GE VME‑7807RC

Product Overview

The GE VME‑7807RC (part number VME‑7807RC‑410000350‑930078074‑410000) is a high‑performance VMEbus single‑board computer (SBC) originally manufactured by Abaco Systems (formerly GE Intelligent Platforms / GE Fanuc). This board combines powerful computing capability with versatile I/O support in a 6U VME Eurocard format, making it suitable for complex industrial and embedded control applications.

Designed around a Pentium M CPU and the Intel 855GME chipset, the VME‑7807RC delivers desktop‑class processing performance within an embedded VME system, supporting real‑time operating systems and demanding automation, simulation, and control tasks.

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Core Features & Capabilities

• Intel Pentium M CPU: Provides strong computing performance for embedded applications.

• VME‑64x Interface: Standard VMEbus interface enables integration into VME backplane systems.

• Multiple Ethernet Ports: Includes Gigabit and standard Ethernet interfaces for network connectivity.

• Rich Peripheral Integration: Offers IDE/SATA support, multiple serial ports, USB, graphics and keyboard/mouse connectors typical of embedded PC platforms.

• Expandable Memory: Supports DDR SDRAM via SODIMM and optional onboard memory up to ~1.5 GB.

• VITA/VME Standards: Compatible with PCI‑to‑VME bridges to support VME data access and control operations.

  
  

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Technical Specifications

Specification	Details
Model	VME‑7807RC
Part Number	VME‑7807RC‑410000350‑930078074‑410000
Manufacturer	Abaco Systems / GE Intelligent Platforms
Product Type	VMEbus Single‑Board Computer (SBC)
CPU	Intel Pentium M (up to ~1.8 GHz)
Chipset	Intel 855GME
Memory	Up to 1.5 GB DDR SDRAM (via SODIMM + onboard)
Ethernet	Dual Ethernet (Gigabit + 10/100 Mbps)
I/O Interfaces	USB 2.0, Serial ports, SVGA/DVI video support
Form Factor	6U VME Eurocard
Backplane Bus	VME‑64x
Operating Systems	Supports embedded OS like VxWorks, QNX, Linux, Windows (embedded)
Operating Temp.	Typically commercial (~0 °C to +55 °C)
Storage Options	CompactFlash or onboard flash for bootable storage

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Design & Architecture

The VME‑7807RC is engineered as a high‑density embedded computing platform that fits into standard VME backplane systems. Its architecture balances desktop‑class functionality with embedded system requirements:

• Integrated Graphics & Video Support: Onboard SVGA and optional DVI video controllers support display outputs for operator interfaces or diagnostics.

• Flexible I/O Mapping: Multiple serial, USB, and Ethernet interfaces allow connectivity with sensors, actuators, control networks, and peripheral devices.

• Expansion Capability: A front‑panel PMC site (PCI Mezzanine Card) allows specific expansions for additional interfaces or computation tasks.

• Ethernet Boot Options: Remote booting over Ethernet supports network‑based system deployments and updates.

This combination of features enables the VME‑7807RC to function both as a system controller and an intelligent node within larger embedded processing networks.

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Applications & Use Cases

The VME‑7807RC SBC is ideal for industries where reliable, real‑time embedded computing is required:

• Industrial Automation & Control: Process automation, distributed control in manufacturing lines.

• Test & Measurement Systems: Hardware‑in‑the‑loop simulation and high‑speed data acquisition.

• Telecommunications & Networking Equipment: Embedded system control that demands network connectivity.

• Military & Aerospace Embedded Platforms: Configurable SBC for avionics or real‑time g‑rated systems where rugged performance is valued.

• Research & Simulation Environments: Real‑time computation and multi‑task control algorithms.

These settings benefit from the board’s embedded computational power, connectivity options, and compatibility with standard VME racks.

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Installation & Integration

Installation Guidelines

1. Slide the VME‑7807RC into an available 6U VMEbus slot on a compatible chassis.

2. Connect backplane signals for power, data, and VME interrupts per system design.

3. Attach peripheral devices via Ethernet, USB, or serial ports as required.

4. Configure BIOS and boot parameters to suit the selected operating system.

Maintenance Tips

• Verify periodic firmware and OS updates for security and performance.

• Check connector integrity and backplane signal pathways for system reliability.

• Utilize watchdog timers and health monitoring to ensure continued operation.

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Advantages & Differentiators

• High Embedded Computing Power: Pentium M performance in a compact VME form.

• Rich Peripheral Support: Multiple networking and I/O interfaces support diverse system designs.

• Modular Expandability: PMC slot and transition modules add flexibility.

• Multi‑OS Compatibility: Runs widely used embedded operating systems.

• Robust Design: VME format ensures long‑term reliability in industrial environments.

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Summary

The GE VME‑7807RC is a powerful and versatile VME SBC tailored for demanding embedded computing tasks across industrial, automation, and real‑time control domains. Its combination of desktop‑class features, network connectivity, and VME system compatibility makes it an excellent choice for systems requiring robust performance in compact embedded environments.