Thank you for this valueable overview. Very happy whenever you make videos on a topic. Well researched. Presented without any bullshit on top. I can tell this took a lot of effort. That effort will be rewarded in time Im sure.
Worth mentioning that the STM32G4 series MCUs are marketed as mixed-signal MCUs (analog peripherals + DSP instructions). In my opinion it doesn’t really fit the „budget“ category very well, this description is more valid for the STM32G0 series specifically.
Summary This video offers guidance on selecting the right STM32 microcontroller for various project needs. Here are the key takeaways: STM32 Family: (0:00) * Huge family: Over 3,900 variants available, categorized into 8 subfamilies (F, L, U, H, G, C, W, MP). * Based on ARM Cortex-M architecture: Offers a range from low-cost, low-power to high-performance options. Choosing the Right STM32: (2:44) * Performance: (9:29) * Moderate: F2, F3 * High: F4 * Very High: F7, H5 * Highest: H7 (up to 600MHz) * Low Power Consumption: (10:11) L series (various low-power modes) and U5 (newer, higher performance). * Security: (11:00) Models using Cortex-M33 core with TrustZone (L5, U5, H5). * Wireless Functionality: (11:30) * Bluetooth Low Energy: WB0 * Bluetooth Low Energy, Zigbee, Thread: WB, WBA * Long Range Low RAWan: WL * Advanced Features: (12:14) Camera interface, LCD TFT, MIPI DSI, graphics accelerator, external memory controller are available in select models. * Low Cost: (14:37) C series (C0 specifically) for replacing 8/16-bit microcontrollers; G series as a budget option. Pricing: (15:28) * Ranges from ~$0.38 (C0) to over $12 (dual-core H7). * Prices vary within families based on memory configuration and package. * Digi-Key is good for smaller orders; direct from ST Microelectronics is often cheaper for larger quantities. Remember: (21:19) * The video encourages downloading a free PDF with detailed specifications and pricing. This summary provides a concise overview of the video's content. For a deeper dive into specific models and features, refer to the video and the recommended PDF download. i used gemini 1.5 pro to summarize the transcript
Can you make more videos on the microprocessor topic.
Very very useful video. Thanks for sharing.
Thank you for a well organised presentation. I now know which MCU to order for my project
Thanks, that cleared up some uncertainty I had about which STM32 model to use.
maybe a rookie suggestion but can you make a video were to teach how to develop a prototype development board with any choice of stm32 chip
Invaluable video! Thank you for such amazing videos!
nice overview, tnx;
In the diy drone community, we are ruled by the F1, F4 and F7 processors. My remote has an F1, and the video receiver module and flight controller have an F4. Pilots have been flocking to the F7 due to the extra UARTs for connecting GPS modules and all kinds of other goodies. I'm the kind who cares less about saving cost if it means sacrificing performance (for personal projects). You also wouldn't want me anywhere near the cost annalists.
Thanks for the Great Vid. I’ve used the Discovery Eval Boards with great success. Cypress PSoC Rocks with its programmable analog and digital blocks. 🎉
Thanks for this great video! It is very helpful and I will be referring to it many times!
What a great youtube channel. Cheers from Argentina 👍
Thank you very much for great explanation, Can you recommend which stm32 nucleo boards which is suited for switching converter /inverters and has the minimum timing resolution for generate PWM timer signal and make full bridge phase shift dc converter.
I have a project idea of smart irrigation system in which I want to display Temp, Humidity and soil moisture level and after a certain minimum level of moisture i want to start DC water pump to maintain moisture level so what is the best STM for this?
Very useful video! Thank you
I want to practice bootloaders and rtos ,i think black pill is best choice with affordable price and best performance 😊
Hi new to your channel I have enjoyed watching video here. There are so many microcontrollers Ive using the F series so far.
@PredictableDesigns