GE V7768-320001 350-9301007768-320001 A2 Enhanced Extended-Temperature Industrial VME Single Board Computer (6U)

Description

Detailed Technical Specifications
Parameter: Model | Value: V7768-320001
Parameter: Brand | Value: GE Intelligent Platforms
Parameter: Type | Value: VMEbus Single Board Computer
Parameter: Power Supply | Value: Backplane-supplied (VME standard)
Parameter: Operating Temperature | Value: -20°C to 60°C (industrial range)
Parameter: Mounting | Value: 6U VME single-board
Parameter: Dimensions | Value: Standard 6U form factor
Parameter: Weight | Value: Typical range (manufacturer-specified)
Parameter: Interfaces | Value: PCI-X PMC expansion, 2 x Gigabit Ethernet, USB 2.0, serial ports, optional SATA, PS/2
Parameter: Certifications | Value: RoHS compliant; industrial EMC compatibility typical
Parameter: Cooling | Value: Passive cooling with heatsinking considerations
Parameter: Environmental Rating | Value: Industrial grade

Real-World Use & Application Scenarios
In modern shops and plants, the GE V7768-320001 often serves as the backbone of VME-based control systems where processing power, I/O bandwidth, and reliability directly impact throughput and uptime. Automotive assembly lines leverage its dual-core performance to run time-critical control loops alongside data logging for quality assurance. In aerospace test rigs or lab automation setups, the SBC handles complex algorithms and real-time data capture without congesting the backplane. Packaging lines and material handling systems use its PCI-X PMC expansion and multiple interfaces to coordinate motion, inventory tracking, and machine vision tasks. Its rugged design and broad operating temperature range make it suitable for cabinet-mounted deployment, where vibration, thermal cycling, and EMI are routine. The device excels at bridging legacy field hardware with modern software ecosystems, enabling secure remote diagnostics, firmware updates, and scalable expansion via PMC boards and backplane connectivity. Overall, the V7768-320001 helps engineers accelerate integration, simplify maintenance, and push smarter, data-driven automation across diverse industries.

Product Introduction & Positioning
The V7768-320001 is a high-performance VMEbus single-board computer that combines an Intel Core 2 Duo processor with flexible I/O and expansion. It is a cornerstone for industrial automation platforms that rely on VME racks, serving as the central processing node in control and data acquisition schemes. This SBC fits into standard 6U VME backplanes and provides a clear path for upgrading aging systems or engineering new implementations with modern software stacks. System architects value its ready-to-run compatibility with familiar operating systems and its ability to support PMC expansion, multiple Ethernet ports, and varied storage options. In the broader control system, the V7768-320001 acts as the execution engine for motion control, process automation, and real-time analytics, while preserving compatibility with existing fieldbus interfaces and software frameworks. Its design prioritizes reliability and maintainability, making it a trusted choice for engineers seeking predictable performance and a smooth migration from legacy GE platforms.

Key Technical Features & Functional Benefits
At the heart of the V7768-320001 is a capable Core 2 Duo based processor offering robust multi-tasking for real-time control and data processing. The architecture supports fast, deterministic execution of control logic, with ample memory bandwidth for buffering and data streaming from sensors and actuators. The device includes a PCI-X PMC expansion site, enabling additional I/O boards or custom daughtercards to meet specific process needs, while built-in dual Gigabit Ethernet and USB/serial interfaces provide flexible integration with PLCs, HMIs, and SCADA systems. The rugged 6U form factor and passive cooling approach enhance reliability in vibration-prone environments and reduce cooling requirements in constrained cabinets. Long-life components and standardized BIOS/firmware interfaces contribute to predictable maintenance and easier upgrade cycles. The V7768-320001 also supports a range of operating systems common in industrial contexts, simplifying software porting and integration with existing development environments. For engineers, this combination delivers strong performance headroom, expandability, and a proven path to modernization without wholesale system replacement.