Latest Firmware Projects

Learn how to build your own sous-vide machine. Say goodbye to overcooked steak!

Learn how to build your own sous-vide machine. Say goodbye to overcooked steak!

This project explores capacitive-touch-sense technology using an evaluation board for an EFM8 Sleepy Bee microcontroller.

This project explores capacitive-touch-sense technology using an evaluation board for an EFM8 Sleepy Bee microcontroller.

In this short project article series, we will implement a simple PID controller using LabVIEW on a hobby DC servo motor…

In this short project article series, we will implement a simple PID controller using LabVIEW on a hobby DC servo motor and the NI myRIO.

Finally, we have everything we need for a functional robot. Let’s put the pieces together and see what the C-BISCUIT…

Finally, we have everything we need for a functional robot. Let’s put the pieces together and see what the C-BISCUIT demo bot can do.

The HC-12 is a 100mW multi-channel wireless transceiver you can use in your projects to transmit and receive serial information.

The HC-12 is a 100mW multi-channel wireless transceiver you can use in your projects to transmit and receive serial information.

In part 3, we compile the firmware and build the controller at the heart of the Saber, then do initial testing and diagnostics.

In part 3, we compile the firmware and build the controller at the heart of the Saber, then do initial testing and diagnostics.

The brightest blade in the world. Fluid sound effects generated in real time. Any colour, changeable on the fly. If you…

The brightest blade in the world. Fluid sound effects generated in real time. Any colour, changeable on the fly. If you want to know what it feels like to hold a Lightsaber, this project is the closest you can get today.

For this article, we are only concerned with one type of sensor that can measure temperature. This sensor is called a thermistor.

For this article, we are only concerned with one type of sensor that can measure temperature. This sensor is called a thermistor.

The Sabertooth 2x32 motor controller can be used to create a robust drive platform for your next robotic endeavour. This…

The Sabertooth 2x32 motor controller can be used to create a robust drive platform for your next robotic endeavour. This article uses an Arduino Uno to communicate with the Sabertooth 2x32 controller.

Start to get acquainted with the new D2000 microcontroller development board by exploring the GPIO and PWM.

Start to get acquainted with the new D2000 microcontroller development board by exploring the GPIO and PWM.

Learn how to build a system that can turn DC loads on and off using a mobile application. You'll also learn how to…

Learn how to build a system that can turn DC loads on and off using a mobile application. You'll also learn how to perform this task via immediate actions or via timers set in advance.

Learn how to use a Raspberry Pi and an Arduino to develop a system for monitoring and controlling your home.

Learn how to use a Raspberry Pi and an Arduino to develop a system for monitoring and controlling your home.

Part Three in this three-article series shows you how to generate values for a discrete sinusoid and continuously convert…

Part Three in this three-article series shows you how to generate values for a discrete sinusoid and continuously convert this data into an analog signal without overburdening the CPU.

Learn about the NES Controller's data protocol, then use this knowledge to easily integrate into an Arduino Uno.

Learn about the NES Controller's data protocol, then use this knowledge to easily integrate into an Arduino Uno.

Part One in this three-article series focuses on using the SAM4S timer/counter peripheral to precisely control the…

Part One in this three-article series focuses on using the SAM4S timer/counter peripheral to precisely control the DAC’s sampling rate.

Learn how to communicate between your PC and the SAM4S using the Atmel Software Framework’s USB module and simple ASCII…

Learn how to communicate between your PC and the SAM4S using the Atmel Software Framework’s USB module and simple ASCII commands.

Part One in this two-article series focuses on the hardware setup and on using a pulse-width-modulated signal to control a servo.

Part One in this two-article series focuses on the hardware setup and on using a pulse-width-modulated signal to control a servo.

This article covers everything you need to know to generate pulse-width-modulated signals with Atmel’s SAM4S Xplained…

This article covers everything you need to know to generate pulse-width-modulated signals with Atmel’s SAM4S Xplained Pro development board.

This article provides additional details related to code development, hardware configuration, and the OLED interface.

This article provides additional details related to code development, hardware configuration, and the OLED interface.