The GE Fanuc IC695RMX128, also cataloged as the IC695RMX128 Redundancy Memory Module, operates as a dedicated hardware component for high-speed deterministic data synchronization within redundant RX3i PacSystem platforms.
| Parameter | Specification |
|---|---|
| Model | IC695RMX128 |
| Brand | GE Fanuc Emerson |
| Origin | United States |
| Weight | 1.13 kg (2.50 lbs) |
| Dimensions | Single slot width |
| Operating Temp | Industry standard 0 to 60 deg C (ambient) |
| Power Consumption | 580 mA at 3.3 VDC / 220 mA at 5 VDC |
| Reflective Memory Capacity | 128 MB SDRAM |
| Physical Interface | Single-mode Fiber-optic LC type |
| Network Transmission Speed | 2.12 Gbaud |
| Maximum Network Nodes | Up to 256 nodes per network |
| Cable Ferrule | Zirconium ceramic |
| Maximum Insertion Loss | 0.35 dB |
| Hot Insertion and Removal | Supported (Hot Insertion capability) |
| Configuration Method | Programming software (no hardware jumpers or DIP switches) |
The module functions as a hardware-synchronized point-to-point node in a redundant central processing unit loop, bypassing standard backplane bus communication velocity constraints to maintain zero-latency tracking between primary and secondary controllers. It routes internal tracking data across deterministic networks via dedicated 2.12 Gbaud fiber paths, enabling instantaneous state transfer during broad I/O density scaling. Network monitoring routines execute via integrated hardware-level network error detection circuits, preserving total system synchronization without requiring firmware flash compatibility modifications on the adjacent processing racks.
Q: Does the IC695RMX128 module support hot-swapping while the local rack is energized?
A: Yes. The module supports hot insertion and removal, allowing field technicians to replace a faulty unit without interrupting power to the primary controller or degrading active I/O loop processing execution.
Q: Can this module be configured via hardware switches for node allocation?
A: No. All node assignments and functional parameters are defined entirely via central programming software. The physical board contains no jumpers or DIP switches to minimize mechanical failures and unauthorized field modification.
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