This new Arduino board is the first product to use Intel’s Curie module Low-power, low-cost, high returns by Sean O'Kane Oct 16, 2015, 3:15 AM PDT ...

Four new Nano boards join Arduino's lineup.SEE: How to build a successful developer career (free PDF) The cheapest and simplest of the new lineup is the Nano Every, which costs $9.90 and is based ...

If you've messed with Arduino, the inexpensive micro controller, you'll know that you can run a small motor or turn an LED on and off, but anything else - powering a pump, turning on a light bulb ...

The Arduino compatible boards have been engineered to provide you with two to eight times as much flash and RAM memory and are available in 3.3V, 5V, and 5V high-power options ...

Arduino has shrunk the UNO R4 with the Arduino Nano R4 board equipped with the same 48 MHz Renesas RA4M1 32-bit Arm ...

Posted in Arduino Hacks, computer hacks, Microcontrollers Tagged arduino, atmega, atmega32u4, breakout board, Micro-ATX ← Floating Death Star Is Just In Time New Life For An Obscure Apple ...

Arduino’s development boards offer a comprehensive range of solutions for various needs. From the beginner-friendly classic family to the advanced maker family, there’s an Arduino for every ...

Arduino has launched the Nano ESP32 development board powered by Espressif’s ESP32-S3 Wi-Fi and Bluetooth capable 32-bit microcontroller. The tiny 3.3-V development board supports both Micropython and ...

Arduino already has 19 boards. A board from Arduino, an open source hardware development community. The Galileo board features the Intel Quark SoC X1000, a low-power small core product.

It has the power of the Raspberry Pi, but it has the external interfacing options of the Arduino. At $45, it's right on par with the cost of either, but it manages to do enough things differently ...

On top of the board's simplicity, there are several more reasons why it's highly recommended for beginners. First, it's conveniently included in popular starter kits like the Arduino official ...

To make your own Arduino based oscilloscope, follow these four steps. Your board will be able to use up to four input channels at frequencies up to 7 kHz and as many as seven input channels at 4 kHz.