The Motorola Embedded Controller Card MVME 2304-111 represents a powerful VMEbus processor module built around MPC60x 32-bit microprocessor technology, delivering robust computing performance for demanding industrial applications. This single-board computer features two 32/64-bit PMC expansion slots with both front-panel and P2 I/O connectivity, providing exceptional system expandability. The MVME 2304-111 Motorola MVME2300-Series incorporates a 64-bit PCI expansion mezzanine connector and includes comprehensive timing resources with four 32-bit timers plus a 16-bit timer and watchdog timer for real-time control precision.

Designed for reliability in harsh environments, the Motorola VME Processor Module MVME 2304-111 integrates a 10/100Mb/s Ethernet transceiver interface for network connectivity along with an asynchronous serial debug port for system diagnostics. Its VME64 architecture ensures high-speed data transfer capabilities while maintaining backward compatibility with existing VME systems. The module's intelligent design combines processing power with versatile I/O options, making it suitable for military, telecommunications, and industrial automation applications requiring deterministic performance.

The Embedded Controller Card MVME 2304-111 Motorola excels in embedded computing scenarios where both computational power and expansion flexibility are critical. Its modular architecture allows customization through PMC mezzanine cards while the onboard timing resources support complex synchronization requirements. The board's robust construction and thermal management features ensure reliable operation in extended temperature ranges and vibration-prone installations.

As a standout in Motorola's VME processor lineup, the VME Processor Module Motorola MVME 2304-111 delivers the perfect balance of processing capability and industrial durability. Its combination of microprocessor performance, expansion options, and network connectivity makes it ideal for applications ranging from radar systems to factory automation controllers. The module continues to serve as a trusted solution for legacy systems requiring powerful, upgradeable computing platforms with long-term availability support.