GE PCI-5565PIORC-110000
The GE PCI-5565PIORC-110000 is a high-performance fiber reflection memory node card. It is designed for use in real-time fiber network environments and is especially suitable for scenarios requiring high-speed data sharing and processing. Based on PCI interface, the card can realize high-speed data transmission between nodes without CPU intervention, which greatly improves the efficiency and real-time data transmission.
Main function
High-speed data sharing: Allows up to 256 independent systems (nodes) to share data at a rate of 170 Mbyte per second.
Low latency: Provides a low-latency, deterministic interface to ensure real-time data transmission.
High bandwidth: Large bandwidth design to meet the requirements of high data throughput.
Easy integration: Based on PCI interface, it is easy to integrate into various systems.
Product parameters and specifications
Interface type: PCI
Memory capacity: 128 MB or 256 MB onboard SDRAM
Data transfer rate: up to 170 Mbyte/s
Number of nodes: A maximum of 256 nodes are supported
Communication protocol: Optical fiber communication protocol
Physical size: depends on the model
peculiarity
High performance: Provides high speed, low latency data transmission.
High reliability: Suitable for industrial applications.
Flexible configuration: Supports multiple configuration options to meet different application requirements.
Easy to use: Rich software development tools.
Apply
Distributed simulation: Sharing large amounts of data between multiple nodes enables real-time simulation.
Industrial control: In the industrial control system to achieve high-speed data exchange, improve the system response speed.
Test and measurement: For high-performance test and measurement systems.
Aerospace: Real-time data processing for aerospace applications.
Matters needing attention
Compatibility: Make sure the module is compatible with your system, including PCI interface, operating system, etc.
Driver: The appropriate driver needs to be installed.
Reviews
There are no reviews yet.