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Raspberry Pi Raspberry Pi is a mini computer based on an ARM processor. Since many different operating systems can be installed on this mini-computer, it can be used in various robotics, programming, and electronics projects. There are different types and versions of this mini-computer. The newest versions are Raspberry Pi 3 Model A+ and Raspberry Pi 3 Model B+. More than 19 million Raspberry Pi boards have been sold around the world until now. Raspberry Pi 3 Version B+ Specification:...

Mojo V3 FPGA Development Board Features Mojo is an FPGA board which lets you get the pleasure of configuring the digital circuits on Mojo v3 to your own specifications. What separates this FPGA from the others is the ease of use. The goal of Mojo v3 is to get you up and running with FPGA as easily as possible.The Mojo v3 FPGA Board uses the Spartan 6 and a high performance ATmega32U4 microcontroller. This board has high processing power. The ATmega32U4 microcontroller comes with a USB (DFU) bootloader ...

Mojo V3 FPGA Development Board Features Mojo V3 is an FPGA development board of the Spartan 6 series, which lets you get the pleasure of configuring digital circuits on Mojo v3 based on your own specifications. What separates this FPGA from the others is the ease of use. The goal of Mojo v3 is to get you up and running with FPGA as easily as possible.The Mojo V3 FPGA Board uses the Spartan 6 and a high performance ATmega32U4 microcontroller. This board has high processing power. The ATmega32U4 microcont...

Mojo V3 FPGA Development Board Features Mojo V3 is an FPGA board of the Spartan 6 series, which lets you get the pleasure of configuring digital circuits on Mojo v3 based on your own specifications. What separates this FPGA from the others is the ease of use. The goal of Mojo v3 is to get you up and running with FPGA as easily as possible.The Mojo v3 FPGA Board uses the Spartan 6 and a high performance ATmega32U4 microcontroller. This board has high processing power. The ATmega32U4 microcontroller comes...

Overview Nowadays, ESP32 Board have been so popular due to the very attractive features and capabilities they offer, as well as their very low price. This microcontroller is also so easy to program. The programming can be done in so many different development environments, such as Lua programming language, Arduino IDE, MicroPython, ESP-IDF, etc. Among all these programming environments, Arduino IDE is a pretty good option to start working with the ESP32 boards, since it is open source and better known c...

Overview Today, there has been a growing interest in smart devices, automatic component control, and Internet of Things (IoT) applications in general. One of the key electrical components for IoT projects are ESP32 microcontroller-based modules. In this tutorial, we will teach you everything you need to know to get started with ESP32 boards. What You Will Learn Getting familiar with different ESP32 based development boards Getting familiar with ESP32 various features and applications Getting to know ...

Overview Sometimes in electronic projects, you need to use two or more microcontrollers in your circuit at the same time. Normally, these microcontrollers are connected to each other and keep transmitting data with one another. The transmitting of data between two or more microcontrollers can be done with several communication protocols such as SPI, UART, CAN, USB, etc. Another one which we will be covering here in this tutorial is I2C (Inter-Integrated Circuit) protocol. Using this protocol, one of the mi...

NanoPi NEO2 Features The NanoPi NEO2 quad-core board is a new ARM-based board equipped with a powerful H5 processor, Wi-Fi network, 512MB memory, and GPIO pins. It’s an affordable product that uses a 64-bit quad-core H5 Allwinner processor, which follows the ARM Cortex-A53 architecture and has an internal Hexa-core Mali-450 graphics processor. The board shares the same form and port compatibility as the Neo board. The NanoPi NEO2 quad-core board supports the operating system images of Ubuntu Core and ...

Introduction In this tutorial, we will explore the potential of infrared (IR) technology and how it can be utilized with an Arduino. Infrared communication is a common feature in electronic devices that allows wireless information exchange. IR technology is everywhere, from remote controls to automatic doors. Understanding the principles of IR communication and learning how to work with it will open up a wide range of possibilities. This tutorial will help you send and receive IR signals with an Arduino...