AlexandreRouma/SDRPlusPlus
SDRPlusPlus
SDRPlusPlus ist eine plattformübergreifende Software-Defined-Radio-Suite, die zum Erfassen, Verarbeiten und Visualisieren von Hochfrequenzsignalen verwendet wird. Sie fungiert als Mehrfrequenz-Funkempfänger und Spektrumanalysator und bietet eine einheitliche Hardwareschnittstelle zum Anschluss verschiedener Funkgeräte.
Das Projekt verwendet ein modulares Signalverarbeitungs-Framework, das die Integration benutzerdefinierter Plugins und das Laden externer kompilierter Module ermöglicht. Diese Architektur unterstützt ein virtuelles Multi-Oszillator-Abstimmsystem, das die gleichzeitige Überwachung verschiedener Frequenzbänder innerhalb eines einzigen Hardware-Streams ermöglicht.
Das System deckt ein breites Spektrum an Funktionen ab, einschließlich Echtzeit-Spektrumvisualisierung via Wasserfall-Plots, automatischem Frequenz-Scanning und digitaler Signaldekodierung für Sprache und Daten. Es verwaltet zudem das Signal-Output-Routing zu System-Audio- und Netzwerk-Sinks, neben Tools für Frequenzverfolgung und Signaldatenaufzeichnung.
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.
