Cambridge Pixel’s SPx Advancement Library: A catalyst for Radar Software Innovation
This powerful toolkit empowers developers to swiftly create or enhance radar-centric software applications, offering a high degree of customization.
the library supports a variety of applications, including Command & Control (C2) systems, Vessel Traffic Management Systems (VTMS), and counter-drone displays. It provides essential tools for sophisticated radar processing and visualization.
Versatile Development Habitat
The SPx Development Library is equipped with a diverse array of C++ and .NET classes, along with sample applications and extensive documentation.
This setup allows developers to craft tailored radar applications that meet specific requirements, seamlessly integrating radar and video processing functionalities.
Notable Features
- Optimized for standard hardware,leveraging the power of contemporary multi-core processors and graphics units,ensuring high performance with minimal CPU load.
Compatible with open-standard network radar data protocols for effortless integration.- Offers flexible licensing options for both Windows and Linux operating systems.
- Extensive engineering support is included to assist throughout the development and implementation stages.
Compatible with open-standard network radar data protocols for effortless integration.explore the complete specifications here >>Â
Overview of Modules
The library comprises a robust collection of modules:
- Software Scan Conversion for PPI, A-Scan, and B-Scan visualizations.
- Dynamic thresholding (cell-averaging CFAR) for accurate target detection.
- Clutter Processing to eliminate unwanted radar signals.
- Plot extraction for isolating and identifying radar targets.
- Radar Recording & Replay functionalities, among others.
The SPx Development Library is structured into several software modules, each designed with specific inputs, outputs, and control parameters. Users can seamlessly integrate SPx modules into C++ or .NET projects, utilizing only the necessary functionalities.
Multiple SPx components can be interconnected to form a comprehensive processing sequence. Applications maintain control over each module’s settings, allowing users to add additional modules to enhance capabilities.
Should a system require an upgrade or enhancement, SPx modules can be easily swapped out for compatible functions, leaving the remainder of the system intact.
Discover more about the SPx Development Library >>
