Simple FM Radio Receiver With Arduino UNO and RDA5807M
https://maker.pro/arduino/projects/simple-fm-radio-receiver-with-arduino-uno-and-rda5807m
Learn how you can listen to your local radio stations with the RDA5807M, an Arduino UNO, an OLED screen, and a speaker!
Linear Scale ТЕА5767 FM Radio on ili9341 TFT Display
https://maker.pro/anduino/projects/linear-scale-tea5767-fm-radio-on-ili9341-tft-display
Simple FM Radio with a beautiful retro look linear scale.
Arduino All Band Receiver LW, MW, SW, FM with improved code
https://maker.pro/arduino/projects/arduino-all-band-receiver-lw-mw-sw-fm-with-improved-code
Covers all commercial stations with Si4730 IC, plus All Amateur Radio bands when you use Si4732 or Si4735
How to Build a Digital Coil-less (100KHz Step Size) FM Transmitter
https://maker.pro/arduino/projects/how-to-build-a-digital-coil-less-100khz-step-size-fm-transmitter
This project shows you how to build an FM transmitter based on the VMR6512 module.
How to Make a Simple MP3 Player
https://maker.pro/arduino/projects/how-to-make-mp3-player
Learn the basic function and working operation of an FM MP3 player by building this simple project.
Real-time Food Quality Prediction
https://maker.pro/arduino/projects/real-time-food-quality-prediction
Detect spoiled products using the Tiny Machine Learning approach.
Tabular Data VS Computer Vision: Detecting Room Occupancy
https://maker.pro/arduino/projects/tabular-data-vs-computer-vision-detecting-room-occupancy
Learn why room occupancy detection using environmental sensors and tabular data wins over computer vision.
Case from the Newly Released TinyML Cookbook
https://maker.pro/arduino/projects/case-from-the-newly-released-tinyml-cookbook
Check out how to repeat a TinyML experiment on building a weather station from the new “TinyML Cookbook” and make the model smaller
Smart Shipment with TinyML
https://maker.pro/arduino/projects/smart-shipment-with-tinyml
Developing a TinyML solution for the Shipping Industry that allows users to track the status of a shipment/package in real time.