The GE Fanuc VMIVME 5550 Reflective Memory Interface is a state-of-the-art module designed for high-speed data transfer and enhanced memory management in industrial automation systems.
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The GE Fanuc VMIVME 5550 Reflective Memory Interface is a state-of-the-art module designed for high-speed data transfer and enhanced memory management in industrial automation systems.
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Form Factor:Double-height printed circuit board
Bus Compatibility:VMEbus
Memory Interface:Reflective
Input/Output Capability:Supports both nonprivileged and supervisory short Inputs and Outputs
Jumper Selectable Address Modifiers:Adjustable via jumpers for flexible configuration
Introducing the GE Fanuc VMIVME-5550, the pinnacle of reflective memory interfaces engineered to meet the rigorous demands of industrial automation environments. This innovative design ensures seamless integration with existing systems while significantly enhancing data transfer speeds and reliability.
Crafted with precision and innovation, this module boasts VMEbus compliance, making it compatible with a wide range of industry-standard systems. Its double-height printed circuit board design optimizes space and performance, offering unparalleled flexibility in system architecture.
The heart of the VMIVME-5550 lies in its reflective memory interface technology, which ensures robust data integrity and superior system performance. This feature is particularly beneficial in applications requiring high-speed data processing and critical system reliability.
Equipped with address modifier modules selected via jumpers, the VMIVME-5550 offers versatility in supporting both nonprivileged and supervisory short inputs and outputs. This adaptability makes it suitable for diverse industrial control scenarios, ensuring seamless operation across various applications.
At AX Control, we pride ourselves on delivering the highest quality refurbished and optimized industrial equipment. Our comprehensive protective warranty covers each VMIVME-5550, providing you with peace of mind and ensuring optimal performance throughout its lifecycle.
