Description
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VMIAC-5595-204 Other names:
Reflective hosting hub VMIAC-5595-204
VMIAC-5595-204 Reflective Memory Card
Reflective Memory Hub VMIAC-5595-204
VMIAC-5595, also known as ACC-5595 Reflective Memory Hub, is a high-performance network device designed for real-time applications that require deterministic data communication. It runs in a reflective memory network ecosystem, providing a hosted hub solution for connecting multiple nodes in a fiber optic network.
The following is a breakdown of its main features and functions based on the provided sources:
Product Overview
Model: VMIAC-5595-204
Type: Reflective Memory Hub Component
Function: Manage data exchange in reflective memory networks to ensure efficient network operation.
Main features:
Data rate: Supports data rates up to 2 Gb/s, ensuring fast and efficient data transmission over the network.
Automatic bypass: capable of automatically bypassing defective or disconnected nodes in the network, while maintaining the operational integrity of other nodes.
Scalability: Hub components can be cascaded and support up to 256 nodes, providing extensive scalability for large-scale deployment.
Port configuration: Provides up to 8 ports using small form factor pluggable (SFP) transceivers, allowing flexible connection options.
Compatibility: Designed for use with 5565 series reflective memory products, ensuring seamless integration with existing reflective memory networks.
Flexible configuration: It can be configured as a 19 inch 1U rack mounted cabinet or desktop cabinet to adapt to different installation environments. Universal power design, supporting almost any international power standard, convenient for use worldwide.
Remote monitoring and control: Users can monitor and control the hub from a PC or remote location through RS232 and Ethernet ports. The status information includes detection of installed transceivers, detection of signals (light), detection of effective synchronization modes, and port operation speed.
System optimization: Several VMIAC-5595 components can be cascaded to form a management hub array that supports up to 256 nodes, meeting large-scale network requirements. Each port reproduces serial optical signals, eliminating insertion loss and cable attenuation issues, while reducing jitter and improving signal quality.
Operational highlights:
The ACC-5595 Reflective Memory Hub is particularly useful in environments where high-speed, deterministic data sharing is crucial, such as distributed simulation systems, industrial automation, and aerospace applications.
It can automatically bypass faulty nodes, ensuring continuous operation even in the event of hardware failure or disconnection, thereby improving network reliability.
This hub supports cascading configuration, which means it can be part of a larger network setup involving multiple hubs, significantly increasing the size and complexity of the network without affecting performance.
Application:
Given its functionality, ACC-5595 is highly suitable for real-time network applications that require reflective memory, including but not limited to:
Distributed simulation system
Industrial Automation Network
Aerospace and Defense Communications
Real time data sharing across multiple nodes
Conclusion:
The ACC-5595 Reflective Memory Hub is an excellent and powerful solution for creating high-performance, reliable networks that can support demanding real-time applications. Its automatic bypass function, scalability, and compatibility with various reflective memory products make it a versatile choice for developers and system architects seeking to implement efficient, fault-tolerant network solutions, providing hosted solutions for connecting and managing multiple nodes. It can automatically bypass faulty nodes, combined with its high data rate and scalability, making it an essential tool for applications that require reliable, real-time data sharing and synchronization.
All products on this website are special products, and market prices have been fluctuating,
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Model recommendation:
ACC-5595-208 350-805595-208N
VMIACC-5595-204
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