Learn MBED-CPP with Real Code Examples

Install Mbed CLI or Mbed Studio IDE

Select target microcontroller board

Import or create a new Mbed OS project

Compile project using ARM GCC or supported toolchain

Flash compiled binary to the target board

Install Mbed Studio or Mbed CLI

Select target board

Create or import Mbed OS project

Add required drivers and libraries

Compile and flash firmware to board

main.cpp - primary application logic

mbed_app.json - board and application configuration

drivers/ - peripheral drivers

lib/ - additional libraries

assets/ - optional resources

mbed compile -m <BOARD> -t GCC_ARM

mbed deploy - install project dependencies

mbed export - generate IDE project files

flash binary to microcontroller using IDE or CLI

Monitor serial output via terminal for debugging

Code and APIs support UTF-8 strings

Documentation primarily in English

Board-independent code supports global deployment

Community may provide translations

Works across supported ARM Cortex-M boards

Requires C++ and embedded programming knowledge

IDE and CLI tools provide cross-platform development

Libraries simplify peripheral and network integration

Extensive documentation available online

Active community support for troubleshooting

LEDs and displays for primary feedback

No native GUI; external dashboards possible

Visual indicators via display or LEDs

Buttons and sensors as input

Focus on functional embedded interfaces

Variables and objects maintain application state

Threads and events manage task scheduling

Peripherals updated according to application logic

Persistent storage via filesystem if required

Network state managed by connectivity APIs

Read sensor values via HAL APIs

Process and store data locally or remotely

Transmit data over networking protocols

Optimize memory and storage usage

Log critical events for debugging and analytics