Wireless Projects

Graphics LCD

Arduino Compatible apc220 Wireless rf Module with Graphics LCD

16 node mesh, up to 1000m between nodes, sample two analog voltages per node, link any node to any other node, display data on any node with either graphics or text display, turn on relays based on data at any node, fault tolerant with data going via multiple paths. Arduino Compatible apc220 Wireless rf Module […]

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Wearable Wireless Gesture Control With PHIRO Pro Arduino Pocket Code Smartphone App JEDI MODE

Wearable Wireless Gesture Control With PHIRO Pro + Arduino + Pocket Code Smartphone App (JEDI MODE)

Once again, here we are with another tutorial to “Awaken the Force” within you! With the new Star Wars movie just around the corner, we thought it would be fun to use the force to control PHIRO. In this tutorial, we will be using PHIRO Pro with Arduino along with some awesome Flex sensors. “To the tutorial go, we shall. Yes, hmmm!”

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Weather monitoring station circuit diagram

Wireless Weather Monitoring: Arduino NRF-Based System

Hello tech fans! We’re thrilled to present our newest project created to help in a range of environments such as households, workplaces, and beyond. Introducing our weather monitoring system that utilizes Arduino as the main controller to carry out commands. This system accurately monitors ambient temperature and humidity levels. Our weather monitoring station uses an

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Wireless Communication of Multiple Variables Between 2 Arduinos Using HC 12

Wireless Communication of Multiple Variables Between 2 Arduinos Using HC-12

In this tutorial, I will show you how to achieve wireless communication of variables between 2 Arduinos using the HC-12 module, that operates from 433,4-473 Mhz. HC-12s are wireless modules for arduino to arduino communication, because they can send multiple variables over long distances-ones up to 1km-using only 2 digital pins, not even PWM pins,

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Authors prototype of the transmitter side

Craft Your Own Wireless Frequency Meter with Arduino: A DIY Guide

This project details the development of a wireless Arduino frequency meter capable of determining the frequency of AC sinusoidal waveforms between 50Hz and 3kHz. Figures 1 and 2 depict the prototype hardware constructed for the transmitting and receiving functions. Figure 1 shows the transmitting circuit board which incorporates the frequency sensing components. Figure 2 presents

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