Choose a programming workflow
Choose C and assembly for low-level control, or Mbed for embedded software and connected-device projects.
STM32 microcontroller labs
Choose the STM32 path that matches your course.
Explore real STM32 hardware for register-level programming, embedded software, and connected-device projects.
Audience
University embedded systems, microcontroller, IoT, mechatronics, and hardware/software courses
Choose low-level C and assembly or an Mbed workflow, try the corresponding demo, and explore access for your course.
Register-level C, assembly, and no-library microcontroller courses
Embedded software and IoT courses using Mbed or higher-level workflows
Upload-only access where students compile locally and run on remote hardware
Board/peripheral discussions where the exact course requirements matter
STM32 C / bare-metal / upload
Program real STM32 boards with register-level C or assembly, or upload a compiled program to test it on hardware.
STM32 Mbed / IoT workflow
For embedded software, rapid prototyping, IoT, and higher-level workflows where the Mbed demo is a useful first proof.
Demo path
Try a real laboratory, step by step.
Try real hardware
Open the demo from your chosen page and observe how the physical board responds through its live camera.
Plan your course access
Explore laboratory resources and discuss the boards, peripherals, and access your students need.
Two programming workflows
Use the workflow that fits your course: low-level C and assembly or Mbed-based embedded software.
Browser access to real boards
Try a physical STM32 board remotely before planning access for your students.
A trial matched to your course
Discuss the board, peripherals, programming language, and class size for a course trial.
Choosing your lab
If you are unsure which STM32 route to use
Use the low-level path when the course outcome is register-level control, assembly, toolchain work, or upload-only board access. Use the Mbed path when the value is embedded software, IoT, fast prototyping, and a visible hardware interaction.
Related labs
Explore the laboratories.
Explore the equipment, experiments, resources, and access options for each laboratory.
LabsLand ARM Community
STM32 Nucleo (C)
Program a real ARM microcontroller with peripherals and low-power modes. Use an online IDE.
View laboratoryLabsLand
STM32 Nucleo (Mbed)
Program a real ARM microcontroller with peripherals and low-power modes using an online Mbed IDE.
View laboratory
LabsLand ARM Community
STM32 Nucleo (No IDE)
Program a real ARM microcontroller with peripherals and low-power modes. Upload binary file.
View laboratorySTM32 C / bare-metal route
Use this route when the course needs low-level C, assembly, direct upload, or no-library workflows.
STM32 Mbed route
Use this route for embedded software, IoT, and higher-level Mbed workflows.