Arduino Due Board


Arduino Due Board – 32-bit Microcontroller.

The Arduino Due Board is a powerful microcontroller based on the Atmel SAM3X8E ARM Cortex-M3 CPU. It offers 54 digital I/O pins, 12 PWM outputs, 12 analog inputs, and a fast 84 MHz clock speed. With 96KB SRAM and 512KB flash memory, it is perfect for complex projects requiring real-time data processing. The Due is compatible with 3.3V Arduino shields and features USB OTG support, SPI, and JTAG connectivity.

Key Features: Arduino Due Board

  1. High-Performance Processing – 32-bit ARM Cortex-M3 CPU with 84 MHz clock speed.
  2. Advanced I/O Capabilities – 54 digital I/O, 12 PWM, 12 analog inputs, and 2 DAC outputs.
  3. Expanded Memory & Connectivity – 96KB SRAM, 512KB flash, USB OTG, SPI, and JTAG.
 
 

Price :  excl. GST
Qty Price
1 > 3,232.00
6 > 3,156.00
21 > 3,030.00
50 > 0.00
100 > 0.00
200 > 0.00
500 > 0.00

The Arduino Due is the first Arduino board based on a 32-bit ARM Cortex-M3 microcontroller, offering enhanced performance for complex applications. It features 54 digital input/output pins, of which 12 can be used as PWM outputs, making it ideal for robotics, automation, and IoT projects.
 
With a high clock speed of 84 MHz, the Due is significantly faster than traditional Arduino boards. It includes 96KB SRAM and 512KB of flash memory, allowing it to handle large programs and real-time data processing efficiently.
 
The board supports multiple communication interfaces, including four hardware serial ports (UARTs), USB OTG capability, SPI, TWI, and JTAG. It also follows the 1.0 Arduino pinout for compatibility with 3.3V shields. The IOREF pin ensures that attached shields can automatically adapt to the board’s voltage.
 
Simply connect the Arduino Due to a computer via a micro-USB cable or power it with an AC-to-DC adapter or battery to get started. It is an excellent choice for high-speed, resource-intensive projects that require precision and performance.

Key Features of Arduino Due Board

Features: Arduino Due Board
 
  1. 32-bit ARM Cortex-M3 CPU – Faster processing and improved efficiency.
  2. High Clock Speed – Operates at 84 MHz for real-time performance.
  3. Large Memory Capacity – 96KB SRAM and 512KB flash memory.
  4. 54 Digital I/O Pins – Supports extensive input/output operations.
  5. 12 PWM & 12 Analog Input Pins – Ideal for precision control applications.
  6. USB OTG Support – Enables host and device USB functionalities.
  7. Multiple Communication Ports – Includes 4 UARTs, SPI, TWI, and JTAG.
  8. 3.3V Compatibility – Works with shields that support 3.3V operation
Specifications: Arduino Due Board
 
  1. Microcontroller: AT91SAM3X8E
  2. Operating Voltage: 3.3V
  3. Input Voltage (Recommended): 7-12V
  4. Input Voltage (Limits): 6-16V
  5. Digital I/O Pins: 54
  6. PWM Digital I/O Pins: 12
  7. Analog Input Pins: 12
  8. Analog Output Pins: 2 (DAC)
  9. DC Current per I/O Pin: 130mA
  10. DC Current for 3.3V Pin: 800mA
  11. DC Current for 5V Pin: 800mA
  12. SRAM: 96KB
  13. Flash Memory: 512KB
  14. Clock Speed: 84 MHz
  15. Board Dimensions: 101.52mm x 53.3mm
  16. Weight: 36g
 
Package Details: Arduino Due Board
 
What’s Included?
1 x Arduino Due Board
 
 
FAQs - Arduino Due Board
 
1. What makes the Arduino Due different from other Arduino boards?
The Arduino Due features a 32-bit ARM Cortex-M3 processor, making it significantly faster and more capable than 8-bit AVR-based boards like the Arduino Uno. It also operates at 3.3V instead of 5V.
 
2. Can I use 5V shields with the Arduino Due?
No, the Arduino Due operates at 3.3V. Connecting a 5V shield may damage the board.
 
3. What is the recommended power supply for the Arduino Due?
The board can be powered via a micro-USB connection or an external 7-12V power source. The input voltage limit is 6-16V.
 
4. Does the Arduino Due support USB host functionality?
Yes, the board includes USB OTG support, allowing it to function as a USB host for peripherals.
 
5. Is the Arduino Due compatible with standard Arduino libraries?
Many Arduino libraries work with the Due, but some that are designed for 8-bit boards may require modifications.