V7768-320001 VME Single Board Computer (Industrial-Grade Dual-Core Processing Platform)

The V7768-320001 represents a proven VME computing solution engineered for continuous operation in demanding industrial environments. Built around Intel's Core 2 Duo architecture, this 6U VMEbus single board computer combines processing efficiency with environmental resilience, making it the preferred choice for turbine control, defense applications, and mission-critical automation systems where downtime is not an option.

Designed to address the computational challenges faced by power generation facilities, aerospace integrators, and process control engineers, this SBC eliminates performance bottlenecks while maintaining compatibility with legacy VME infrastructure. Whether you're modernizing aging control systems or deploying new installations, the V7768-320001 delivers the reliability and processing headroom your operations demand.

With dual Gigabit Ethernet, extended temperature tolerance (-40°C to +85°C), and compliance with MIL-STD-810 and DO-160 standards, this industrial computer provides a future-proof foundation for systems requiring decades of operational life. The result: reduced maintenance costs, improved system availability, and seamless integration with existing VME architectures.

Core Features & Benefits

→ Dual-Core Intel Processing Architecture
Core 2 Duo processor enables parallel execution of control algorithms and data acquisition tasks, reducing cycle times by up to 40% compared to single-core alternatives while maintaining deterministic response for real-time applications.

→ Extended Environmental Operating Range
MIL-STD-810 and DO-160 compliance ensures reliable operation from -40°C to +85°C, eliminating the need for climate-controlled enclosures in outdoor installations and reducing facility infrastructure costs by 25-30%.

→ Redundant Network Connectivity
Dual Gigabit Ethernet ports support network failover configurations and segregated control/diagnostic networks, achieving 99.99% communication uptime in critical control applications.

→ Flexible Storage Options
SATA and CompactFlash interfaces accommodate both high-capacity data logging (up to 2TB) and solid-state boot configurations, providing adaptability for diverse application requirements without hardware modifications.

→ Low Power Consumption Design
Typical 25W power draw reduces cooling requirements and enables deployment in power-constrained environments, lowering total cost of ownership by minimizing auxiliary power infrastructure.

→ Standard VMEbus Integration
6U form factor with full VME64x compatibility ensures drop-in replacement capability for legacy systems, protecting existing infrastructure investments while delivering modern processing performance.

Application Scenarios

Power Generation & Turbine Control
In combined-cycle power plants and gas turbine installations, the V7768-320001 executes real-time control algorithms for fuel management, emissions monitoring, and vibration analysis. The dual-core architecture handles simultaneous PID loop execution and predictive maintenance calculations, preventing costly unplanned outages while optimizing fuel efficiency by 3-5%.

Military & Defense Systems
Defense contractors deploy this rugged SBC in radar processing, electronic warfare, and command-and-control applications where environmental extremes and shock/vibration are routine. MIL-STD certification eliminates qualification testing delays, accelerating program timelines by 6-12 months while ensuring mission readiness in hostile environments.

Aerospace Avionics & Ground Support
Aircraft test stands and ground support equipment leverage the V7768-320001's DO-160 compliance for flight data acquisition and engine diagnostics. The extended temperature range supports both hangar and flight-line operations without environmental conditioning, reducing equipment complexity and maintenance burden.

Process Automation & SCADA
Chemical processing, oil & gas, and water treatment facilities integrate this VME computer into distributed control systems for supervisory control and data historian functions. Dual Ethernet ports enable simultaneous connection to plant networks and isolated safety systems, meeting IEC 61511 segregation requirements.

Transportation & Rail Systems
Rail signaling and traffic management systems utilize the V7768-320001's reliability for wayside controllers and central interlocking systems. The rugged design withstands trackside temperature extremes and vibration, achieving mean time between failures exceeding 100,000 hours in field deployments.

Technical Parameters & Selection Guide

Selection Criteria: Choose the V7768-320001 when your application requires proven VME compatibility combined with modern processing performance. This SBC is optimal for systems demanding extended temperature operation, long-term availability (10+ year product lifecycle), and compliance with military/aerospace environmental standards. For applications requiring higher core counts or PCIe expansion, consider newer architectures; for legacy VME infrastructure modernization, this platform provides the ideal balance of performance and compatibility.

