AlexandreRouma/SDRPlusPlus
SDRPlusPlus
SDRPlusPlus is a cross-platform software-defined radio suite used for capturing, processing, and visualizing radio frequency signals. It functions as a multi-frequency radio receiver and spectrum analyzer, providing a unified hardware interface to connect various radio devices.
The project employs a modular signal processing framework that allows for the integration of custom plugins and the loading of external compiled modules. This architecture supports a multi-oscillator virtual tuning system, enabling the simultaneous monitoring of different frequency bands within a single hardware stream.
The system covers a broad range of capabilities including real-time spectrum visualization via waterfall plots, automatic frequency scanning, and digital signal decoding for voice and data. It also manages signal output routing to system audio and network sinks, alongside tools for frequency tracking and signal data recording.
Features
- Radio Frequency Signal Processing - Provides a comprehensive suite for capturing, processing, and analyzing radio frequency signals using software-defined radio hardware.
- Software Defined Radios - Functions as a complete software-defined radio suite for capturing and analyzing the wireless spectrum.
- Real-Time Spectrum Visualization Pipelines - Processes raw spectrum data into a real-time waterfall plot for continuous visual frequency analysis.
- RF Spectrum Visualizers - Displays real-time waterfall plots of the radio spectrum to identify and locate active signals.
- Multi-Frequency Monitoring - Implements a multi-oscillator virtual tuning system to monitor different frequency bands simultaneously within a single hardware stream.
- Virtual Tuning - Supports a multi-oscillator virtual tuning system to monitor different frequency bands within a single hardware stream.
- Multi-Protocol Decoders - Implements multi-protocol decoders to translate captured radio waves into usable voice, digital, and satellite data.
- Signal Processing Frameworks - Provides a modular signal processing framework for implementing custom radio decoders and specialized processing chains.
- Virtual Radio Receivers - Acts as a multi-frequency radio receiver capable of monitoring multiple virtual oscillators simultaneously.
- Signal Processing Pipelines - Provides a modular signal chain that arranges processing components in a sequence for tailored radio frequency manipulation.
- Plugin-Based Architectures - Employs a plugin-based architecture that allows third-party developers to integrate custom signal decoders.
- Radio Signal Decoders - Translates captured radio waves into usable voice and data formats using specialized digital mode decoders.
- Spectrum Analysis - Identifies and tracks active signal sources via real-time waterfall plots and frequency scanning.
- Processed Signal Routing - Routes processed radio signals to system audio, network sinks, and mobile device outputs.
- Wireless Signal Recorders - Captures live radio streams and saves raw radio frequency data to storage for offline analysis.
- Remote Signal Distribution - Directs processed radio streams to network sinks and mobile devices for remote listening.
- Dynamic Library Loading - Loads compiled external modules at runtime to extend hardware support and processing capabilities without recompiling.
- Hardware Abstraction Layers - Implements a hardware abstraction layer to decouple high-level radio logic from specific device drivers across platforms.
- Signal Processing Plugins - Supports the integration of custom plugins to extend signal processing and interface capabilities.
- Pluggable Module Loading - Dynamically loads external compiled modules at runtime to provide specialized hardware support and processing capabilities.
- Signal Processing Chain Configurations - Provides a manager interface and configuration files to customize the active signal processing components in the radio chain.
- SDR - Provides a unified hardware interface and control layer to connect various SDR devices to the software.
- Automatic Frequency Scanning - Automatically searches across frequency ranges to detect and identify active radio signals.
Star history
How this analysis was created: This summary and feature list were written by an AI model that read the project's README and public documentation pages. Each feature links to the documentation it came from; stars, license and language come straight from the GitHub API. The model does not read the source code, and the analysis is refreshed when the project is re-analysed. Learn more on our About page.
