GE-FANUC / VMIC / VMIVME-5550 Reflective Memory Interface

Compatibility:VMEbus compliant

Module Type:Double-height printed circuit

Address Modifiers:Jumper selected, supporting both nonprivileged and supervisory short inputs and outputs

Decoding Capability:Flexible decoding for versatile input/output configurations

Power Consumption:Optimized for energy efficiency

Reflected Data Transfer Rate:High-speed data transfer for improved system performance

Quality Assurance:Comprehensive refurbishment and optimization for superior operation

Warranty:Comprehensive protective warranty included

    This state-of-the-art reflective memory interface board is specifically engineered for seamless integration into GE-FANUC’s renowned industrial automation solutions. Its VMEbus compliance ensures compatibility with a wide range of existing systems, facilitating easy upgrade paths without compromising on performance.

    Featuring a standard double-height printed circuit design, the VMIVME-5550 offers unparalleled flexibility and robustness in handling complex industrial control tasks. The address modifier modules, selected through jumpers, enable customization for diverse applications, enhancing the system’s adaptability and efficiency.

    The decoding capability of this interface supports both nonprivileged and supervisory short inputs and outputs, providing users with a versatile toolset for managing and controlling their industrial processes with precision. This feature ensures that the system can dynamically adapt to various operational requirements, optimizing workflow and productivity.

    Designed with energy efficiency in mind, the VMIVME-5550 reflects GE-FANUC’s commitment to sustainable solutions without sacrificing performance. Its high-speed data transfer capabilities are further enhanced by a reflective memory design, ensuring rapid and reliable data processing, crucial for maintaining high operational throughput in demanding industrial environments.

    Every VMIVME-5550 module undergoes rigorous refurbishment and optimization, ensuring it meets or exceeds the stringent performance standards of modern industrial systems. This commitment to quality is complemented by a comprehensive protective warranty, offering peace of mind to users and safeguarding their investment in advanced technology.