NUCLEO-F401RE STM32 Nucleo-64 Development Board with STM32F401RE MCU
Best prototyping platform for embedded engineers and hobbyist developers.
The NUCLEO-F401RE is a versatile STM32 Nucleo-64 development board designed for efficient prototyping of embedded systems and IoT applications. It features the powerful STM32F401RE microcontroller, offering a high-speed 180 MHz CPU for robust performance. This board simplifies the development process with support for Arduino and ST Morpho connectivity standards, ensuring broad hardware compatibility. It's an ideal choice for rapid embedded development, enabling engineers and hobbyists to quickly bring innovative projects to life with its streamlined approach.
$25.56
Owner Satisfaction
4.7
/ 5
Category Rank
28
/ 1541
#28 in Development Boards
Price vs Category Average
-71%
Below average
Microcontroller
32401
/ STMFRE
Who it's for
- Budget-conscious developers needing an all-in-one programming solution
- Makers leveraging existing Arduino ecosystem hardware and shields
- Engineers performing complex signal processing and mathematical calculations
Who should skip it
- Developers building memory-intensive graphical interfaces or large RTOS projects
- Prototypers who prefer the convenience of direct breadboard mounting
- Network engineers requiring native Ethernet or high-speed USB connectivity
Performance breakdown
Prototyping Versatility
Dual connectivity standards make integrating diverse hardware modules effortless.
Processing Power
High clock speeds handle complex embedded tasks with impressive efficiency.
Ecosystem Compatibility
Seamless Arduino IDE support lowers the barrier for rapid development.
Build Reliability
Robust construction ensures consistent performance during intensive testing cycles.
Interface Accessibility
Standardized headers and USB connectivity simplify the initial setup process.
IoT Scalability
Balanced resource allocation supports most entry-level connected device projects.
Key Specs
Microcontroller
STM32F401RE
CPU Clock Speed
180 MHz
Form Factor
Nucleo-64
Physical Interface Ports
USB-C
Power Source Options
USB
Programming Interface
SWD, Bootloader via USB
Development Environment Support
Arduino IDE
Expansion Compatibility
Arduino, ST Morpho
Features
- Economical and flexible prototyping platform
- Features STM32F401RE microcontroller
- Supports Arduino connectivity standard
- Supports ST Morpho connectivity standard
- High-speed 180 MHz CPU performance
- Ideal for rapid embedded development
- Streamlines the prototyping process
- Suitable for IoT applications
What customers say
The NUCLEO-F401RE is overwhelmingly praised for its exceptional value, offering advanced ARM Cortex-M4 performance at a low cost. Developers highly value the integrated ST-Link debugger, which greatly simplifies the workflow. Its compatibility with Arduino shields via Morpho headers effectively bridges beginner and professional ecosystems. While newcomers note a steep learning curve mastering the STM32CubeIDE and extensive HAL libraries, the overall consensus confirms the board provides unparalleled quality and capability. It stands as a robust, reliable platform ideal for serious embedded development, making it a top choice for hobbyists and professionals seeking powerful features.
Know before you buy
Yes, the NUCLEO-F401RE is compatible with the Arduino IDE, making it an accessible choice if you are already familiar with the Arduino ecosystem.
The board features both Arduino and ST Morpho headers. This dual-connectivity design allows you to easily stack standard Arduino shields or access all MCU pins via the Morpho headers for more complex custom hardware setups.
The board is powered via a USB-C connection, which also serves as the primary interface for programming and debugging. It supports both SWD and USB bootloader methods for loading your code.
Absolutely. Its combination of broad connectivity, support for popular development environments, and the robust STM32F401RE microcontroller makes it a standard, reliable starting point for learning embedded programming and IoT prototyping.
Yes, the 180 MHz clock speed is more than sufficient for most IoT applications, including sensor data processing, communication protocols, and basic edge computing tasks.
Still have a question?
Ask Hayley anything about this product before you decide.