| With this kit you'll be able to receive frequencies from 500 kHz up to 1.75 GHz, which will allow you to use this device in a number of diff...
| With this kit you'll be able to receive frequencies from 500 kHz up to 1.75 GHz, which will allow you to use this device in a number of diff...
| The WSPR (Weak Signal Propagation Reporter, pronounced ‘whisper’) radio transmission technique was developed to enable considerable distance...
| LimeSDR Mini -- Functions Maxi! A pocket-sized SDR for transmitting and receiving
| Author Burkhard Kainka’s inspiring Foreword in the book I’m reviewing here has important clues as to why software defined radio (SDR) is a h...
| Software-defined radio (SDR) offers an alternative design approach compared to traditional radio frequency (RF) design techniques. This arti...
| Analog Devices’ ADALM-PLUTO SDR Active Learning Module (PlutoSDR) introduces the fundamentals of software-defined radio (SDR), radio frequen...
| One LimeSDR Mini from Lime Micro and one Raspberry Pi Zero have been used to create an open-source pocket-sized DVB (digital video broadcast...
| A new kit jointly created by Lime Microsystems and seeed studio is claimed to provide everything you need to get started learning SDR basics...
| When a suitable radio add-on board is added to the FPGA-DSP board presented in Part 1 a powerful and high-quality Software Defined Radio (SD...
| It’s that time again – Elektor's July & August 2017 edition is now available for purchase! This issue is packed full of things to keep you e...