Linked from

The 10 pages that link to Software-defined radio, each with the reason it gives.

• Analog-to-digital converterRelated: Its receiver ADC digitizes radio-frequency or intermediate-frequency signals for software processing.

• Radio receiverCompared with: It shifts much of reception and demodulation from fixed circuits into programmable processing.

• Digital signal processingRelated: It shifts modulation, filtering, and demodulation from dedicated circuits into computation.

• Field-programmable gate arrayRelated: FPGAs implement adaptable radio signal chains, including modulation and channel processing.

• Digital-to-analog converterRelated: Transmitters use DACs to turn digitally generated waveforms into radio-frequency signals.

• Digital signal processorRelated: DSP computation can implement modulation, demodulation, and channel filtering.

• Phase modulationRelated: Software can generate and demodulate phase-modulated signals flexibly.

• DemodulationRelated: Software can implement and change demodulation methods without replacing dedicated hardware.

• Superheterodyne receiverCompared with: It can perform frequency conversion and filtering digitally instead of relying on a traditional analog chain.

• Radio-frequency engineeringRelated: It shifts many traditionally analog RF functions into programmable digital processing.