The Curtiss-Wright / Systran SCRAMNet Network Table Quad Switch is a high-performance networking device for real-time data processing and deterministic communication environments. It manages interconnection across four independent network segments, enabling intelligent switching and routing of data packets with minimal, predictable latency. The architecture prioritizes low-latency, deterministic data delivery essential for high-performance computing, simulation, and control systems requiring robust network management and reliable data exchange.
Technical Specifications
Network Architecture:
• Four (4) distinct network segments supported
• Intelligent switching and routing between connected segments
• Minimal, predictable latency for real-time operations
• High-volume data traffic capacity across network interfaces
Connectivity:
• Four (4) network interfaces
• Standard high-speed networking interfaces compatible with SCRAMNet environments
Protocol Support:
• SCRAMNet (Synchronous Communication Random Access Memory Network) protocol compliance
• Integration with high-performance computing systems and real-time operating systems
– Key Features
• Deterministic communication for time-critical applications
• Real-time data transfer with engineered low latency
• Network segmentation and management across four independent channels
• Optimized packet switching and routing performance
– Typical Applications
• High-performance computing environments
• Real-time simulation systems
• Deterministic control platforms
• Multi-segment network infrastructure requiring synchronized data distribution
– Compatibility & Integration
Full SCRAMNet protocol compatibility ensures seamless integration within existing SCRAMNet infrastructure and specialized control platforms. The device supports integration with real-time operating systems and high-performance computing architectures requiring deterministic network performance.
