Results for 'radio'

Affordable, stackable, open source, 32-channel EEG ADC powered by a Cortex-M7

This latest demo comes courtesy of Adrian Musceac, community member and developer of the rather cool QRadioLink software.

Fully Open iCE40 FPGA BeagleBone Cape

Bringing wireless convenience to serial connectivity

The reconfigurable edge computer

Four-channel, all-frequency, GNSS RF-to-bits receiver

Q&A based on our most asked questions: frequency accuracy, FPGA resources, APIs, IIO, etc.

Portable, open-source, ESP32-powered audio-development platform with a touchscreen and support for Bluetooth & Wi-Fi connectivity

We've received so many questions about the HF band and RF performance lower than 30 MHz, that we decided to do a special update.

Learn about the factors that make AntSDR awesome.

I'm writing this update from Incheon airport, on my way back from a successful experience at the NeTV2 production facility. First I'll elaborate on the process of designing and making plastic cases, and then I'll summarize the overall status of production.

New: AIR-T, New: LoRa Stik, Ending Soon: NeTV2, Update: SPIDriver's Firmware, Coming Soon: BLYST Nano, In Stock: Tarocco Servomotors

MNT founder and chief engineer Lukas shares more about Reform Next's internals.

We sent a 0v3 prototype board to radio amateur and GNSS engineer Daniel Estévez (EA4GPZ), so he could put it through its paces and provide feedback as we fine tune the design. Even with a damaged prototype, his Weak Signal Propagation Reporter (WSPR) transmissions from Madrid were being picked up as far away as the Canary Islands, Netherlands and Northern England.

Daniel Estévez paired a LimeNET Micro with a LimeRFE prototype to access the QO-100 narrowband transponder using an off-the-shelf 24 dBi Wi-Fi grid antenna.

An open source, Arduino-compatible RF signal generator with Wi-Fi connectivity

Exploring new frontiers in software-defined radio

We are extremely excited to be launching the iotSDR crowdfunding campaign. Our passion for RF technology and our commitment to open hardware brought us here, and we can't think of anywhere we'd rather be! Featuring dual, narrow-band (AT86RF215) transceivers, a GNSS frontend, and a Zynq SoC, iotSDR is packed with features that developers will appreciate. With support for open source software like PYNQ, Jupyter, and GNU Radio—as well as powerful, gRPC-based remote-operation capabilities—iotSDR provides an open hardware foundation upon which you can develop some very cool applications.

An open, modular ARM + FPGA development platform featuring the new SYZYGY standard for high-performance peripherals