Extended Functions

Operating System Flexibility: The V7768-320001 supports VxWorks, Linux (kernel 2.6+), and Windows Embedded operating systems, enabling software portability across platforms and simplifying migration from legacy systems.

Watchdog & Health Monitoring: Integrated watchdog timer and temperature sensors provide autonomous system health monitoring, triggering automatic recovery sequences or alerts before failures occur, reducing unplanned downtime by 60-70%.

PMC/XMC Expansion: Front-panel PMC site accommodates mezzanine modules for specialized I/O, motion control, or additional networking, extending functionality without consuming additional VME slots.

Remote Management: IPMI-compatible baseboard management controller enables out-of-band system monitoring and remote power cycling, reducing on-site service calls and enabling centralized fleet management for distributed installations.

Customization Options: Factory configuration services include pre-loaded operating systems, custom BIOS settings, and application-specific I/O configurations, reducing integration time by 2-4 weeks and eliminating field programming errors.

Delivery & Service Assurance

Lead Time: In-stock units ship within 3-5 business days via express courier with full tracking. Custom-configured systems (specific memory, storage, or software pre-loads) require 10-15 business days for factory preparation and testing.

Warranty Coverage: Comprehensive 12-month warranty covers all manufacturing defects, component failures, and workmanship issues. Warranty includes advance replacement service with cross-shipment to minimize downtime during any warranty claim.

Technical Support: Direct access to application engineers with VME system expertise for integration assistance, troubleshooting, and optimization guidance. Support includes email/phone consultation and remote diagnostic sessions as needed.

Documentation Package: Each unit includes hardware reference manual, BIOS configuration guide, mechanical drawings (STEP/DXF formats), and electrical schematics. Board support packages (BSPs) for VxWorks and Linux available for download.

Extended Service Options: Multi-year extended warranties, on-site installation support, and custom integration services available upon request. Volume pricing and consignment inventory programs offered for OEM partners and large-scale deployments.

Frequently Asked Questions

How does the V7768-320001 integrate with existing Mark VI turbine control systems?
The board communicates via standard VMEbus protocols and is fully compatible with Mark VI backplane architectures. It can function as a supervisory processor or data concentrator alongside existing Mark VI controller cards, with no modifications required to legacy modules.

What memory capacity is recommended for SCADA historian applications?
For typical SCADA data logging (1000-5000 tags at 1-second intervals), 2GB DDR2 memory provides adequate buffering for 7-14 days of local storage before transfer to network storage. High-tag-count applications (10,000+ tags) benefit from the maximum 4GB configuration.

Can this SBC achieve deterministic real-time performance for motion control?
Yes, when running VxWorks or real-time Linux kernels, the V7768-320001 delivers sub-millisecond interrupt latency suitable for servo control and synchronized multi-axis motion. For ultra-low jitter requirements (<10 microseconds), consider adding a dedicated motion control PMC module.

What cooling methods are required for extended temperature operation?
The board is designed for conduction cooling through the VME card guides and front panel. In properly designed VME chassis with adequate thermal paths, no forced air is required for operation up to +70°C ambient. Above +70°C, low-velocity forced air (200-400 LFM) is recommended.

Is the V7768-320001 suitable for safety-instrumented systems (SIS)?
While the hardware meets environmental and reliability requirements for SIS applications, certification for IEC 61508 SIL-rated systems requires application-specific validation. The board can serve in non-safety supervisory roles within SIS architectures or in SIL-1 applications with appropriate redundancy.

How does power consumption compare to previous-generation VME processors?
The Core 2 Duo architecture delivers approximately 2.5× the processing performance of Pentium M predecessors while consuming only 15-20% more power, resulting in significantly better performance-per-watt efficiency and reduced cooling infrastructure costs.

Take the Next Step

Ready to modernize your VME control infrastructure with proven industrial computing performance? Contact our technical sales team to discuss your specific application requirements, receive detailed integration guidance, and obtain volume pricing for your project. Our engineers are available to provide system architecture consultation and compatibility verification for your existing VME installation.

Request a detailed datasheet, mechanical drawings, or application note for your specific use case today.

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