Description
- Model: GE VMIVME-5565-110000
- Brand: GE Fanuc / Abaco Systems (USA)
- Series: 5565 Reflective Memory Family
- Core Function: Ultra-High-Speed Real-Time Data Determinism [Condition: New Surplus]
- Product Type: Reflective Memory VMEbus Interface
- Key Specs: 128 MB SDRAM | 2.12 GBaud Transfer Rate | Multimode Fiber
| Memory Size | 128 MB SDRAM |
| Data Transfer Rate | 2.12 GBaud (Fiber Optic) |
| Network Topology | Ring or Star (via Hub) |
| Bus Interface | VMEbus (6U Form Factor) |
| Fiber Connector | LC Type (Multimode) |
| Max Node Capacity | Up to 256 Nodes |
| Interrupt Support | Network-wide Interrupt Capability |
| Power Requirement | +5 V DC at 3.5 A (Typical) |
| Operating Temp | 0 °C to +65 °C (32 °F to 149 °F) |
| Latency | < 1 microsecond per node |
| Error Detection | Redundant Transfer with CRC |
GE VMIVME-5565-110000 VMIVME-5565
Installation & Configuration Guide
Setting up a Reflective Memory network is about deterministic precision. The VMIVME-5565 series is designed to make multiple independent computers share a single memory image. If one node writes to its memory, every other node on the ring sees that data almost instantaneously.
Phase 1: Preparation (Estimated: 20 mins)
⚠️ Safety Warning: VMEbus systems are sensitive to power surges. Ensure the VME chassis is powered down before insertion. Reflective Memory fiber optics use Class 1 lasers; while safe under normal use, never look directly into the fiber ports or cable ends when the system is active.
Tool Checklist:
- Anti-static wrist strap and mat.
- High-quality LC-LC Multimode fiber optic cables.
- VME chassis extraction tool (if applicable).
- Fiber optic cleaning kit (essential for 2.12 GBaud stability).
Phase 2: Removal of Old Module (Estimated: 5 mins)
- Unplug Fiber: Carefully disconnect the LC connectors. Use dust caps immediately on both the cable and the Board ports.
- Loosen Ejectors: Unscrew the top and bottom retaining screws on the VME front panel.
- Extract: Pull the ejector handles outward simultaneously to seat the board out of the backplane, then slide it out of the guide rails.
Phase 3: Installation of New Module (Estimated: 15 mins)
- Inspect Pins: Verify that the backplane pins on the P1 and P2 connectors of the VMIVME-5565-110000 are straight.
- Set Jumpers: Check the Node ID jumpers if your system uses hardware-defined addressing.
- Seating: Slide the card into the VME slot and press the ejector handles inward until the board is flush with the chassis. Tighten the retaining screws.
- Fiber Connection: Connect the “TX” (Transmit) of the previous node to the “RX” (Receive) of this board. Connect this board’s “TX” to the “RX” of the next node.
Phase 4: Verification & Testing (Estimated: 20 mins)
- Power On: Check the front panel LEDs. The “LINK” LED should be solid green, indicating a closed fiber ring.
- Link Signal: If the “LINK” LED is off, verify the fiber polarity (TX/RX swap) and ensure the cables are clean.
- Data Loopback: Use the GE Reflective Memory diagnostic software to perform a memory write/read test. Data written to address 0x0 should be reflected across all nodes in under a microsecond.
- Monitor Latency: In high-speed simulation environments, ensure no “Lost Packet” interrupts are triggered during the first 10 minutes of operation.
GE VMIVME-5565-110000 VMIVME-5565
Customer Cases & Industry Applications
Case 1: Aerospace Flight Simulator Upgrade
Background: A major aerospace defense contractor in Europe was maintaining a legacy flight simulator using the GE 5565 Reflective Memory series. A localized power failure in the VME rack fried the transceiver of a VMIVME-5565-110000.
The Problem: The flight simulator’s host computer and cockpit I/O were out of sync. Without this deterministic link, the simulator was grounded. Abaco (GE) lead times for legacy VME cards were quoted at several months.
The Result: The client secured a New Surplus unit from our inventory. We provided the exact hardware revision required for their 128MB memory map. The card was swapped within 48 hours of delivery, and the simulator was back in pilot training by the end of the week.
Case 2: High-Energy Physics Research Lab
Background: A research lab conducting particle acceleration experiments needed to add a new data acquisition node to their existing VME-based Reflective Memory ring.
The Solution: They required the VMIVME-5565-110000 specifically for its LC fiber interface and 128MB SDRAM capacity to match their existing cluster. We supplied the card along with certified test logs verifying the 2.12 GBaud throughput.
Feedback: The lead scientist noted: “Finding zero-hour VME hardware is a challenge. This module integrated into our ring without a single dropped packet, maintaining our microsecond-level synchronization.”
Frequently Asked Questions (FAQ)
Q1: What does the “110000” suffix represent? A: The digits represent factory-set options. Specifically, it confirms the 128MB memory capacity, multimode fiber interface, and standard VME mechanical configuration.
Q2: Can I mix this with 5565 PCI or PMC cards? A: Yes! The beauty of the GE 5565 series is that the Reflective Memory protocol is hardware-agnostic. You can have a VME node (VMIVME-5565) talking to a PC node (VMIPCI-5565) as long as they all use the same 2.12 GBaud link speed.
Q3: Does it support 64-bit data transfers? A: Absolutely. The VMEbus interface supports D32 and D64 data transfers, allowing for efficient movement of large data sets across the real-time network.
Q4: Is “New Surplus” the same as “Refurbished”? A: No. Our units are “New Surplus,” meaning they were originally purchased for projects but never used. They have zero hours of operation and are in original physical condition. We do not sell refurbished VME cards due to the risk of hidden solder fatigue.
Q5: What happens if the fiber ring is broken? A: If any node loses power or a fiber is cut, the “LINK” LED will drop, and data reflection will stop for the entire ring. For critical applications, we recommend using a Reflective Memory Hub (VMIACC-5595) to create a star topology for better fault tolerance.
GE VMIVME-5565-110000 VMIVME-5565
Suggested Spare Parts Inventory
VME-based systems are becoming increasingly rare; buffering these critical spares is highly recommended:
- GE VMIVME-7750 – VME Single Board Computer
- GE VMIVME-5565-110 – PCI Reflective Memory
- ABB PM866K01 – AC800M Processor
- HONEYWELL CC-IP0101 – I/O Module
- TRICONEX 3008 – Main Processor
- BENTLY NEVADA 3500/22M – TDI Interface
- EMERSON VE3008 – MQ Controller
- YOKOGAWA AAI141-S00 – Analog Input
- SCHNEIDER 140CPU65160 – Quantum CPU
- WOODWARD 9907-164 – 505 Digital Governor
