Learn MBED-CPP with Real Code Examples

Blinking LEDs with threads

Reading sensors via I2C/SPI

Controlling motors with PWM

Wi-Fi/BLE communication for IoT

Low-power sleep and wake-up routines

Check toolchain compatibility

Verify pin mappings and board configuration

Use debug messages via serial port

Ensure correct Mbed OS version for project

Check network and driver initialization

Unit test with Mbed OS testing framework

Verify peripheral functionality

Check thread execution and synchronization

Simulate network connections

Validate low-power modes and wake-up events

Standalone embedded devices

Battery-powered IoT nodes

Networked industrial devices

Connected wearables

Production-ready commercial embedded systems

Mbed Studio IDE

Mbed CLI command-line tools

ARM GCC, Keil, IAR toolchains

Online compiler and cloud build system

Debugger tools: SWD, JTAG, serial monitors

Sensors (temperature, motion, environmental)

Displays (OLED, TFT, e-ink)

Actuators: motors, servos, relays

Networking modules: Wi-Fi, BLE, LoRa, Ethernet

Cloud integration: MQTT, HTTP, Azure, AWS IoT

Use RTOS and event queues to organize code

Keep code modular and maintainable

Test each peripheral before combining tasks

Use IDE and CLI tools effectively

Regularly update Mbed OS and libraries

Steep learning curve for beginners

Debugging complex multi-threaded applications

Hardware abstraction differences across boards

Power management optimization

Ensuring deterministic behavior in real-time tasks