Since I had a spare ESP32 lying around, I tried building a smart dashboard that pulls metrics from the other smart devices in my home lab and outputs them to a screen. Now that Iv ...

Pulsar tackles this challenge head-on by processing data locally and intelligently, at the sensor level – eliminating the need to rely on brute-force compute in power-hungry edge processors or ...

Starting a new microcontroller project can be pretty daunting. While you have at least a rough idea of where you want to end up, there are so many ways to get there that you can get locked into ...

He’d found out that ordinary LCD screens could be used ... the LCDs with a nifty trick that let the microcontroller use the display as a crude touch sensor. All in all, the total bill of ...

This project is designed to implement a smart home system using the ATmega32 microcontroller, sensors (LM35, LDR, Flame sensor), an LCD display, and a PWM-controlled motor. The system automates ...

This compatibility ensures that developers can easily migrate their existing projects to the new microcontroller, leveraging its enhanced features while minimizing development time and effort.

This microcontroller unit conveniently comes with an onboard microphone, so you need only three main hardware components for the project: the Nano, RGB LED strips, and a power bank. But while the ...

The results of the sensor measurements would cause the motor ... the inputs of the sensors are processed by the Arduino Uno microcontroller module and displayed on the LCD. The result of this project ...

This project reads temperature data from an LM35 temperature sensor connected to a microcontroller. The measured temperature is displayed continuously on an LCD screen. Reads analog temperature values ...