🌐 PY-SDR v2.0 - Real-Time Spectrum Visualization Tool
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Published 2024-02-01
🔗 GitHub Repository:
github.com/netx421/pysdr3d.git
github.com/netx421/pysdr3d
🚀 Welcome to PY-SDR v2.0, a powerful real-time spectrum visualization tool built using PyQt5 and Matplotlib. This application leverages the capabilities of RTL-SDR (Software Defined Radio) to provide a dynamic and interactive representation of radio frequency spectra.
📡 Key Features:
Real-Time Spectrum Analysis: Capture and analyze radio frequency spectra in real-time with a customizable FFT size.
3D and 2D Waterfall Views: Visualize the spectrum data in both 3D and 2D waterfall plots for a comprehensive understanding.
Dark Theme: Enjoy a sleek and modern user interface with a dark theme for extended usage comfort.
Custom Colormaps: Toggle between standard and high-definition colormaps to enhance visualization.
🔧 Configuration:
Set your desired RTL-SDR parameters, including sample rate, center frequency, and gain.
Easily adjust the capture duration, FFT size, and other parameters to suit your needs.
🎨 Custom Colormaps:
Choose between the vintage_amber_spectrum or custom_reds_high_def colormaps for a personalized viewing experience.
🚨 Usage Instructions:
Enter the desired frequency (in MHz) in the provided input field.
Click "Set Frequency" to update the center frequency of RTL-SDR.
Hit "Start" to commence real-time spectrum capture.
Toggle "Dark Matter" for a different visual experience.
Use "Stop" to halt the capture process.
⚙️ Technical Details:
Developed with PyQt5 for the graphical user interface.
Utilizes Matplotlib for real-time spectrum visualization.
Implements multithreading for efficient data capture without freezing the UI.
👩💻 How to Use:
Download and install the required dependencies (PyQt5, Matplotlib, NumPy, rtlsdr).
Run the PY-SDR v2.0 script and explore the fascinating world of real-time spectrum