GE V7768-312001 350-9301007768-312001-A0 Extended-Temperature Industrial VME Single Board Computer (6U)

Description

Real-World Use & Application Scenarios
Where is this product used and why?
The GE V7768-312001 is a rugged VME-based single-board computer designed for industrial automation, aerospace, and defense-grade control systems. It is typically employed in complex automation environments where high processing power, robust I/O, and reliable backplane communication are essential. In industrial settings, such boards drive real-time control loops, data logging, and machine-to-machine coordination, often serving as a central processing node in a distributed control architecture. The specific 312001 variant usually indicates a configured combination of CPU, memory, and expansion options tailored to meet demanding reliability, temperature, and lifecycle requirements. This type of board is commonly deployed in control cabinets, embedded deployments, and mission-critical applications where uptime and deterministic performance are paramount.

Product Introduction & Positioning
What it is, where it fits, and why it matters
The V7768-312001 is a GE multi-purpose VME single-board computer designed to function as a compact yet capable processing backbone within GE’s legacy and modern industrial platforms. It fits into standard 6U VME backplanes and supports a range of development environments and operating systems suited to real-time control, data acquisition, and edge analytics. For system integrators, this board provides a predictable, upgradeable foundation that can be matched with GE’s I/O, PMC expansion, and peripheral options to create a scalable control system. Its inclusion in a bill of materials signals a need for a proven, rugged enclosure footprint with reliable processor performance and broad compatibility with GE’s hardware ecosystem.

Key Technical Features & Functional Benefits
Performance, reliability, and integration
Expect the V7768-312001 to offer a capable processor core (typical GE configurations include Intel-based options), ample DDR2/DDR3 memory support, multiple PCI/PMC expansion pathways, and robust backplane connectivity. It is designed for stable operation under industrial temperature ranges and vibration, with BIOS/firmware support and GE configuration tools that ease setup, diagnostics, and field upgrades. The board’s modular I/O and expansion capabilities enable flexible integration with GE’s automation stack, making it suitable for motor control, robotics, process automation, or data-intensive control tasks where deterministic performance and reliable data throughput are required.

Installation Notes & Maintenance Best Practices
Two concise paragraphs
Before installation, confirm the exact backplane compatibility, CPU/memory configuration, and expansion options (e.g., PMC, PCI-X, or additional I/O cards) to ensure the system meets the application requirements. Verify power, cooling, and grounding provisions, and plan for cable management that minimizes EMI in the chassis. During commissioning, run comprehensive sanity checks across CPU, memory, storage (if applicable), and expansion modules; validate timing and bus throughput on the VME backplane, and ensure software image compatibility with the intended operating environment. Schedule regular maintenance to monitor thermal performance, verify firmware baselines, and keep spare parts on hand to minimize downtime during board-level upgrades or field servicing.