Start with visible behavior
The demo uses a potentiometer interaction so the remote hardware loop is immediately understandable.


STM32 Mbed course demo
Use a live Mbed demo when the course values rapid embedded software workflow, IoT-style exercises, and visible hardware feedback.
Audience
This page is for instructors whose first evaluation should be a visible Mbed hardware interaction. It stays honest that low-level C and upload-only courses should use the separate STM32 C path.
Demo path
The demo uses a potentiometer interaction so the remote hardware loop is immediately understandable.
Follow-up should discuss whether Mbed fits the course or whether a C/upload path is better.
A small trial can expose the right STM32 lab page, access model, and class controls.
Mbed can reduce setup friction for courses focused on application behavior and rapid prototyping.
The demo shows the browser-to-board loop with a concrete physical input/output task.
Trial discussions can cover cohorts, LMS, groups, statistics, and whether the lab should sit beside local kits.
Positioning note
Do not use this as the main campaign page. Use the STM32 C/upload path for register-level, no-library, assembly, or toolchain-centered courses.
Related labs
These public lab pages come from the current catalog, so they remain useful as SEO pages and as a route into institution access.
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Programmera en verklig ARM-mikrokontroller med periferiutrustning och låg effektläge. Använd en online-IDE.
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Programmera en riktig ARM-mikrokontroller med kringutrustning och lågströmslägen. Ladda upp binär fil.
Visa laboratoriumReview the Nucleo Mbed lab and public course resources.
Use the low-level path when the course avoids Mbed or HAL-style abstractions.