RTX64 Vision

RTX64 Vision is IntervalZero’s real-time machine vision solution designed to integrate GigE Vision cameras directly into the RTX64 real-time environment. It enables deterministic image acquisition and processing for industrial automation systems, allowing developers to build high-performance vision applications using standard tools and libraries like OpenCV.

Features

• Real-Time GigE Vision Driver: Enables direct camera control and image acquisition with minimal latency.
• GenICam Compliance: Uses GenAPI to interpret camera configuration files for flexible setup.
• OpenCV Integration: Supports OpenCV within RTSS applications for advanced image processing.
• Communication Library: Facilitates seamless image transfer between RTSS and Windows environments.
• Camera Setup Tool: Assists with configuration of cameras that lack full GenICam support.
• Multi-Camera Support: Allows simultaneous control and streaming from multiple GigE Vision cameras.
• Triggering Modes: Supports both continuous and software/hardware-triggered acquisition.

Capabilities

• Deterministic Image Processing: Ensures consistent timing and performance for critical vision tasks.
• Thread and Interrupt Affinity Control: Optimizes resource allocation for real-time workloads.
• Load Balancing: Distributes processing across multiple cores and cameras without performance degradation.
• Windows Isolation: Real-time processes are protected from Windows interference, ensuring reliability.
• Flexible Deployment: Can be used in headless systems or integrated with Windows GUIs for visualization.

Benefits

• High Performance: Enables real-time image capture and processing with sub-millisecond precision.
• Reduced Complexity: Integrates with familiar tools and libraries, simplifying development.
• Scalability: Supports expansion to multiple cameras and processors without loss of determinism.
• Reliability: Continues operation even during Windows shutdowns or failures.
• Cost Efficiency: Eliminates need for proprietary vision hardware by leveraging standard GigE cameras and PC platforms.