GE VMIVME-7807

GE VMIVME-7807 is a high-performance single-board computer (SBC) designed and manufactured by GE Fanuc Embedded Systems, now part of Abaco Systems. This powerful VMEbus module is engineered for demanding industrial, military, and aerospace applications requiring robust processing capabilities in a rugged form factor. The GE VMIVME-7807 combines advanced processor technology with extensive I/O capabilities, making it an ideal solution for embedded control, data acquisition, and signal processing applications. As a testament to GE’s commitment to longevity and reliability, the GE VMIVME-7807 continues to serve critical infrastructure where extended product lifecycles are essential.

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Description

GE VMIVME-7807 Product Overview

GE VMIVME-7807 is a high-performance single-board computer (SBC) designed and manufactured by GE Fanuc Embedded Systems, now part of Abaco Systems. This powerful VMEbus module is engineered for demanding industrial, military, and aerospace applications requiring robust processing capabilities in a rugged form factor. The combines advanced processor technology with extensive I/O capabilities, making it an ideal solution for embedded control, data acquisition, and signal processing applications. As a testament to GE’s commitment to longevity and reliability, the continues to serve critical infrastructure where extended product lifecycles are essential.

Product Parameters and Specifications

The GE VMIVME-7807 is architected to deliver exceptional performance in embedded applications:

  • Processor: Typically features a high-performance Intel Pentium M or Celeron M processor, offering clock speeds up to 1.8 GHz
  • Chipset: Utilizes the Intel E7501 chipset, providing reliable memory and I/O controller functionality
  • Memory: Supports up to 1 GB of DDR SDRAM with ECC protection for data integrity in critical applications
  • VMEbus Interface: Full compliance with VMEbus specification, supporting both master and slave operation modes
  • Form Factor: 6U VMEbus form factor, compatible with standard VME chassis and backplanes
  • Operating Temperature: Available in commercial and extended temperature ranges to suit various deployment environments
  • Storage: On-board CompactFlash socket for solid-state storage, enhancing reliability in high-vibration environments

Advantages and Functional Features

The offers distinctive advantages for embedded system designers:

  • Rugged Construction: Built with industrial-grade components and conformal coating options for operation in harsh environments with extreme temperatures, shock, and vibration
  • Extended Lifecycle: Designed with long-term availability in mind, supporting applications requiring 10-15 year product lifecycles typical in defense and industrial sectors
  • Rich I/O Integration: Features on-board Ethernet, USB, serial ports, and graphics controller, reducing the need for additional expansion modules
  • VME64 Support: Compatible with VME64 standard, enabling high-speed data transfers of up to 80 MB/s
  • PMC Expansion: Provides one or two PCI Mezzanine Card (PMC) sites for application-specific I/O expansion
  • Software Compatibility: Supports multiple operating systems including VxWorks, Linux, and Windows Embedded, offering flexibility for software developers

Application Cases in Industry

The finds extensive application across various high-reliability sectors:

  • Military and Defense: Serves as the processing core for radar systems, sonar signal processing, command and control systems, and onboard vehicle computers in armored vehicles
  • Aerospace Applications: Deployed in flight simulation systems, test equipment, and ground support systems where reliability is paramount
  • Industrial Automation: Provides control and monitoring capabilities for complex manufacturing processes, power generation facilities, and oil and gas pipeline monitoring
  • Medical Imaging: Powers advanced diagnostic equipment including CT scanners, MRI systems, and ultrasound machines requiring real-time image processing
  • Telecommunications Infrastructure: Supports network monitoring equipment and base station controllers in telecommunications networks

Competitive Comparison and Selection Advice

When compared to alternative VMEbus SBCs, the distinguishes itself through its balance of performance, ruggedness, and longevity:

  • Selection Advice: When specifying the

    GE VMIVME-7807, carefully evaluate your processing requirements against the available processor options to ensure adequate performance margins. Consider memory requirements carefully, as some applications may benefit from the maximum supported configuration of the

    . Verify operating system and driver availability for your specific software platform before finalizing selection. Assess environmental conditions at the deployment location to determine whether the commercial or extended temperature range version of the

    is required.

  • Precautions: Ensure proper cooling is provided in the chassis, as the

    GE VMIVME-7807 processor can generate significant heat under full load. Verify that the power supply in your VME chassis can provide sufficient current for the

    and any installed PMC modules. When integrating the

    into legacy systems, verify VMEbus backplane compatibility and signal voltage levels. Pay attention to firmware and BIOS updates that may be required for compatibility with newer peripheral devices. Consider spare parts availability for long-term support when deploying the

    GE VMIVME-7807 in mission-critical applications.

GE VMIVME-7807 GE VMIVME-7807

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