GE V7768-320000 350-9301007768-320000 | Industrial VME Computer Module

Description

Key Technical Specifications

Product Introduction

GE Fanuc V7768-320000 Product Introduction

GE Fanuc V7768-320000 is a 6U VMEbus single board computer designed for industrial embedded computing applications. It combines an Intel Core 2 Duo processor, VME64 interface, Ethernet connectivity, and PMC expansion capability into a single-slot computing platform for control, simulation, test, and data acquisition systems.

The main value of GE Fanuc V7768-320000 is extending the service life of installed VME-based systems where application software, chassis infrastructure, and connected I/O modules are still in operation. Before replacement, verify the VME backplane configuration, BIOS settings, storage media, operating system image, and application dependencies.

V7768-320000

Application Scenarios & Field Pitfalls (The Engineer’s Perspective)

Engineering Pain Point

A VME computer failure can shut down an entire test platform, control workstation, or embedded automation system. The difficult part is rarely the physical replacement. The real challenge is restoring the original software environment, VME communication settings, boot media, and connected peripheral configuration.

Many VME installations remain in service for decades because the application software is tightly integrated with the original hardware architecture.

Typical Applications

• Power Generation – Embedded monitoring computers, turbine test systems, and auxiliary control applications.
• Industrial Test Systems – Automated test equipment, measurement platforms, and data acquisition systems.
• Factory Automation – Legacy machine controllers requiring VME-based processing hardware.
• Aerospace and Simulation Equipment – Real-time embedded computing systems using VME architecture.

Technical Pitfalls to Avoid

1. Verify VME Slot Configuration
   The V7768-320000 can operate as a VME processor node or system controller depending on configuration. Confirm jumper settings, slot position, and bus arbitration requirements before installation.
2. Preserve the Existing Software Environment
   Older VME systems often depend on specific operating system versions, device drivers, and boot images. Back up CompactFlash media and application files before replacement.
3. Check PMC Expansion Hardware
   If the original system uses PMC modules, confirm compatibility and installation position. A CPU replacement without the correct expansion hardware may leave the system incomplete.

Related Products

• GE VMIVME-7750
  Earlier-generation VME single board computer using Intel Pentium III architecture. Commonly found in legacy industrial control and test systems.
• GE VMIVME-7807
  VME processor board from a later generation, offering higher processing capability for upgraded VME installations.
• GE VMIVME-7698
  Industrial VME CPU module used in embedded automation and control applications.
• GE VMIVME-7488
  VME embedded computer platform designed for industrial computing environments.
• GE VMIVME-5567
  Reflective memory interface module used for distributed real-time data exchange between VME systems.
• GE VMIVME-3128
  Analog input module used with VME processor systems for industrial measurement and data acquisition.
• GE VMIVME-4100 Series
  VME interface modules used for industrial signal processing and system expansion.
• PMC Expansion Modules
  Compatible expansion hardware used to add additional communication, storage, or I/O capability to VME SBC platforms.