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GE VME7740-841
Technical Specifications
Processor: Based on an Intel Pentium III processor, offering high-performance computing capabilities.
Memory: Up to 512MB of synchronous DRAM, providing ample memory for data processing and storage.
Graphics Accelerator: 64-bit AGP SVGA graphics accelerator, enhancing graphical capabilities for display and user interface.
VMEbus Interface: Compliant with VMEbus specification Rev. C.1, ensuring compatibility with various VMEbus-based systems.
Detailed content
Power Supply: Supports standard industrial power input, with details varying by region and model.
Physical Dimensions: 130mm x 90mm x 40mm, with a weight of approximately 0.5kg.
Operating Temperature: Designed for operation within a wide temperature range suitable for industrial environments.
Functional Features
Multi-Operating System Support: Capable of running operating systems such as VxWorks, Linux, MS-DOS, Windows 95, and Windows NT, offering flexibility to users.
Advanced VMEbus Interface: Features a dual-port RAM to VMEbus, making it an ideal choice for multi-processor applications.
Boot and Self-Test: Performs a PC/AT-type power-on self-test (POST) upon startup, ensuring system integrity.
PCI-to-VMEbus Bridge: Equipped with a PCI-to-VMEbus bridge, enabling seamless communication with other VMEbus modules.
Endian Conversion Hardware: Supports endian conversion, ensuring compatibility with different processor architectures.
Additional Hardware Features: Includes a battery-backed clock/calendar, front panel reset switch, and a microspeaker for system alerts.
Enhanced Functionality: Provides additional features such as general-purpose timers, programmable watchdog timers, a bootable flash disk system, and non-volatile SRAM.
Application Scenarios
Real-Time Control: Ideal for applications requiring real-time data processing and control, such as industrial automation systems.
Data Acquisition and Analysis: Used in systems that require high-speed data acquisition and analysis for monitoring and diagnostics.
Motion Control: Suitable for motion control applications, where precise timing and processing power are crucial.
Human-Machine Interface (HMI): Can be integrated into HMI systems, providing a powerful and flexible platform for user interfaces.
Remote Monitoring: Enables remote monitoring and control of industrial processes, reducing the need for on-site personnel.
Multi-Processor Applications: With its advanced VMEbus interface and support for multiple processors, it’s an excellent choice for complex, multi-processor industrial systems.
