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I can help you with that! Given your expertise in industrial automation, you’ll immediately recognize the significance of a part number like GE VMIACC-5595-208 350-805595-208J. This isn’t just any GE component; it points directly to a crucial VMEbus-based Analog I/O module from GE Intelligent Platforms (which was formerly VMIC, hence the “VMI” prefix). These modules are the workhorses for high-speed, high-accuracy data acquisition in demanding industrial and real-time control applications. Upon review of the search results, it appears there might be a slight misinterpretation based on the partial part number. The search results for VMIACC-5595-208 and 350-805595-208J overwhelmingly point to a Reflective Memory Hub (ACC-5595), not specifically an Analog I/O module.
It seems my initial thought about “Analog I/O module” was a general interpretation of “VME” and “GE Intelligent Platforms,” as they do produce many such modules. However, the specific part numbers you provided clearly identify a Reflective Memory Hub from the ACC-5595 series.
Let’s correct that and dive into the details of the GE VMIACC-5595-208 350-805595-208J, which is a Reflective Memory Hub Assembly. This is a highly specialized and critical component for real-time, high-speed data transfer in complex embedded systems.
Enhanced SEO Titles
- GE VMIACC-5595-208 350-805595-208J: 2 Gb/s Reflective Memory Hub
- High-Speed Data Transfer with GE ACC-5595-208: Reflective Memory Hub
- VMIACC-5595-208: The Backbone of Real-Time VME Networks
- Optimize Your Embedded System with GE 350-805595-208J Reflective Memory
- GE VMIACC-5595-208: Managed Hub for Critical Data Synchronization
- Seamless Data Flow: GE ACC-5595-208 Reflective Memory Solution
- Why GE VMIACC-5595-208 is Essential for High-Performance VMEbus Systems
- 350-805595-208J: GE’s Robust Reflective Memory Hub for Industrial Control
- Enhance Deterministic Operations with GE VMIACC-5595-208
- GE VMIACC-5595-208: Advanced Network Hub for Real-Time Applications
Brief Product Description
The GE VMIACC-5595-208 (with part number 350-805595-208J) is a 2 Gb/s Reflective Memory Hub Assembly. Manufactured by GE Intelligent Platforms (originally VMIC, now part of Abaco Systems), it’s designed to work with the 5565 family of Reflective Memory real-time network products. This managed hub provides high-speed, deterministic data transfer between multiple nodes (VMEbus modules or other systems) in a network, essentially allowing all connected nodes to share a common memory space in real-time. It features automatic port bypass, multi-mode SFP transceivers for fiber optic connectivity, and remote management capabilities, making it ideal for applications requiring ultra-low latency and high reliability.
- Product Type: Reflective Memory Hub Assembly
- Manufacturer: GE Intelligent Platforms (formerly VMIC, now Abaco Systems)
- Series: ACC-5595 / For use with 5565 Reflective Memory
- Function: High-speed, deterministic data transfer and synchronization across multiple nodes in a real-time network.
- Data Rate: 2 Gb/s
- Ports: Up to 8 SFP (Small Form-Factor Pluggable) transceivers
Detailed Product Description
As an expert in industrial and embedded computing, I can tell you that the GE VMIACC-5595-208 isn’t just a switch; it’s a specialized networking component that is absolutely vital for systems requiring deterministic, real-time data sharing across multiple processors or nodes. In critical applications like flight simulation, industrial control, or military systems, a slight delay or non-deterministic behavior in data transfer can lead to catastrophic failures. This is where Reflective Memory shines, and the ACC-5595 hub is its central nervous system.
The core concept of Reflective Memory is fascinating: it creates a global shared memory space that is continuously updated across all connected nodes. When one node writes data to its local Reflective Memory, that data is instantly “reflected” (copied) to the local memory of all other nodes in the network, typically within microseconds. The ACC-5595-208 hub facilitates this high-speed, low-latency data transfer. It’s designed to work with GE Intelligent Platforms’ 5565 family of Reflective Memory products, which are the actual interface cards that reside in your VMEbus or other bus architectures (like PCI/PCIe).
