The Emerson/Motorola MVME2301 is a VME64-compliant processor module designed for real-time control, data acquisition, and communication in industrial and embedded systems. Built on Motorola’s PowerPlus Architecture, it combines a 32-bit MPC60x microprocessor (200 MHz MPC603 example) with a 64-bit PCI bus for efficient data throughput. The module features 16 MB ECC DRAM and 5 MB on-board Flash memory, with two 32/64-bit PMC expansion slots supporting both front-panel and P2 I/O connectivity. Integrated 10/100 Mb/s Ethernet and asynchronous serial debug port provide network and diagnostic interfaces. Five timer resources—four 32-bit timers, one 16-bit timer, and one watchdog timer—enable precise timing and system protection. Single VME slot form factor (233.4 mm H × 160.0 mm D × 19.8 mm W) with VME64-optimized interface design minimizes PCI latency. The module integrates into systems requiring deterministic performance across demanding operating environments.
## Technical Specifications
• **Processor:** MPC60x 32-bit microprocessor; 200 MHz MPC603 example
• **Memory:** 16 MB ECC DRAM; 5 MB on-board Flash
• **PMC Expansion:** Two 32/64-bit IEEE P1386.1 slots with front-panel and P2 I/O support
• **Network Interface:** 10/100 Mb/s Ethernet transceiver
• **Serial Interface:** Asynchronous debug port
• **Timers:** Four 32-bit, one 16-bit, one watchdog timer
• **PCI Bridge:** 64-bit PCI mezzanine connector; processor-memory to PCI bridge
• **Power (MVME2300 series reference):** 4.0 A typical / 4.75 A maximum at 200 MHz; ±12 V rails available; PMC-dependent draw
• **VMEbus:** VME64 compliant with optimized interface
• **Dimensions:** 233.4 mm H × 160.0 mm D × 19.8 mm W (single slot); front panel 261.8 mm H
• **Front Panel:** IEEE 1101 compatible with injector/ejector handles
## Key Features
• Dual PMC mezzanine slots enable modular I/O customization
• 64-bit PCI bridge architecture reduces VME-to-memory latency
• Integrated Ethernet and serial debug for network and diagnostic access
• Five independent timer resources for real-time scheduling and protection
• ECC DRAM for error detection and correction in critical systems
## Typical Applications
• Industrial control and real-time automation
• Data acquisition systems in demanding environments
• Embedded communication platforms
• Critical infrastructure and fault-tolerant systems
## Compatibility & Integration
• VME64 and IEEE P1386.1 (PMC) standards compliance
• Supported by complete range of real-time operating systems and kernels
