Find Netduino pinouts instantly with this free Netduino Pinout Reference. View GPIO layouts, power pins, communication interfaces, PWM, ADC pins, and pin configurations for Netduino development boards.
Configuring SPI on Netduino Mini
Connect your peripheral using standard SPI pins on the Mini DIP: Pin 12 (MOSI), Pin 13 (MISO), and Pin 14 (SCK), using C# SPI configuration classes.
Wiring I2C Sensors on Netduino 2
Connect your sensor to SDA (Pin D18) and SCL (Pin D19) on the Netduino 2 board. Set up a standard I2CDevice instance in your .NET Micro Framework code.
Connecting WiFi on Netduino 3
Initialize the onboard TI CC3100 WiFi chip using the integrated network stack. Configure SSID and password inside your startup program to start streaming data.
Daisy-chaining GoPorts on Netduino 3
Plug compatible GoPort modules directly into GoPort 1, 2, or 3. The board automatically routes SPI and I2C lines to communicate with the modules.
Netduino development boards combine the ease of the Arduino form factor with the power of the .NET Micro Framework (NetMF) and high-performance STM32 ARM Cortex-M4 processors. This allows developers to write embedded applications in C# using Microsoft Visual Studio, taking advantage of multi-threading, event-driven programming, and built-in networking stacks. The boards feature selectable and configurable pin multiplexers that map serial, SPI, and I2C buses dynamically to the physical headers.
This reference index consolidates pin configurations, expansion header maps, and line assignments for classic Netduino Mini, Netduino 2, and Netduino 3 platforms.
Finding accurate pin layouts is essential for firmware developers, IoT system architects, and custom hardware builders. Precise pin alignments prevent hardware conflicts, communication dropouts, and permanent board damage from short-circuits.
Always verify operating voltages (especially the 3.3V limits) before constructing custom connections. Correct connection paths preserve performance and safety.
Netduino boards run the .NET Micro Framework (NetMF), allowing developers to write embedded applications in C# using Microsoft Visual Studio, which supports advanced features like multi-threading and events.
Yes. Netduino 2 and Netduino 3 boards share the same physical header dimensions and pin layouts as standard Arduino UNO boards, and their I/O pins are 5V tolerant, making them compatible with most shields.
The Netduino Mini is a compact, breadboard-friendly version of the Netduino board packaged in a 24-pin DIP module, ideal for space-constrained projects.
GoPorts are specialized, high-density plug-and-play connectors on the Netduino 3 that allow you to quickly connect compatible sensors and actuator modules using a single cable without manual wiring.
Netduino boards operate on 3.3V logic. However, most digital I/O pins are designed to be 5V tolerant, allowing you to interface safely with 5V sensors and modules.
You can deploy your compiled C# assemblies directly to the Netduino over a standard USB connection using Microsoft Visual Studio's built-in deployment tools.
Netduino Pinout Reference is a free online calculator tool. Use it to get instant, accurate results for your electronics calculations.