GE VMIVME‑7807 / VMIVME‑017807‑414001

Product Introduction

The GE VMIVME‑7807 — also referenced with part numbers VMIVME‑017807‑414001 and 350‑0001007807‑414001 D — is a VMEbus industrial single‑board computer (SBC) designed for embedded control and automation systems. It belongs to GE’s line of ruggedized VME‑compatible computing modules that provide reliable, real‑time processing for industrial applications requiring deterministic control and high availability.

This module integrates general‑purpose computer functionality within the VME system architecture, supporting expansion, communication, and high‑speed data transfer between controllers, sensors, and networked equipment.

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Core Features & Highlights

• Industrial Single‑Board Computer: Built on the VMEbus standard for modular system architecture

• High‑Performance Processing: Intel Pentium M processor series with up to ~1.8 GHz clock speed (model/option dependent)

• Memory Support: Up to ~1.5 GB DDR SDRAM plus optional bootable CompactFlash storage

• Robust Connectivity: Dual Gigabit Ethernet, multiple serial ports, USB interfaces, and PMC/PCI‑X expansion support

• Modular VME‑bus Integration: Compatible with VME64x backplanes and expansion modules

• Wide OS Support: Works with embedded operating systems like VxWorks, Linux, QNX, and older Windows / real‑time environments

• Industrial Reliability: Designed for harsh environments and continuous uptime

  
  

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Configuration and Architecture

The VMIVME‑7807 is a VMEbus‑compliant single‑board computer — essentially a rugged embedded motherboard in a VME Eurocard form factor. It integrates the following architectural elements:

• Processor & Performance: Intel Pentium M CPU (various clock options up to ~1.8 GHz) with onboard cache

• System Memory: DDR SDRAM slots supporting up to ~1.5 GB for application and OS execution

• Non‑Volatile Storage: Bootable CompactFlash support for OS and firmware

• Communication Interfaces:

  • Dual Gigabit Ethernet for high‑speed network connectivity

  • USB 2.0 ports for peripherals

  • Multiple asynchronous serial interfaces for RS‑232/422/485 I/O

• Expansion Capability: PMC expansion site (PCI‑X based) for custom I/O and communication modules

• Graphics Support: SVGA/DVI interface available on some configurations for diagnostics and visual output

The board interoperates with other modules over the VMEbus, making it suitable as a real‑time controller in automated systems.

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Typical Applications

This VME single‑board computer is commonly used in industrial and embedded sectors where reliable computing and control are required:

• Industrial Automation & Control Systems — real‑time data acquisition and control logic

• Process Control — chemical plants, energy production, and complex automated workflows

• Test & Measurement Equipment — integration with sensor and instrumentation arrays

• Legacy VME Systems Upgrade — replacement or enhancement of aging VME CPU modules

• Networked Equipment Gateways — bridging industrial networks via Ethernet interfaces

Its versatile communication features and ruggedized design make it suitable for long‑term operation in production environments.

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Installation & Integration Notes

• VMEbus Chassis: Insert the SBC into a compatible VME64x backplane rack

• Power Requirements: Ensure appropriate VME backplane power delivery (standard 5 V and other rails)

• Cooling & Ventilation: Passive cooling design requires adequate airflow in system enclosure

• I/O Wiring: Connect Ethernet, serial, USB, and expansion modules as per system wiring diagrams

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System Compatibility & Software

The VMIVME‑7807 supports multiple real‑time and embedded operating systems, including:

• VxWorks — common in industrial control applications

• Linux — flexible platform support for custom applications

• QNX — real‑time OS for deterministic control

• Legacy Windows embedded variants (e.g., Windows XP) on some configurations

Drivers and board support packages are typically provided through system integrators or legacy GE Embedded Systems support channels.

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Benefits & Value

• Deterministic Processing: Suitable for control loops and real‑time automation

• Modular Expandability: Works seamlessly with other VMEbus I/O, memory, and communication boards

• Industrial Durability: Designed to operate in demanding factory and process environments

• Versatile Integration: Adaptable to many system architectures via Ethernet and serial interfaces

• Legacy Support Path: Helps extend the life of VME‑based installations where newer hardware may not be viable