GE V7768 VME Single Board Computer

The GE V7768 is a dual-slot VME single board computer (SBC). It provides system designers with flexible and cost-effective solutions. This SBC delivers exceptional processing performance and extensive I/O functionality. It suits applications demanding high computing power and robust I/O capabilities.

Key Features and Specifications

Processor: The Intel Core 2 Duo processor powers the GE V7768. It offers up to 2.16 GHz processing speed.

Memory: The SBC supports up to 2 GB DDR2 SDRAM. This provides ample memory for demanding applications.

I/O: It features a rich set of I/O interfaces. These include Ethernet, USB, and serial ports, enabling versatile connectivity options.

Expansion: The SBC includes a PMC site. This allows further customization and expansion of functionality.

Operating System: It is compatible with various operating systems. These include Linux, Windows, and real-time operating systems (RTOS).

Bus Interface: The GE V7768 adheres to the VME 6U standard. This ensures compatibility with existing VME systems.

Temperature Range: It is available in both commercial and extended temperature ranges. This accommodates different operating environments.

Additional Features: The SBC supports AXIS, includes a real-time clock, and offers a watchdog timer. These features ensure system reliability.

Advantages of the GE V7768

High Performance: The Intel Core 2 Duo processor and ample memory provide robust computing power for demanding applications.

Versatility: A wide range of I/O interfaces and the PMC site offer flexibility. This allows customization and integration into various systems.

Reliability: The SBC uses high-quality components. It is designed for industrial applications, ensuring long-term reliability.

Cost-Effective: The GE V7768 balances performance and cost. This makes it a suitable choice for various applications.

Applications

The GE V7768 finds applications in numerous industries:

Industrial Automation: It is used for control systems, data acquisition, and human-machine interfaces (HMIs).

Telecommunications: It supports network equipment, routers, and switches.

Military and Aerospace: The SBC is ideal for ruggedized computing platforms and embedded systems.

Medical Imaging: It enhances medical equipment and imaging systems.

Transportation: It is used for vehicle control systems and onboard computers.