GE Fanuc /VMIC VMICPCI-7767-13100 SBC Processor Module: Advanced Industrial Control Solution

Description

Brand:GE Fanuc / VMIC

Model:VMICPCI-7767-13100

Processor Type:Advanced Intel-based

Clock Speed:Up to 1.6 GHz

Cache Size:1 MB L2 Cache

Memory Support:DDR4 up to 32 GB

Operating Temperature:-40°C to +85°C

Power Consumption:Less than 30 W

Dimensions:170 mm x 125 mm

Expansion Slots:PCI Express x16

Compatibility:Supports Windows, Linux, and other industrial OSes

    Engineered for industrial strength and reliability, the GE Fanuc /VMIC VMICPCI-7767-13100 SBC Processor Module is designed to enhance the performance of complex control systems. Its robust Intel-based processor ensures stable operation even under harsh conditions, making it ideal for manufacturing, robotics, and process control applications.

    With a maximum clock speed of 1.6 GHz and a generous 1 MB L2 cache, this module provides the computational power needed for advanced algorithms and real-time data processing. The support for DDR4 memory up to 32 GB ensures ample resources for storing and processing large datasets.

    Capable of operating within a wide temperature range from -40°C to +85°C, this module is designed to withstand the rigors of industrial environments, from cold storage facilities to hot machinery rooms. Its low power consumption of less than 30 W makes it energy-efficient and suitable for applications where power usage must be minimized.

    Featuring PCI Express x16 expansion slots, the GE Fanuc /VMIC VMICPCI-7767-13100 SBC Processor Module offers flexibility in connecting various peripherals and interfaces, enhancing system scalability and adaptability. It is fully compatible with leading operating systems, including Windows, Linux, and others commonly used in industrial automation, ensuring seamless integration into existing infrastructure.

    Crafted with precision and durability, this processor module represents a significant upgrade in industrial computing solutions, delivering superior performance, reliability, and efficiency to meet the demanding needs of modern manufacturing processes.