You can easily build a shielded plastic box with your 3D printer. Just use some aluminum or copper foil tape to create a conductive metal surface. Read more
Author: John VE6EY
HF Coastal Radar – Over the Horizon
You can easily receive HF coastal radar signals on your SDR, and sometimes even read the radar return signal under the right conditions. Read more
Zynq Development Board Software Radio
Modern tools like the Zynq development board provide the opportunity to build complex radio gear with programmable hardware. GUI, control and demodulation can be coded into embedded operating systems. Read more
Vent Adapter Ring – 3D Printed Solution
A 3D printed adapter ring is a good solution for fitting two different sized plastic pipes together. Design it well and you get a snug fit that should last. Read more
Red Pitaya Ham Radio Homebrew

Take the leap into Red Pitaya ham radio homebrew. Most of what you need for a DIY receiver or transceiver is on this amazing little device. Read more
Red Pitaya Programmable Hardware Community
Looking for a Christmas present in 2018? Check out the Red Pitaya programmable hardware solution for your electronics lab or software defined radio. It’s amazing. Read more
Configurable SDR Devices – Broadband Transceivers
You can easily combine configurable SDR devices with open source software to build and operate virtually any wireless protocol and modulation scheme. Let’s take a look. Read more
SDR FPGA – Moving Beyond the Blank Stare

Talking about SDR FPGA typically earns you a blank stare. Let’s move beyond that and consider the power unleashed by Field Programmable Gate Arrays. Read more
Shack Noise Floor – Spring Cleaning
At least once a year, you should do a complete cleanup to make sure you have not introduced new sources of RFI in the radio shack. Here’s how to sweep the shack noise floor. Read more
AFE822x Coherent RFI Filtering Performance
My AFE822x coherent RFI filtering goal has been accomplished. Every SDR should be capable of spatial interference filtering techniques. Read more







