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STMicro STM32 ARM Cortex M3 Boards List and Wiki

STMicro STM32 has popular Cortex-M micro-controller found in the $2 “Blue Pill” board, STMicro’s own Nucleo Board, as well as many other variants. Olavi Kamppari (OliviliK), working on hard real-time control with EmBitz IDE, has created a detailed Wiki for STMicro STM32 on Github with lots of information, including an interesting comparison table of various STM32 Cortex M3 boards (and one GD32 board).

STMicro_BoardsI’ve reproduced the table in his wiki below, made is sortable & filterable, and added links to Aliexpress store found in other parts of the wiki.

NameManufacturerPriceProcessorSpeed MHzFlash kBSRAM kBPackageI/O PinsSWDUARTUser ButtonUser LEDDimensions HxWxL inchWeight gramsMount
HY TinyPowerMCU$3.80 + shippingSTM32F103TBU672128203625hdrhdrPA10.24x0.84x1.552Breadboard
Blue PillVCC-GND$1.96STM32F103C8T67264204832hdrPC130.45x0.89x2.276Breadboard
Smart V2.0Unknown$3.69STM32F103C8T67264204833JTAGPA0PC130.45x1.66x2.1813Double Breadboard
Demo BoardUnknown$4.37STM32F103C8T67264204835JTAGhdrPC130.51x1.44x2.9015Double Breadboard
ME V5.02ME$5.10STM32F103C8T67264204835JTAGhdrPD20.46x1.78x2.47184 holes
GD Red PillUnknown$5.10GD32F103C8T672, 96, 108, 12064204830hdr0.72x1.00x2.448Breadboard
BTE14-07Baite$4.00STM32F103CBT672128204831PB8PB10.26x0.73x2.104Breadboard
LC Tech RBLC Technology$9.88STM32F103RBT672128206451JTAGhdr0.47x1.41x2.2815
Nucleo-F103RBSTM$15.32STM32F103RBT672128206451USBPC13PA50.75x2.75x3.28333 holes
MiniF103RUnknown$12.57STM32F103RBT672128206451JTAGUSBPC0, PC10x92x2.67x3.65384 holes
ME V1.02ME$9.88STM32F103RCT672128206453JTAGhdrPD20.46x1.97x2.76224 holes
VCC-GNDVCC-GND$10.72STM32F103VCT6722564810080hdrPB90x23x1.55x1.958
ME F103/F407ME$12.00STM32F103VET6725126410078hdrhdr0.53x2.44x3.73348 holes
LC Tech ZELC Technology$12.99STM32F103ZET67251264144112JTAGhdr0.47x1.95x2.91264 holes
VCC-GND ZEVCC-GND$14.72STM32F103ZET67251264144112hdr0.44x1.86x2.3812

You can find much more details about each board in the Wiki.

Thanks to Zoobab for the tip.

  1. July 8th, 2016 at 14:21 | #1

    Wouw “VCC-GND” as manufacturer name, that’s a pretty name.

  2. July 8th, 2016 at 15:40 | #2

    Shall we vote for favourites? Mine is the PowerMCU/HotMCU Hy Tiny, it doesn’t have so much I/O that it gets confusing, but it’s got 128kB flash so it can handle larger projects. I’ve lost count of how many I’ve used…

  3. July 8th, 2016 at 17:30 | #3

    @RobBrownNZ
    Nice one, but the Ali page says “Sorry, this item is no longer available!”.

  4. Jim Williams
    July 9th, 2016 at 02:04 | #5

    Add Open103Z from Waveshare.com

  5. July 9th, 2016 at 03:39 | #6

    @RobBrownNZ
    My blue pill has also 128kB flash and much more I/O’s

  6. July 9th, 2016 at 06:30 | #7

    @Demetris
    Really? All the links I’ve seen for that board show it with an STM32F103C8T6 which has 64kB flash. Where did you get yours?

  7. July 9th, 2016 at 09:46 | #8

    @Jim Williams
    That board looks a little more advanced. I could add it. Please provide the row of data for that board.

  8. Gung Sukma
    July 9th, 2016 at 10:12 | #9

    That’s the bad blue/red pills on the picture.
    If you want to buy, find one with more legs on USB port.

    My blue pill need replacing resistor to activate USB.
    It also need Flash Loader Demonstrator to unlock the flash.

    Somewhere it told me it has 128kB flash,
    may be on Flash Loader Demonstrator,
    but I don’t know how to test.

    I think there’s no difference between the blue and the red except the color.

  9. mdel
    July 10th, 2016 at 21:42 | #10

    i did read a few things about those stm32 boards when the blue/red pill article was published here and if i remember correctly stm32duino (stm32 lib for arduino ide) only supports some (most?) of those boards.

    Of course it’s not absolutely necessary to use that lib, but i’m wondering if it would be interesting to list that as well.

    Using that compatibility layer i was able to replace an arduino nano with an stm32 boards with almost no code change and it improved dramatically the quality (speed) of the display on that project, it was pretty cool to be able to do that.
    I believe the board i used was the Baite Maple Mini, and yeah if you’re going the arduino way you’d better have 128k of flash.

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