The VMIC 320-250236, featuring the VMIVME-7588 processor board and associated with 332-000234-001 E, is a high-performance VME processor module designed for demanding industrial control, computing, and automation applications. This advanced module provides a comprehensive computing solution for system integrators requiring dependable VME-based processing in mission-critical environments. The 320-250236 is recognized for its robust construction and powerful processing capabilities.
The VMIVME-7588 features a sophisticated processing architecture that enables high-speed execution of complex control algorithms and computing tasks. The board is equipped with a powerful processor capable of handling demanding computational loads, making it suitable for real-time industrial control, data acquisition, and automation applications. Its advanced processing capabilities ensure reliable performance in mission-critical systems where uptime and determinism are essential.
This processor module includes ample memory capacity, including DRAM and flash storage, to support demanding applications. The board's memory architecture is optimized for high-speed data access, ensuring efficient processing of large datasets and real-time control loops. The versatile storage options provide flexibility for system configuration, operating system deployment, and data logging in industrial applications.
Built with industrial-grade components and rugged construction, the 320-250236 is engineered for reliable operation in demanding industrial settings. The board features a robust PCB design with protective coatings that resist moisture, dust, and chemical exposure. Its wide operating temperature range and vibration resistance make it suitable for continuous-duty applications in factories, power plants, and other harsh environments.
The 320-250236 is specifically designed for seamless integration into VME-based systems. Its standard VME form factor and connector layout ensure straightforward installation into compatible VME chassis. The board's compatibility with industry-standard operating systems and software simplifies system configuration and reduces development time.
This processor board includes diagnostic features that provide real-time status monitoring and fault detection. These capabilities include power-on self-test, error logging, and status indicators, enabling proactive maintenance and reducing system downtime.
The 320-250236 is widely used in applications such as process control, machine automation, data acquisition, and test systems. Its combination of powerful processing, comprehensive memory, and robust construction makes it a preferred choice for system integrators requiring reliable VME-based computing solutions.
In summary, the VMIC 320-250236 with VMIVME-7588 processor board is a high-performance and reliable solution for industrial computing applications. Its advanced processing architecture, comprehensive memory, and robust construction make it an essential component for VME-based systems.



