Features:
VMIxxx-5565 reflective memory networking products for GE Fanuc embedded systems
Provides up to 8 port (SFP) transceivers using small size pluggable
The hub component can be cascaded up to 256 nodes
Automatically bypass faulty or disconnected sections of the fiber network
● Automatic bypass can be selected to control loss of signal or loss of synchronization by mode
Each end C regenerates the serial optical signal, eliminating link losses and reducing jitter
It is configured for use with cables up to 10km in length
●10BaseT Ethernet TCP/IP port for remote access and control
*RS232 port for local access and control
A 19-inch 1U rack or desktop case is available
Internal universal power supply
● Dark option to turn off the board's transmitter if the receiver does not detect a signal (available for firmware)
Version 02.00 and above)
Advantages:
Strong real-time: ACC-5595-217 reflective memory switch uses high-speed optical fiber network shared storage technology, fast data transmission speed, with strict transmission certainty and predictability.
Easy to use: ACC-5595-217 provides an easy to use solution that eliminates the need to write and test application code, write corresponding documentation, and maintain assembly and decoding information.
High communication efficiency: Network communication does not need to be completed with a variety of network protocols, the host machine load is light, and the software and hardware platforms are adaptable.
Low cost: ACC-5595-217 can greatly save the cost of software development and shorten the time to market of products.
Cons:
Higher price: ACC-5595-217 Compared to traditional networking technology, the reflected memory switch price is higher, may increase the cost of the system.
Poor scalability: Reflected memory switches have a limited number of nodes and poor scalability, and may not be able to meet the needs of large-scale systems.
High environmental requirements: ACC-5595-217 reflective memory switch has certain requirements on environmental factors such as operating temperature and humidity, and may need to operate under specific environmental conditions.
