Arduino Nano White Paper

Steps to establish I2C communication and read analog data between Arduino Nano and ADS1115 module. Learn step by step how to connect ADS1115 chip to Arduino Nano and read data.

RF-Nano V3.0 is a compact microcontroller board with an integrated nRF24L01 RF transceiver module. This review explores its features and applications. Learn about its compatibility with Arduino Nano and the RF24 library. Discover its technical specifications, including the microcontroller, wireless capabilities, voltage, memory, and more. Find out about the nRF24L01 module and its role in wireless communication. Get sample project code for using RF-Nano V3.0 as a receiver and transmitter. Explore the possibilities of wireless sensor networks, remote control systems, and RF-based projects with RF-Nano.

LoRa Technology is a communication technology that is used for long distance wireless communication and does not depend on the internet. LoRa can exchange data between devices by creating its own wireless network. Standing out with its low power consumption and long range features, LoRa is a frequently preferred technology in IoT applications, remote monitoring, sensor networks, smart cities and agricultural applications. LoRa uses unlicensed frequencies and provides direct communication between devices without internet dependency. LoRa modules can provide half-duplex communication and typically operate at frequencies of 433 MHz, 868 MHz, or 915 MHz.

Microcontroller systems often involve writing complex control commands for various components.

In this project we will try to understand how the Bluetooth speaker system is designed and how to develop it. We will examine the basics of Android programming, MCU programming-embedded system design.

Discover the use and applications of the 74HC4067 analog multiplexer/demultiplexer IC with Arduino Nano.