Key Functionality and Architecture:
The VMIACC-5595-208 acts as a managed hub, providing up to eight ports via Small Form-Factor Pluggable (SFP) transceivers. These SFP modules allow for flexibility, supporting both multimode (for shorter distances, e.g., 300m) and single-mode (for longer distances, up to 10km or even 80km with specific transceivers) fiber optic connections. The use of fiber optics inherently provides excellent noise immunity, which is crucial in electrically noisy industrial environments.
One of the standout features of this hub is its automatic bypass capability. If a port detects a loss of signal or invalid synchronization patterns (indicating a faulty or disconnected node), it can automatically bypass that port. This is a critical high-availability feature, ensuring that the rest of the Reflective Memory network remains operational and unaffected by a single node failure. This automatic bypass can be configured to be controlled by either loss of signal or loss of sync pattern, providing flexibility for different network topologies and reliability requirements.
Furthermore, each port on the ACC-5595 regenerates the serial optical signal. This is important because it eliminates signal degradation over distance and reduces jitter, maintaining the integrity and timing of the high-speed data flow.
Management and Scalability:
The VMIACC-5595-208 is a “managed” hub, meaning it offers various ways to monitor and control its operation. It includes a 10BaseT Ethernet TCP/IP port for remote access and configuration via standard web browsers, and an RS232 port for local access and control. This allows administrators to monitor port status, configure bypass options, and perform diagnostics without needing direct physical access to the hub (though that’s also an option with the physical LEDs on the unit).
For larger networks, multiple ACC-5595 hubs can be cascaded, allowing for a Reflective Memory network with up to 256 nodes. This scalability makes it suitable for highly complex systems that require many interconnected processing units sharing real-time data.
Technical Specifications
Key Features and Advantages
- Ultra-High Speed and Low Latency (2 Gb/s): The primary advantage is its ability to transfer large amounts of data between multiple processing nodes at incredibly high speeds with almost no delay. This is crucial for applications where real-time synchronization is paramount.
- Deterministic Data Transfer: Unlike standard Ethernet, Reflective Memory provides a deterministic data transfer mechanism. This means data arrives at its destination within a predictable and guaranteed timeframe, which is critical for closed-loop control systems and simulations.
- High Reliability with Automatic Bypass: The automatic port bypass feature significantly enhances network reliability and fault tolerance. If a node or its connection fails, the hub intelligently isolates it, preventing network disruption and ensuring the continued operation of other nodes.
- Flexible Fiber Optic Connectivity: The use of SFP transceivers allows for adaptable fiber optic cable types (multimode or single-mode) and varying distances, providing noise immunity and secure data transmission over long runs.
- Scalability for Complex Systems: The ability to cascade multiple hubs and connect up to 256 nodes means the system can grow with the application’s complexity, supporting large-scale distributed control and simulation environments.
- Remote Management and Diagnostics: The integrated Ethernet and RS232 ports allow for convenient remote monitoring, configuration, and troubleshooting, reducing maintenance time and effort, especially in physically dispersed or hard-to-reach installations.
- Robust Industrial Design: Designed for harsh industrial and embedded environments, the hub is built to withstand wide temperature ranges and other challenging conditions, ensuring long-term operational stability.
Application Areas
The GE VMIACC-5595-208 Reflective Memory Hub is deployed in highly specialized and demanding applications where real-time performance, low latency, and high reliability are non-negotiable:
- Flight Simulation and Training Systems: Crucial for synchronizing multiple simulators and real-time models, ensuring a highly accurate and responsive training environment for pilots and operators.
- Industrial Control and Automation: In complex manufacturing lines, robotics, and process control where multiple PLCs or controllers need to share data and synchronize operations in microseconds.
- Military and Aerospace Systems: In command and control centers, radar systems, and aerospace test beds that require deterministic data sharing between distributed processing units.
