Arbitrary waves can be drawn, edited, saved, opened and uploaded to the Due via USB, or the Due can run alone controlled by pots & switches.

A humanoid arm + hand prototype made of balsa wood

RT-Thread, a powerful multitasking tool optimized for Arduino. You are able to issue shell (FinSH) commands to control your hardware now!

An Arduino NTSC/PAL video display shield with integrated framebuffer and composite video output.

Relativty is an open-source project aimed to achieve VR democratization by the means of inexpensive hardware and abundant content.

Robot wirth stepper motor via microstepping, digital motion processing, auto tuning, cascaded PID controller and now with Joy Stick Control.

How to develop a simple but powerful IoT thermometer using a Zerynth-powered single-board MCU and the Zerynth App.

The "Zerynth IoT Notes Printer" tries to create a handable medium for everyday communication.

An open source VR headset that you can build yourself for $100.

The device displays animated GIF pictures on a rotating cylinder. The GIF pictures can be downloaded from a PC via Bluetooth.

Ease of Python programming on the powerful Arduino Due.

With this simple circuit the analog output of Arduino Due start from zero

OCS-2 is an analogue style synthesizer. Small, but very powerful and flexible, it provides an incredible sound quality!

A simple rover for line following made exploiting the ARTe Arduino REal-Time eXtension.

Make simple math with arduino UNO

Free and easy-to-use Real-Time Multi-Tasking extension for Arduino IDE based on ERIKA Real-Time Operating System

Another TIC TAC TOE game for the Arduino.

In this tutorial I am going to show you how to build a Wireless Weather Station with a big 3.2" Color TFT display using Arduino.

This project shows you how to successfully control a robot arm using the L9110 motor board, without using up all your Arduino outputs.

Using WiFi to control your Arduino UNO, Nano or Mega as a basis. Includes feedback and simple hardware.

How to build a device for estimating blood alcohol content from a breath sample. Developed with Zerynth and an ARM board.

Ever wanted to play with the computer that sparked the personal computer age but don't have the cash to buy an Altair? Build your own!

On this sample I would like to explain why PID-control should be used for speed controls and how the direction can be inverted.

Smart lighting is a catalyst for the IoT. In this tutorial we'll see how to control NeoPixel LEDs via mobile using the Zerynth App.