• Memory Configuration: Supports 128 MB or 256 MB of onboard SDRAM for fast data storage and retrieval, ensuring low-latency access to shared memory spaces .
• Data Transfer: Achieves sustained data rates of 43–170 MB/s (4–64-byte packets) over fiber-optic networks, with deterministic latency of 450–500 nanoseconds between nodes .
• Connectivity:
  • Fiber Optic: Multimode fiber up to 300 meters and single-mode fiber up to 10 kilometers, supporting star or ring topologies .
  • Electrical Interfaces: Dual Gigabit Ethernet ports, four RS-485/RS-232 serial channels, and eight digital input/output (DI/DO) channels for device integration .
• Expansion: PCIe x4 interface with support for additional modules like analog input/output (AI/AO) or wireless adapters .
• Power Requirements: Operates on 5V DC (±5%) with typical power consumption of 1.5A, featuring surge protection for stable operation .
• Environmental Ratings: Designed for 0°C–65°C operation with resistance to shock, vibration, and electromagnetic interference (EMI), meeting industrial-grade reliability standards .

• Reflective Memory Architecture: Enables transparent data sharing across up to 256 nodes, where writes to local memory are automatically replicated to all connected systems without software intervention .
• Real-Time Compatibility: Supports Linux, Windows, and VxWorks operating systems, ensuring seamless integration with real-time control and simulation software .
• Redundancy Mechanisms: Dual power inputs and network redundancy protocols (e.g., PROFINET MRP) maintain continuous operation in critical applications .
• Remote Management: Web-based configuration tools and SNMPv3 enable remote firmware updates, diagnostic monitoring, and error logging .
• Advanced Error Handling: Built-in error detection and correction mechanisms, including cyclic redundancy check (CRC) and parity validation, ensure data integrity .

• Industrial Automation: Used in factory systems for real-time coordination of robotics, conveyor belts, and process control, ensuring sub-millisecond synchronization across distributed controllers .
• Aerospace and Defense: Deployed in flight simulators and avionics testing to synchronize sensor data and control inputs across multiple nodes with nanosecond-level precision .
• Energy and Utilities: Implements grid-scale monitoring and control in smart grids, enabling rapid response to power fluctuations and renewable energy integration .
• Scientific Research: Utilized in particle accelerators and nuclear fusion experiments to manage high-speed data streams from detectors and synchronize complex experimental setups .
• Medical Imaging: Supports real-time image reconstruction and data sharing in MRI and CT systems, enhancing diagnostic accuracy and workflow efficiency .

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