| A coil-free dual-conversion superhet SDR built from two NE612 mixers and a few passives. The first mixer down-converts to a 455 kHz IF for s...
| A coil-free dual-conversion superhet SDR built from two NE612 mixers and a few passives. The first mixer down-converts to a 455 kHz IF for s...
| Red Pitaya radar is the hook in this Elektor TV highlight, where Miha Gjura explains how the platform can move from normal bench measurement...
| How does the new HackRF Pro perform in practical tests? We compare it with its predecessor, the HackRF One, analyze improvements in RF chara...
| Software-defined radio is often treated as a software exercise. This book takes a different view. Build Your Own Software Defined Radio show...
| Your circuit works, but is it compliant? In the following video, we dive into electromagnetic compliance (EMC) basics: radiated emissions, c...
| Watch this new episode and learn about clever circuits, engineering techniques, and design hacks. We dive into 3D printing to RF, with hands...
| The “Donut” WB loop antenna shipped with some SDR receivers may be fundamentally flawed — its printed coils cancel each other out! This quic...
| Interested in topics like RF and SDR? Watch the fiftieth episode of Elektor Engineering Insights to learn about SDR satellite signal decodin...
| Curious about getting started with software-defined radio (SDR)? Explore what the Raspberry Pi 5 can do for SDR in this unboxing of the RTL-...
| Interested in RF electronics and software-defined radio? Join Elektor and Baltic Lab’s Sebastian for a deep dive into cutting-edge RF experi...