العربية
VMIVME-5595-208 GE Module Parts 2 Gb/s Reflective Memory Hub
The GE VMIACC-5595-208 is a 2 Gb/s Reflective Memory Hub Assembly developed for high-speed, deterministic communication between multiple computers and embedded control systems.
Designed for use with the GE Fanuc / VMIC 5565 family of reflective memory products, the hub provides up to eight optical communication ports. It enables connected network nodes to exchange data through a shared reflective memory architecture with predictable communication behavior.
The hub includes automatic port bypass functionality. When a defective or disconnected node is detected, the affected port can be bypassed to help maintain communication among the remaining network nodes.
With Ethernet and RS-232 management interfaces, the VMIACC-5595-208 also provides network status monitoring and configuration capabilities. Its 1U rack-mountable or desktop enclosure makes it suitable for industrial control rooms, simulation systems, and embedded computing environments.
- High-speed 2 Gb/s communication: Supports fast data exchange between compatible reflective memory nodes.
- Up to eight optical ports: Allows multiple network nodes to be connected through one hub.
- Automatic fault bypass: Helps prevent one disconnected node from interrupting the remaining network.
- Flexible fiber connectivity: Supports compatible multimode and single-mode optical transceivers.
- Signal regeneration: Each optical port regenerates the serial signal to support reliable network communication.
- Remote management: Ethernet and RS-232 interfaces simplify configuration and maintenance.
- Flexible installation: Supports standard 19-inch 1U rack mounting or desktop installation.
- Expandable network architecture: Multiple hubs can be cascaded to build larger reflective memory networks.
The GE VMIACC-5595-208 is suitable for applications that require high-speed and deterministic data communication. Typical applications include:
- Industrial automation and distributed control
- Gas and steam turbine control systems
- Real-time simulation platforms
- Aerospace and defense testing
- High-speed data acquisition
- Embedded computing systems
- Motion control and coordinated machine systems
- Power generation control networks
- Research and development facilities
It is a 2 Gb/s reflective memory hub used to connect compatible GE 5565 reflective memory network products and support real-time data sharing between multiple nodes.
The hub supports an optical network operating speed of up to 2 Gb/s.
It provides up to eight SFP optical ports. The installed transceivers determine the available fiber types and connection distances.
Yes. It can automatically bypass a port when it detects a loss of optical signal or valid synchronization patterns.
It is designed to operate with the GE Fanuc / VMIC 5565 family of reflective memory network products.
VMIVME-5595-208 Reflective Memory Hub
,GE Module Parts 2 Gb/s Hub
,Reflective Memory Hub Module Parts
Miss. Liliya
- Email: massive2026168@gmail.com
- Tel: +65 8056 0440
-
WhatsApp:
6580560440
-
ABB MPRC086349-001 | Original Module, In Stock
Original ABB MPRC086349-001 control module with stable real-time performance, multi-protocol communication and rugged DIN-rail design. Genuine ABB hardware, tested, 12-month warranty, MOQ 1, fast global shipping. -
IT94-3 HESG440310R2 HESG112699/B | ABB Industrial Control Module
ABB IT94-3/HESG440310R2/HESG112699/B industrial control module for DCS and automation spare-part replacement. Supports up to 100A, DIN rail mounting, compact 150g design. Label verification before shipment reduces ordering risk. Suitable for power, metallurgy, chemical, and legacy system maintenance. Bulk orders and fast inquiry handling available. -
IC695CPE305 GE Module Parts PACSystems RX3i Central Processing Unit (CPU)
The GE IC695CPE305 PACSystems RX3i CPU features a 1.1 GHz processor, 5 MB user memory, embedded Ethernet, and RS-232. It offers battery-less retention, multiple programming languages, and flexible expansion. Backed by a 1-year warranty and built for durability in extreme temperatures.
