PCC 4.1 Software: Streamlined High-Speed Data Management

Next-Generation Phantom Control Software

The Phantom Camera Control (PCC) 4.1 Software platform provides a re-architectured environment for managing high-speed imaging workflows. Developed for efficiency and scalability, it enables technicians to orchestrate complex camera networks with increased confidence and reduced setup time.

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Phantom Camera Control

High-Speed, High-Resolution Monitoring

Immediate visual confirmation is critical when observing high-resolution cameras or multi-camera arrays. PCC 4.1 utilises GPU-accelerated playback to provide real-time monitoring without lag. When combined with Thumbnail Mode, the software delivers the clarity and validity required for live viewing of dynamic, high-speed events.

Advanced Motion Analysis

PCC 4.1 enables a seamless data transition into the Phantom Cine Analyzer (PCA). This integration supports both basic and advanced motion analysis workflows, ensuring that high-speed data is ready for immediate evaluation and processing.

Feature Phantom PCC 4.1
Camera Support Setups ranging from 1 to 64 cameras.
Interface Qt-based UI designed to reduce cognitive load.
Visual Monitoring GPU-accelerated playback with optimized layouts for 1 to 6 views.
Data Export Clean file naming for Python, MATLAB, LabVIEW, and C#/C++.
User Support
Comprehensive in-program tooltips and embedded help files.
Additional Resources & Technical Datasheets
→ Phantom C980J Technical Datasheet

Capabilities and Benefits

  • Complete Camera Awareness: The Tracks View provides a single-screen overview of exposure, frame rate, trigger position, and sync state for every camera before recording begins.
  • Repeatable Experiments: Project-based workflows preserve full system configurations, eliminating "hidden setting" drift across multi-day trials.
  • Streamlined Training: In-program help files allow lab teams and students to self-train, reducing the onboarding friction and dependency on senior staff.
  • Reliable Synchronisation: Maintain consistent sync even across the most sophisticated multi-camera configurations.

High-Speed Imaging Applications

Research and Development

On-board structural analysis, airbag deployment, and occupant kinematics.

Automotive and Ballistics

Canopy ejection, component durability testing, and high-G environment monitoring.

Industrial Inspection

Digital Image Correlation (DIC) and Particle Image Velocimetry (PIV).

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