GE Fanuc VMIVME-7671 Linux OS Controller Processor – VMEbus
The GE Fanuc VMIVME-7671 is a high-performance VMEbus controller processor board designed for embedded Linux-based industrial control and data acquisition applications. This single-board computer combines a powerful x86 processor with the flexibility of the Linux operating system, providing a robust, open-platform solution for real-time control, data processing, and system integration in demanding environments.
The VMIVME-7671 is engineered for applications requiring both computing power and system flexibility, such as defense systems, aerospace test equipment, factory automation, and process control. Its Linux OS compatibility provides access to a vast ecosystem of open-source software and development tools, while the VMEbus interface enables integration with a wide range of I/O modules and peripherals.
Key Features
Linux OS Support: Runs standard Linux distributions for open-platform development.
Powerful x86 Processor: High-performance CPU for demanding computing tasks.
VMEbus Architecture: Standard VME form factor for integration with VME-based systems.
Extensive Onboard I/O: Ethernet, serial ports, USB, SATA, and digital I/O for connectivity.
Memory Expansion: DRAM, flash memory, and SSD storage options.
Rugged Design: Built for extended temperature operation, shock, and vibration resistance.
Long Lifecycle Support: Designed for applications requiring long-term availability.
Technical Specifications
The VMIVME-7671 is based on an Intel x86 processor with clock speeds up to 1.8 GHz or higher, depending on the variant. It includes up to 2 GB of onboard DRAM, with support for ECC memory for enhanced reliability. Non-volatile storage is provided via onboard flash memory, CompactFlash, and optional SATA SSD. The board includes multiple communication interfaces: two or more Gigabit Ethernet ports, up to four serial ports, USB 2.0 ports, and SATA interfaces.
VMEbus interface supports A32/D32 addressing and includes a VMEbus master/slave controller with DMA capabilities. The board also features a real-time clock with battery backup, watchdog timer, and comprehensive diagnostic functions.
Applications
Factory Automation: Machine control, vision systems, and data acquisition.
Defense Systems: Command, control, and communications systems.
Aerospace Test: Flight simulation and ground test equipment.
Medical Imaging: Processing and control for diagnostic equipment.
Process Control: Supervisory control and data acquisition (SCADA) systems.
Integration and Configuration
Integration is facilitated by the board's standard VMEbus interface and Linux OS compatibility. The board supports a wide range of Linux distributions, including real-time variants for deterministic performance. Comprehensive documentation and driver support are provided to assist with system integration.
Software development is supported by standard Linux development tools, enabling rapid application development and deployment.
Benefits
Performance: Powerful x86 processing for demanding applications.
Flexibility: Linux OS provides access to extensive software libraries and tools.
Reliability: Rugged design for harsh environments.
Investment Protection: Long lifecycle ensures long-term system availability.
Cost-Effective: Open-source software reduces development costs.
Conclusion
The GE Fanuc VMIVME-7671 Linux OS controller processor board offers a powerful, flexible, and reliable platform for embedded computing in demanding industrial and defense applications. Its combination of x86 processing, Linux OS support, VMEbus integration, and rugged construction makes it a trusted choice for engineers developing high-performance systems.
