The Mercury Computer Systems 910-08156 RINOJ-F-2.5 is a dual-channel fiber optic I/O daughter card engineered for high-speed, reliable data transfer in mission-critical and rugged environments. Each of its two independent fiber optic channels supports bidirectional communication at up to 2.5 Gbps, enabling simultaneous data input and output operations. This architecture makes the card suitable for bandwidth-intensive applications requiring deterministic, low-latency fiber connectivity.
Technical Specifications
• Data Rate: 2.5 Gbps per channel
• Channels: Dual independent fiber optic I/O
• Interface Type: Fiber optic
• Form Factor: Daughter card
• Functionality: Simultaneous bidirectional data transfer
– Key Features
• Two independent fiber optic channels for parallel data paths
• Full-duplex bidirectional communication per channel
• High data throughput suitable for demanding compute and signal processing workloads
• Daughter card integration for modular system expansion
– Typical Applications
High-performance data transfer in demanding environments, including rugged computing systems, mission-critical signal processing, and applications requiring isolated fiber optic interconnects between processing nodes or external subsystems.
– Compatibility & Integration
The card integrates as a daughter card module. System and chassis compatibility requirements are defined by the host platform specifications. Consult your Mercury Computer Systems platform documentation for slot availability and pinout details.
