The GE PXI-5565 Reflective Memory Module provides high-speed, low-latency, deterministic data sharing for real-time applications. It uses a unique optical ring-based architecture, enabling data transfer rates of up to 170 MB/s with minimal latency, jitter, and variation. This makes it ideal for applications demanding precise synchronization and real-time data exchange between multiple systems.

Key Features

• High-speed data transfer: Sustained data rate up to 170 MB/s.
• Low latency: Deterministic transfer with 450 to 500 nanoseconds of latency between nodes.
• Error management: Error detection and correction ensure data integrity.
• Scalability: Supports up to 256 nodes on a single network.
• Versatility: Available in various form factors, including PCI Express, PCI, VME, and PMC.
• Software compatibility: Compatible with many operating systems and software packages.

Applications

• Real-time test and measurement: Share data between instruments, controllers, and data acquisition systems.
• Industrial automation: Synchronize PLCs, distributed control systems, and other industrial equipment.
• High-performance computing: Share data between multiple processors and servers.
• Medical imaging: Transfer large image datasets between workstations and storage devices.
• Military and defense: Share sensor data and situational awareness information.

Technical Specifications

• Data transfer rate: Up to 170 MB/s.
• Latency: 450 to 500 ns.
• Packet size: 4 to 64 bytes.
• Network topology: Optical ring.
• Node capacity: Up to 256 nodes.
• Form factors: PCI Express, PCI, VME, PMC.
• Operating systems: Windows, Linux, VxWorks, RTX, Phar Lap.

Benefits

• Improved system performance: Share data more efficiently and reduce overall system latency.
• Simplified system design: Eliminate the need for complex cabling and data synchronization mechanisms.
• Enhanced scalability: Easily add nodes to the network as your system requirements grow.
• Reduced development time: Leverage pre-built software libraries and drivers to simplify application development.