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GE V7768-320001 VMEbus Single Board Computer

The GEV7768-320001(identifiable by factory assembly number 350-9301007768-320001) is a high-capability industrial compute module configured for the VME64 backplane standard. Engineered for long lifecycle applications in aerospace, defense, and industrial power generation, this single board computer allows facilities to modernize their processing capabilities without replacing their foundational VMEbus rack infrastructures.

The board layout optimizes data processing paths by separating high-speed local device communication from legacy backplane traffic. The Pentium M processor interfaces directly with the Intel 855GME graphics and memory controller hub, ensuring that video processing and localized math loops do not bottleneck backplane commands. When backplane interaction is required, the Universe II bridge translates data into 64-bit VME architectures, supporting Master, Slave, and Slot 1 System Controller functions.

• High Performance-per-Watt Architecture: The Intel Pentium M processor delivers high instruction execution rates while maintaining a low thermal envelope, reducing cabinet cooling demands.

• Dual PMC Expansion Sites: Equipped with two independent IEEE P1386.1 PMC slots (PCI Mezzanine Card) on the front face, allowing custom configuration of specialized I/O modules.

• High-Speed Networking Core: Dual 10/100/1000BaseT Gigabit Ethernet ports provide massive throughput for distributed control networks and SCADA communications.

• Ruggedized Storage Subsystem: Features an onboard CompactFlash Type II socket alongside an integrated Ultra ATA/100 controller interface for reliable solid-state operating system storage.

• Flexible Operating System Support: Optimized for real-time operating systems (RTOS) including VxWorks and QNX, as well as standard Windows Embedded and Linux distributions.

• Substation Grid Controllers: Serving as the central processing block for power substation automation and high-speed data acquisition equipment.

• Simulators and Test Racks: Driving complex multi-channel hardware-in-the-loop (HIL) testing arrays in aerospace validation labs.

• Maritime Propulsion Monitoring: Processing data streams from automated engine control rooms and navigation clusters on commercial marine vessels.

• Military Hardware Upgrades: Providing x86 computing capability for legacy radar and communication shelters requiring extended operational lifetimes.

Q: Can this board be used as a System Controller in Slot 1 of a VME chassis? A: Yes. The V7768-320001 includes onboard logic allowing it to function as a standard Slot 1 VME System Controller. It provides full backplane arbitration, clock generation, and bus timeout functions when configured via hardware jumpers.

Q: Does the onboard memory feature Error-Correcting Code (ECC) protection? A: No. The V7768 configuration utilizes standard high-density DDR SDRAM modules in a standard 200-pin SODIMM footprint to allow cost-effective maintenance and scaling.

Q: What is the primary operational advantage of the 350-9301007768-320001 over older VMIVME modules? A: The V7768 transitions from the older Pentium III architecture to the Pentium M core, which offers significantly lower power consumption and less heat emission while doubling the processing performance-per-clock cycle.

Q: How is the CompactFlash slot accessed for operating system installation? A: The onboard CompactFlash site is wired directly into the primary IDE channel of the Intel ICH4 southbridge controller. The system BIOS treats any inserted CF card as a standard master IDE hard disk drive, making it fully bootable.

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Yes. We have local distribution centers on all continents, which can quickly transport parts to any corner of the world.

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