Processor Speed:64MHz 80486DX2 Microprocessor

Floating Point Calculations:0.4 microseconds per Boolean function

Analog I/O Capacity:Up to 8K

Communication Channels:Rack-mounted connection backplane

Configuration Modes:MS-DOS or software applications on Windows 95/NT

    The GE-FANUC IC697CPM925 CPU Module boasts a powerful 64MHz 80486DX2 microprocessor, enabling it to handle complex floating-point calculations at an unprecedented speed, ensuring that every Boolean function is executed with precision and efficiency.

    Featuring a versatile memory configuration, the module can manage up to 8K analog I/O operations, allowing for flexible integration with various sensors and actuators commonly found in industrial settings. It supports any combination of up to 12K inputs and outputs, providing unparalleled adaptability to diverse industrial needs.

    Designed for seamless integration, the IC697CPM925 is compatible with both MS-DOS and legacy Windows operating systems, making it accessible to a wide range of users without requiring extensive IT support. This compatibility ensures that the module can be easily configured and managed, enhancing its utility across different industries.

    With its robust 96 MHz, 32-bit architecture, the CPU Module delivers exceptional performance and reliability, critical for maintaining high operational standards in demanding industrial environments. Its expandable design allows for scalability, enabling businesses to grow their operations without needing to replace existing hardware.

    Engineered with durability and precision in mind, the GE-FANUC IC697CPM925 CPU Module is constructed from high-quality materials to withstand the rigors of industrial use. Its compact yet powerful design ensures minimal space usage while maximizing functionality, making it an ideal choice for optimizing industrial control systems.