I am making my own embedded language with a c runtime inside the STM32 for execution of programs.

baseduart's tweet image. So, actually using a js lib to generate commands before sending to the stm32 might not be the best idea because of loops and data size.

instead I am making my own embedded language with a c runtime inside the STM32 for execution of programs.

From a perspective, I must admit I enjoy the idea of using a Python real time plots for evaluating firmware. With @ST_World STM32 family, which offer high speed 1Mbit+ and non-blocking DMA UART transmission this is a new level of experience. What's not as seamless as it could…

Sometimes, when the root cause eludes us, Lord Kelvin’s timeless wisdom rings true: “To measure is to know.” With Python’s magic, you can whip up live plots that bring data to life. This time, I dove back into the world of PID controllers, but with a twist-targeting ATtiny816.…

Hax0rZmr0cku's tweet image. Sometimes, when the root cause eludes us, Lord Kelvin’s timeless wisdom rings true: 
“To measure is to know.” 
With Python’s magic, you can whip up live plots that bring data to life. This time, I dove back into the world of PID controllers, but with a twist-targeting ATtiny816.…


That is just it. The HW features on the PIC32 look better on paper for low cost designs, but the toolchain sucks. STM looks better for toolchain issue but they aren't as flexible about external memory and packaging options.


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