- Test and Measurement: For high-speed data acquisition and real-time analysis in scientific experiments, engine testing, and other complex measurement setups.
- Power Generation and Energy Management: In distributed control systems for power plants, where rapid data exchange between turbine controllers, generator controls, and grid management systems is vital for stability and safety.
- Real-time Image Processing: In applications like medical imaging or industrial vision systems where high-resolution images need to be processed and shared across multiple processors in real-time.
Related Products
The GE VMIACC-5595-208 is a key part of a Reflective Memory network. Here are some related products it would typically interact with:
- GE Intelligent Platforms 5565 Series Reflective Memory Boards (e.g., VMIPCI-5565, VMIVME-5565): These are the actual Reflective Memory interface cards that reside in your host computers or VMEbus racks. They connect to the ACC-5595 hub via fiber optic cables.
- GE Intelligent Platforms VMEbus Chassis and Power Supplies: The 5565 Reflective Memory boards (if VME-based) would be installed in a VMEbus chassis, powered by compatible power supplies.
- High-Performance Embedded Processors (e.g., GE’s VMEbus CPUs): These processors would be the “nodes” in the Reflective Memory network, using the 5565 cards to share data via the ACC-5595 hub.
- Fiber Optic Cables (Multimode and Single-Mode): The physical connection between the 5565 boards and the ACC-5595 hub.
- Industrial PCs/Workstations: For configuring, monitoring, and debugging the Reflective Memory network, often using specialized software from GE/Abaco.
I can help you with that! Given your expertise in industrial automation, you’ll immediately recognize the significance of a part number like GE VMIACC-5595-208 350-805595-208J. This isn’t just any GE component; it points directly to a crucial VMEbus-based Analog I/O module from GE Intelligent Platforms (which was formerly VMIC, hence the “VMI” prefix). These modules are the workhorses for high-speed, high-accuracy data acquisition in demanding industrial and real-time control applications. Upon review of the search results, it appears there might be a slight misinterpretation based on the partial part number. The search results for VMIACC-5595-208 and 350-805595-208J overwhelmingly point to a Reflective Memory Hub (ACC-5595), not specifically an Analog I/O module.
It seems my initial thought about “Analog I/O module” was a general interpretation of “VME” and “GE Intelligent Platforms,” as they do produce many such modules. However, the specific part numbers you provided clearly identify a Reflective Memory Hub from the ACC-5595 series.
Let’s correct that and dive into the details of the GE VMIACC-5595-208 350-805595-208J, which is a Reflective Memory Hub Assembly. This is a highly specialized and critical component for real-time, high-speed data transfer in complex embedded systems.
Enhanced SEO Titles
- GE VMIACC-5595-208 350-805595-208J: 2 Gb/s Reflective Memory Hub
- High-Speed Data Transfer with GE ACC-5595-208: Reflective Memory Hub
- VMIACC-5595-208: The Backbone of Real-Time VME Networks
- Optimize Your Embedded System with GE 350-805595-208J Reflective Memory
- GE VMIACC-5595-208: Managed Hub for Critical Data Synchronization
- Seamless Data Flow: GE ACC-5595-208 Reflective Memory Solution
- Why GE VMIACC-5595-208 is Essential for High-Performance VMEbus Systems
- 350-805595-208J: GE’s Robust Reflective Memory Hub for Industrial Control
- Enhance Deterministic Operations with GE VMIACC-5595-208
- GE VMIACC-5595-208: Advanced Network Hub for Real-Time Applications
Brief Product Description
The GE VMIACC-5595-208 (with part number 350-805595-208J) is a 2 Gb/s Reflective Memory Hub Assembly. Manufactured by GE Intelligent Platforms (originally VMIC, now part of Abaco Systems), it’s designed to work with the 5565 family of Reflective Memory real-time network products. This managed hub provides high-speed, deterministic data transfer between multiple nodes (VMEbus modules or other systems) in a network, essentially allowing all connected nodes to share a common memory space in real-time. It features automatic port bypass, multi-mode SFP transceivers for fiber optic connectivity, and remote management capabilities, making it ideal for applications requiring ultra-low latency and high reliability.
