Seeed Studio
Netduino Plus 2
The Netduino Plus 2 is an open-source electronics platform powered by the .NET Micro Framework, featuring a 168MHz Cortex-M4 microcontroller with 384KB of code storage and over 100KB of RAM. It offers extensive I/O capabilities, including 22 GPIOs, SPI, I2C, 4 UARTs, 6 PWM channels, and 6 12-bit ADC channels. This platform supports MicroSD storage and Ethernet networking, making it suitable for engineers and hobbyists. Its design files and source code are included, promoting an open-source ecosystem. The device is also pin-compatible with Arduino shields.
$59.95
Owner Satisfaction
3.8
/ 5
Category Rank
1704
/ 2015
#1704 in Electronics
Price vs Category Average
-77%
Below average
Microcontroller
321684
/ STMicro -bit, MHz Cortex-M
Who it's for
- Accessible C# Development
- Integrated Connectivity
- Arduino Shield Compatibility
Who should skip it
- Limited Current Support
- Performance Overhead
- Outdated Technology
Key Specs
Microcontroller
STMicro 32-bit, 168MHz Cortex-M4
Code Storage
384 KB
RAM
100+ KB
Digital I/O
22 pins, 3.3V tolerant to 5V
Serial Interfaces
4 UARTs (1 with RTS/CTS), SPI, I2C
PWM Channels
6
ADC Channels
6 (12-bit)
Networking
10 Mbps Ethernet, lwIP stack
Features
- High-performance 168MHz Cortex-M4 MCU for demanding applications.
- Ample code storage (384KB) and RAM (100+ KB) for complex projects.
- Versatile I/O with 22 GPIOs, multiple serial interfaces, and PWM/ADC capabilities.
- Integrated Ethernet for network connectivity.
- MicroSD card support for expandable storage.
- Open-source design files and source code for customization and learning.
- Arduino shield compatibility for easy expansion.
- Robust development environment with .NET Micro Framework and debugging features.
What customers say
Customers generally appreciate the Netduino Plus 2 for its unique approach to embedded development, particularly for those already familiar with the .NET ecosystem. Its primary appeal lies in the perceived ease of programming using C# and the .NET Micro Framework, offering a more accessible entry point for some developers compared to traditional C++ based microcontrollers. Users often highlight its reliable performance for various projects, making it a solid choice for hobbyists and professionals seeking a different development experience. The board is seen as a dependable platform for rapid prototyping and learning.
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