Description

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　　PCIE-5565RC-200000-350-9300875565-200000-C Other Names:

Interface Card PCIE-5565RC-200000-350-9300875565-200000-C

PCIE-5565RC-200000-350-9300875565-200000-C Reflective Memory Card

Express Node Card PCIE-5565RC-200000-350-9300875565-200000-C

Core Features and Specifications

Interface and Bus: PCI Express (PCIe) x4 lanes, compatible with PCIe 1.0a standard, supports 32/64-bit bus, adaptable to PCI, CompactPCI, VME and other multi-bus platforms.

Transmission Performance:

Fiber Rate: 2.12 Gbaud, supporting single-mode fiber (maximum 10 km) and multi-mode fiber (maximum 300 meters).

Bandwidth: 43 MByte/s to 170 MByte/s, dynamic packet length 4-64 bytes.

Latency: Data is synchronized across the entire network within 1 microsecond after being written to the local node; inter-node transmission latency is as low as hundreds of nanoseconds.

Memory and Nodes:

Onboard SDRAM: 128MB/256MB (optional parity check).

Node Support: Up to 256 nodes, can be networked in ring or star topologies; star topology requires a hub (e.g., ACC-5595).

Reliability Design:

Redundancy Mode: Supports dual-channel hot backup, CRC check, error detection and recovery.

Hardware-Level Data Synchronization: Bypasses the operating system protocol stack, using DMA for transmission, reducing CPU intervention.

Deterministic Response: Time-triggered mechanism, meeting military-grade real-time requirements (latency <1μs). Compatibility:

Interface compatible with PCI, CPCI, and VME buses; supports operating systems such as Windows, Linux, and VxWorks.

Adaptable to industrial control computers, high-performance servers, and embedded systems.

Networking Capabilities:

Supports ring and star topologies, with up to 256 nodes.

Ring networks inherently possess conflict-free and full-load characteristics; star networks utilize a hub to bypass faulty nodes, ensuring stability.

Technical Features and Advantages:

Real-time Data Sharing: Achieves low-latency, high-bandwidth data synchronization between multiple systems (such as computers, PLCs, and embedded controllers) through a shared memory architecture, suitable for distributed systems.

Compatibility: Supports real-time operating systems such as Windows, Linux, and VxWorks; adaptable to x86/ARM architectures; compatible with reflective memory products from GE and other manufacturers (such as SBS and VMIC).

Scalability: Supports dynamic packet length and multimode/single-mode fiber hybrid networking; node numbers are set via DIP switches to ensure unique identification across the entire network.

Fault Tolerance: Ring topology supports bypassing faulty nodes, while star topology enhances network reliability through hubs.

Environmental Adaptability:

Operating temperature -40°C to +85°C, storage temperature -50°C to +125°C, adaptable to harsh industrial environments.

Application Scenarios:

Aerospace: Real-time sharing of aircraft status parameters, data synchronization between ground control centers and airborne systems, ensuring flight safety.

Industrial Control: High-speed data exchange between equipment in automated production lines, improving production efficiency and accuracy, such as robot control and process monitoring.

Military Simulation: Scenarios requiring high reliability and low latency, such as battlefield simulation and weapon system testing.

Smart Manufacturing: Collaboration of equipment in smart factories, real-time synchronization of production data, optimizing processes and quality control.

Simulation and Training: Data sharing in distributed simulation systems (such as flight simulators and car crash tests), enhancing simulation accuracy.

　　Purchase Recommendations:

Performance Matching: Select appropriate transmission rates and memory capacity based on application scenarios; for example, prioritize low-latency models for high real-time requirements.

Compatibility Verification: Confirm compatibility with existing system buses, operating systems, and software (such as LabVIEW and VxWorks).

Network Topology: Select a ring or star network topology based on the number of nodes and topology requirements, using a hub to achieve redundancy and fault isolation.

After-Sales Service: Prioritize suppliers that provide driver support, technical training, and long-term maintenance.

Summary: The PCIE-5565RC-200000 is a high-performance reflective memory card from GE. With its high speed, low latency, and high reliability, it is widely used in aerospace, industrial control, military simulation, and other fields with stringent real-time data sharing requirements. When purchasing, it is necessary to comprehensively evaluate performance, compatibility, price, and after-sales service based on the specific application scenario to ensure efficient and stable system operation.

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