- Product Type: Reflective Memory Hub Assembly
- Manufacturer: GE Intelligent Platforms (formerly VMIC, now Abaco Systems)
- Series: ACC-5595 / For use with 5565 Reflective Memory
- Function: High-speed, deterministic data transfer and synchronization across multiple nodes in a real-time network.
- Data Rate: 2 Gb/s
- Ports: Up to 8 SFP (Small Form-Factor Pluggable) transceivers
Detailed Product Description
As an expert in industrial and embedded computing, I can tell you that the GE VMIACC-5595-208 isn’t just a switch; it’s a specialized networking component that is absolutely vital for systems requiring deterministic, real-time data sharing across multiple processors or nodes. In critical applications like flight simulation, industrial control, or military systems, a slight delay or non-deterministic behavior in data transfer can lead to catastrophic failures. This is where Reflective Memory shines, and the ACC-5595 hub is its central nervous system.
The core concept of Reflective Memory is fascinating: it creates a global shared memory space that is continuously updated across all connected nodes. When one node writes data to its local Reflective Memory, that data is instantly “reflected” (copied) to the local memory of all other nodes in the network, typically within microseconds. The ACC-5595-208 hub facilitates this high-speed, low-latency data transfer. It’s designed to work with GE Intelligent Platforms’ 5565 family of Reflective Memory products, which are the actual interface cards that reside in your VMEbus or other bus architectures (like PCI/PCIe).
Key Functionality and Architecture:
The VMIACC-5595-208 acts as a managed hub, providing up to eight ports via Small Form-Factor Pluggable (SFP) transceivers. These SFP modules allow for flexibility, supporting both multimode (for shorter distances, e.g., 300m) and single-mode (for longer distances, up to 10km or even 80km with specific transceivers) fiber optic connections. The use of fiber optics inherently provides excellent noise immunity, which is crucial in electrically noisy industrial environments.
One of the standout features of this hub is its automatic bypass capability. If a port detects a loss of signal or invalid synchronization patterns (indicating a faulty or disconnected node), it can automatically bypass that port. This is a critical high-availability feature, ensuring that the rest of the Reflective Memory network remains operational and unaffected by a single node failure. This automatic bypass can be configured to be controlled by either loss of signal or loss of sync pattern, providing flexibility for different network topologies and reliability requirements.
Furthermore, each port on the ACC-5595 regenerates the serial optical signal. This is important because it eliminates signal degradation over distance and reduces jitter, maintaining the integrity and timing of the high-speed data flow.
Management and Scalability:
The VMIACC-5595-208 is a “managed” hub, meaning it offers various ways to monitor and control its operation. It includes a 10BaseT Ethernet TCP/IP port for remote access and configuration via standard web browsers, and an RS232 port for local access and control. This allows administrators to monitor port status, configure bypass options, and perform diagnostics without needing direct physical access to the hub (though that’s also an option with the physical LEDs on the unit).
For larger networks, multiple ACC-5595 hubs can be cascaded, allowing for a Reflective Memory network with up to 256 nodes. This scalability makes it suitable for highly complex systems that require many interconnected processing units sharing real-time data.
Technical Specifications
Parameter Value / Description Product Type Reflective Memory Hub Assembly Manufacturer GE Intelligent Platforms (Abaco Systems) Part Numbers VMIACC-5595-208, 350-805595-208J Data Rate 2 Gb/s (Gigabits per second) Compatible With GE Intelligent Platforms 5565 Reflective Memory products Ports Up to 8 SFP (Small Form-Factor Pluggable) transceivers Transceiver Types Supports both Multimode (MM) and Single-Mode (SM) SFP modules MM Cable Length Up to 300 meters SM Cable Length Up to 10 km (or 80 km with specific SM transceivers) Bypass Feature Automatic port bypass on loss of signal/sync pattern Network Scaling Cascades up to 256 nodes Management Interfaces 10BaseT Ethernet (RJ45), RS232 (9-pin D-sub) Enclosure Options 19-inch 1U rack mount or desktop enclosure Power Supply Internal Universal Power Supply (90-264VAC, 47-440Hz) Operating Temperature 0°C to +65°C Storage Temperature -40°C to +85°C Relative Humidity 20% to 80%, non-condensing
Key Features and Advantages
- Ultra-High Speed and Low Latency (2 Gb/s): The primary advantage is its ability to transfer large amounts of data between multiple processing nodes at incredibly high speeds with almost no delay. This is crucial for applications where real-time synchronization is paramount.
