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Visitor II
November 11, 2025
Solved

STM32U575(LQFP64 (10 x 10 mm) Schematic and Hardware guidance for new design

  • November 11, 2025
  • 3 replies
  • 324 views

I am currently working on a new hardware design using the STM32U575VIT6 (LQFP64, 10 × 10 mm) microcontroller.

I would like to request:

  • Reference schematics and layout guidelines for STM32U575 in LQFP64 package

  • Recommended power supply and decoupling capacitor design

  • Crystal oscillator and reset circuit design guidelines

  • Any available design checklists or application notes

My design overview:

  • ,low-power IoT sensor node 

  • Peripheral interfaces planned: SPI, I²C, ADC, etc.

Kindly share any relevant schematics, PCB layout examples, and design documentation to ensure proper implementation.

Thank you very much for your assistance.

Thanks
Harshith

    This topic has been closed for replies.
    Best answer by Issamos

    There is not any evaluation board or official reference schematic based on the STM32U575VIT6 MCU. So, the best reference is the hardware design guide I’ve already mentioned.

    Best Regards.

    II

    3 replies

    Graduate II
    November 11, 2025

    Hello @HA2375- 

    I suggest you to refer to the AN5373 that will give you necessary informations for your design.

    Best Regards.

    II

    HA2375-Author
    Visitor II
    November 12, 2025

    Hi @Issamos 
    I have Referred ,i did not got the any schematic   of this STM32U575 in LQFP64 package Pls share the guidance schematic if you have .
    thanks  

    IssamosAnswer
    Graduate II
    November 12, 2025

    There is not any evaluation board or official reference schematic based on the STM32U575VIT6 MCU. So, the best reference is the hardware design guide I’ve already mentioned.

    Best Regards.

    II

    HA2375-Author
    Visitor II
    November 12, 2025

    Am planning to Quad SPI, which port we can use, i cannot able to find the data sheet below listed pins can use 
    Controller -STM32U575VIT6 (LQFP64, 10 × 10 mm)

    • QSPI_CLK → PB2
    • QSPI_NCS → PB6
    • QSPI_IO0 → PD11
    • QSPI_IO1 → PD12
    • QSPI_IO2 → PE2
    • QSPI_IO3 → PE3


    • Pls suggest the pins details .
    Graduate II
    November 12, 2025

    Please select the answer of this post too since it is answered also.

    Best Regards.

    II

    Super User
    November 12, 2025