GE IC695CMX128
- The IC695CMX128 is a crucial component for the RX3i system. It can be used as a removable memory storage device for programs and data of RX3i controllers, enabling easy program transfer, backup, and updates without directly accessing the controller. It also provides deterministic data exchange across a fiber - optic network, ensuring real - time synchronization between connected nodes.
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- Memory: 128 MB SDRAM with parity.
- Network Link Speed: 2.1 Gbps.
- Transfer Rate: 43 MB/s (4 – byte packets), 174 MB/s (64 – byte packets).
- Packet Size: Dynamic (4 to 68 bytes).
- Power Consumption: 660 mA @ +3.3 V DC, 253 mA @ +5 V DC.
- Connectors: Fiber optic LC type (IEC 61754 – 20).
- Mounting: RX3i universal backplane.
- Reflective Memory Technology: Ensures real – time data synchronization. Any update on one node is reflected and updated to every other node connected to the same network.
- High – speed Data Transfer: Supports up to 2.1 Gbps network speed, enabling efficient data exchange.
- Multi – node Support: Can connect up to 256 devices in a daisy – chained loop, allowing seamless communication without CPU processing overhead.
- Program Transfer and Backup: Enables program and data transfer between controllers and computers, and provides backup and restore functionality for critical control programs.
- Hot – swappable: Can be inserted or removed while the system is powered on, which is convenient for maintenance.
- Industrial Automation: Used in manufacturing production lines to ensure the coordinated operation of various devices and the real – time transmission of production data.
- Process Control: Applied in industries such as petrochemical and power generation to monitor and control process parameters in real – time, ensuring the stability and safety of the production process.
- Redundancy Systems: In systems where high reliability is required, such as some key control systems in the power industry and the manufacturing industry, it can be used in redundant CPU configurations to improve system availability and reduce downtime.
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