VMIC 7487A VMEbus CPU Board – 332-107487-033 H
The VMIC 7487A is a high-performance VMEbus CPU board designed for demanding industrial control, defense, and data acquisition applications. Identified by part number 332-107487-033 H, this CPU board provides powerful processing capability with a range of I/O interfaces, enabling real-time control, data processing, and system management in VME-based systems. Its robust construction and extended lifecycle support make it ideal for mission-critical applications requiring long-term availability in harsh environments.
Built to the VMEbus standard, the 7487A offers seamless integration into existing VME chassis, providing a flexible and scalable solution for system integrators requiring reliable processing power. The board's architecture supports standard VMEbus addressing and interrupt mechanisms, with comprehensive diagnostic capabilities for system monitoring.
Key Features
High-Performance CPU: Powerful processor for demanding computing tasks in industrial and defense applications.
VMEbus Architecture: Standard VME form factor with A32/D32 addressing for system integration.
Extensive I/O: Multiple communication interfaces for flexible system connectivity.
Memory Expansion: DRAM and flash memory options for flexible system configuration.
Industrial Grade: Designed for extended temperature operation and vibration resistance.
Long Lifecycle: Extended support for long-term system availability in mission-critical applications.
Software Compatibility: Supports VxWorks, Linux, and other real-time operating systems.
Technical Specifications
The 7487A includes a high-performance processor with onboard memory and I/O interfaces. The board supports standard VMEbus master/slave operations, including DMA and interrupt generation for efficient data transfer. Power is derived from the VME backplane, and the board includes comprehensive diagnostic features including power-on self-test and status monitoring. The module includes multiple communication interfaces for flexible system connectivity.
Applications
Industrial Automation: Machine and process control systems requiring reliable computing.
Defense Systems: Command, control, and communications applications.
Data Acquisition: High-performance data processing and system management.
Aerospace Test: Flight simulation and ground test equipment.
Embedded Computing: Reliable processing in embedded applications.
Integration and Configuration
Integration is facilitated by the board's standard VMEbus interface. Configuration is performed via software, with comprehensive documentation provided for system integrators. The module supports a wide range of operating systems, enabling flexible software development and deployment.
Benefits
Performance: High-speed processing for demanding applications.
Reliability: Robust design for industrial and defense environments.
Compatibility: Standard VME interface for easy system integration.
Investment Protection: Long lifecycle ensures system availability.
Flexibility: Extensive I/O for diverse application requirements.
Conclusion
The VMIC 7487A VMEbus CPU board provides a reliable, high-performance computing platform for VME-based industrial, defense, and data acquisition systems.