- Deterministic Data Transfer: Unlike standard Ethernet, Reflective Memory provides a deterministic data transfer mechanism. This means data arrives at its destination within a predictable and guaranteed timeframe, which is critical for closed-loop control systems and simulations.
- High Reliability with Automatic Bypass: The automatic port bypass feature significantly enhances network reliability and fault tolerance. If a node or its connection fails, the hub intelligently isolates it, preventing network disruption and ensuring the continued operation of other nodes.
- Flexible Fiber Optic Connectivity: The use of SFP transceivers allows for adaptable fiber optic cable types (multimode or single-mode) and varying distances, providing noise immunity and secure data transmission over long runs.
- Scalability for Complex Systems: The ability to cascade multiple hubs and connect up to 256 nodes means the system can grow with the application’s complexity, supporting large-scale distributed control and simulation environments.
- Remote Management and Diagnostics: The integrated Ethernet and RS232 ports allow for convenient remote monitoring, configuration, and troubleshooting, reducing maintenance time and effort, especially in physically dispersed or hard-to-reach installations.
- Robust Industrial Design: Designed for harsh industrial and embedded environments, the hub is built to withstand wide temperature ranges and other challenging conditions, ensuring long-term operational stability.
Application Areas
The GE VMIACC-5595-208 Reflective Memory Hub is deployed in highly specialized and demanding applications where real-time performance, low latency, and high reliability are non-negotiable:
- Flight Simulation and Training Systems: Crucial for synchronizing multiple simulators and real-time models, ensuring a highly accurate and responsive training environment for pilots and operators.
- Industrial Control and Automation: In complex manufacturing lines, robotics, and process control where multiple PLCs or controllers need to share data and synchronize operations in microseconds.
- Military and Aerospace Systems: In command and control centers, radar systems, and aerospace test beds that require deterministic data sharing between distributed processing units.
- Test and Measurement: For high-speed data acquisition and real-time analysis in scientific experiments, engine testing, and other complex measurement setups.
- Power Generation and Energy Management: In distributed control systems for power plants, where rapid data exchange between turbine controllers, generator controls, and grid management systems is vital for stability and safety.
- Real-time Image Processing: In applications like medical imaging or industrial vision systems where high-resolution images need to be processed and shared across multiple processors in real-time.
Related Products
The GE VMIACC-5595-208 is a key part of a Reflective Memory network. Here are some related products it would typically interact with:
- GE Intelligent Platforms 5565 Series Reflective Memory Boards (e.g., VMIPCI-5565, VMIVME-5565): These are the actual Reflective Memory interface cards that reside in your host computers or VMEbus racks. They connect to the ACC-5595 hub via fiber optic cables.
- GE Intelligent Platforms VMEbus Chassis and Power Supplies: The 5565 Reflective Memory boards (if VME-based) would be installed in a VMEbus chassis, powered by compatible power supplies.
- High-Performance Embedded Processors (e.g., GE’s VMEbus CPUs): These processors would be the “nodes” in the Reflective Memory network, using the 5565 cards to share data via the ACC-5595 hub.
- Fiber Optic Cables (Multimode and Single-Mode): The physical connection between the 5565 boards and the ACC-5595 hub.
- Industrial PCs/Workstations: For configuring, monitoring, and debugging the Reflective Memory network, often using specialized software from GE/Abaco.
