GE IC698CMX016 Communication / Coprocessor Module

Applications

The IC698CMX016 is widely used in high-speed industrial automation systems requiring robust communication and data coordination, including:

• SCADA and distributed control systems (DCS)
• Power generation monitoring and control
• Oil & gas pipeline automation
• Large manufacturing and process control systems
• Multi-PLC synchronized automation networks

It is especially valuable in environments where fast, deterministic communication between controllers and supervisory systems is essential.

Advantages

• High-Speed Industrial Communication
  Enables fast and reliable data exchange across systems.
• Deterministic Data Processing
  Ensures predictable communication timing in control loops.
• Seamless RX7i Integration
  Fully compatible with GE PACSystems architecture.
• Scalable System Connectivity
  Supports integration with multiple controllers and networks.
• Robust Industrial Design
  Built for continuous operation in harsh environments.
• Advanced Coprocessor Capability
  Offloads communication tasks from the main CPU. 

Technical FAQs

1. What is the IC698CMX016 used for?
It is used for high-speed communication and data processing in RX7i PLC systems.

2. Is it a CPU module?
No, it is a communication/coprocessor module.

3. What is its main function?
To handle industrial data exchange between PLC systems and networks.

4. What system is it compatible with?
GE PACSystems RX7i platform.

5. Does it support Ethernet communication?
Yes, it integrates with industrial Ethernet systems depending on configuration.

6. Is it an I/O module?
No, it is a communication and processing module.

7. What is its size and weight?
Approximately 266 × 88 × 31 mm, ~1.0–1.2 kg.

8. What industries use it most?
Power, oil & gas, manufacturing, and process automation.

9. Why is it important in automation systems?
Because it enables fast, stable, and deterministic system-wide communication.

10. Is it still used today?
Yes, mainly in legacy and installed GE RX7i control systems.