Open-source DAB+/FM receiver with a SigmaDSP and aptX Adaptive Bluetooth output. ESP32-S3, Si4684, ADAU1701, 6-layer PCB.
With a bigger screen come more possibilities.
Setup of the ZCU102 with AD9371 FMC card for SDR applications.
There are bound to be times when you need to add music or SFX to your M5Stack projects. Here's how to do so with MicroPython.
Create your own DAB+ radio with an Arduino UNO, a 2x16 LCD, and 5 switches.
A UWP C# clock and digital radio, using a touchscreen interface.
The radio presented above is capable of receiving the entire spectrum, from 500 kHz to 2 Gigahertz.
Utilize the Zmod expansion header on the Eclypse Z7 with ADC & DAC Zmods in a simple sine wave loopback demonstration.
A Raspberry Pi equipped with 2 FM radios, one plays the station and the other scans the dial and shows the artist and title on each station
DAB/DAB+/FM Arduino shield with 32-bit, 384kHz PCM DAC (cinch) + SPDIF/Toslink optical digital audio output.
Relatively simple software-defined radio, transforming a few simple components into a powerful and flexible communication tool.
This project walks through basic RF testing for hardware/software verification of SDRs on the Ettus B205mini USRP.
This project talks though the signal processing behind the GNU Radio flowgraph for receiving and demodulating FM radio broadcast signals.
Raspberry Pi Pico can independently transform SSTV audio signals into viewable images
With Grove - FM Recevier, that spares you the amplification and demodulation stuffs.
Here is the simplest way to realize a personal AM radio transmitter to make alive old radios.
A wireless transmitter without battery, works on EV1527 encoding scheme. Radio transmission with fully secure wireless channel.
This radio is a classic radio with a built-in FM/AM tuner. The tuner is controlled using M5stack's DinMeter.
Convenient plug and play LoRa® enabled Arduino Shield. Search "PlugAndPlay For LoRa®" in the Arduino libraries manager.
