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Download resources about AdAstra-Soft real-time kernel and libraries.
Most of the projects were updated on May 3, 2021
For beginners, this page can help you create a TrueSTUDIO or STM32CubeIDE workspace and import a project downloaded here.
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Thank you.
AdAstra-RTK manual (STM32 edition)
F1: NUCLEO-F103RB and “Blue Pill”
This package contains ready to use projects configured for development. The port handle all the F103xx family: It is suitable for NUCLEO-F103RB, Blue Pill, etc.
Beware: Most “Blue Pill” boards have a fake STM32F103, see below for a powerful replacement.
F4: The WeAct STM32F411 BlackPill
It would be interesting to stop using “Blue Pill” and start using the “Black Pill” variant of WeAct Studio. For a price barely higher you get a real STM32F411, being careful where you buy it.
An interesting presentation: BLUE PILL VS BLACK PILL: TRANSITIONING FROM STM32F103 TO STM32F411
For official technical information, schematics and reliable source see WeAct at github. It is very valuable to obtain the real schematics of a board.
To recognize a genuine board WeAct recommends checking the logo on the back of the board.
For MicroPython users, look at this stm32-base.org page.
Support quality developers by purchasing their products. It’s also hard for the Chinese who hack each other!
In addition, in the event of a problem during your development, you will have no doubt about the quality of the MCU (Many Bluepill have fake chips).
The AdAstra-RTK project for the STM32F411 BlackPill
CORTEX-M0+ : STM32G071 and more
This is new: a port of AdAStra-RTK to the CORTEX-M0+ core.
The STM32G0xx family is extended: from 8 to 144 KB of RAM. The kernel is well suited for 32 KB and above, and its use with 8 KB is possible.
Try this powerful and inexpensive processor, it’s great.
Download the AdAStra-RTK port to the STM32G071 here .
F4: NUCLEO-F429ZI and NUCLEO-F446RE
This port contains three projects:
aaF429 : AdAstra-RTK TrueSTUDIO project configured for development. This project is ready to compile and to flash to a NUCLEO-F429ZI board.
The demonstration application :
- Create a task to blink the three LEDs,
- Initialize a console UART (through ST-LINK USB converter)
- Create two tasks using LWIP 2.1.2 : a UDP echo server and a TCP echo server.
- A test directory for aaBasic libraries
Download the NUCLEO-F429ZI project.
aaThreadMetric : AdAstra-RTK TrueSTUDIO project configured for maximal performance, and implementing the ExpressLogic Thread-Metric Benchmark Suite.
Download the NUCLEO-F429ZI ThreadMetric benchmark
aaF446: An example of a project to facilitate porting to other MCUs of the F4 family (F401, F411, F405/415, F407/417…)
H7: NUCLEO-H743ZI
This package contains:
H743 : AdAstra-RTK TrueSTUDIO project configured for development. This project is ready to compile and to flash to a Nucleo-H743ZI board.
The demonstration application :
- Create a task to blink the three LEDs (push the blue button!),
- Initialize a console UART (through ST-LINK USB converter)
- A test directory for aaBasic libraries
Contains aaBasic libraries for: GPIO, UART, I2C, TIMERS, EXTI, SPI.
Easy port to other MCUs of the H7 family (H472, H753, H750).
L4+: NUCLEO-L4R5ZI
For the new STM32L4+ serie
This package contains :
L4R5 : AdAstra-RTK TrueSTUDIO project configured for development. This project is ready to compile and to flash to a Nucleo-L4R5ZI board.
The demonstration application :
- Create a task to blink the three LEDs (push the blue button!),
- Initialize a console UART (through ST-LINK USB converter)
- A test directory for aaBasic libraries
Contains aaBasic libraries for: GPIO, UART, I2C, TIMERS, EXTI, SPI.
Easy port to other MCUs of the L4+ family.