So, how do you get over 110 dB dynamic range from your software receiver when the ADC only has 77 dB SNR? Simple. Create virtual bits with SDR receiver processing gain. Read more
Category: Software Defined Radio
SDR Receiver RF Front End
Your SDR receiver RF Front End may not require as much filtering as legacy receivers, as long as it’s using direct sampling. Read more
SDR Receiver ADC Performance
Your SDR receiver ADC performance depends on number of bits and a good understanding of signals versus noise. Read more
SDR Receiver Performance Overview
SDR receiver performance depends on the architecture selected and the ability of the analog-to-digital converter to handle a wide range of genuine and spurious signals. Read more
SDR Receiver Architecture – Approaching Ideal
Architecture means “the complex or carefully designed structure of something”. Let’s look at how SDR receiver architecture has evolved over time. Read more
SDR Receiver Quadrature Signals – All About Information
SDR receiver quadrature signals seem mysterious. But it’s really just about moving information over radio waves. Read more
SDRUno Workspaces Ready for Improvement
Adding more capabilities to SDRUno workspaces could provide substantial improvements for using SDRPlay. Save and recall optimized radio configurations. Read more
Radio Spectrum Processor – Good Name for SDRPlay
Radio Spectrum Processor is a good name for the SDRPlay boxes. Because they are not your normal kind of radio. Read more
Mirics MSi3101 Chipset – Heart of SDRPlay
The Mirics MSi3101 Chipset is the heart of SDRPlay RSP. It’s hard to believe that two chips the size of a fingernail produce such powerful radios. Read more
SDRUno Software Enigma – Steep Learning Curve
SDRUno software enigma is about the challenges of learning and using an otherwise excellent piece of software to control the SDRPlay radios. Read more