Features:
- High-performance MPC7410/MPC750/MPC755 processor architecture with L1 cache support
- Advanced memory system with up to 512MB ECC SDRAM expandable to 1GB and high-bandwidth PCI architecture
- Dual PMC slots, PCI mezzanine expansion support, and flexible I/O modes for system integration
The MVME5100 is designed as a high-end VME single board computer that delivers strong processing capability within a compact architecture. It is widely used in industrial automation, defense systems, and embedded control platforms where reliability and performance are essential. The board integrates advanced memory management and expansion flexibility, making it suitable for complex computing environments. Its VMEbus compatibility ensures seamless integration into existing system infrastructures. Overall, the MVME5100 provides a stable foundation for mission-critical embedded applications.
The MVME5100 offers strong adaptability through its configurable I/O modes and extensive expansion options. It supports both PMC and SBC configurations, allowing users to match different system requirements without hardware redesign. Its dual Ethernet and serial interfaces enhance connectivity for distributed control systems. The architecture is optimized to maintain processing efficiency even under heavy data throughput conditions. As a result, the MVME5100 is well-suited for scalable industrial and automation deployments.
In demanding operational environments, the MVME5100 maintains stable performance through robust electrical and mechanical design. It operates reliably across industrial temperature ranges and withstands vibration conditions typical in field installations. The onboard firmware provides diagnostics and system boot support, improving maintainability and deployment efficiency. With support for legacy VME systems, it also helps extend the lifecycle of existing infrastructure. The MVME5100 remains a dependable solution for long-term embedded computing needs.
The MVME5100 Motorola Single Board Computer may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Motorola MVME5100 Single Board Computer Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Motorola MVME5100 Single Board Computer Specs
General
- Manufacturer Motorola
- Model MVME5100
- Condition New Original ready stock
- Product Family MVME5110,MVME5106,MVME5107
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Industrial Control: Used for real-time logic processing in semiconductor manufacturing equipment and automated production lines.
- Defense and Military: Integrated into sonar, radar signal processing systems, and simulation training platforms.
- Transportation: Supports signal monitoring and power dispatching systems for rail transit.
- Medical Imaging: Responsible for low-level image data acquisition and distribution in CT scans or MRI equipment.
- Software Support: Deeply compatible with mainstream embedded real-time operating systems such as VxWorks and OS-9.
- Mature Community: Decades of accumulated technical documentation and third-party driver support.
- Rich Plugins: Flexible expansion of network, serial, or storage modules via the PMC interface.
- Unified Standards: Complies with the VMEbus international standard, allowing seamless integration with chassis backplanes from different manufacturers.
- Forward Compatibility: Can directly replace older MVME series without large-scale system reconstruction.
- Architectural Heritage: Continues the PowerPC architecture logic, ensuring the continuity of core code.
- Diverse Versions: Provides derivative models with different power consumption and processing capabilities to match specific needs.
- Technology Alternative: Provides a stable transition solution for the transition from traditional bus systems to modern high-speed backplanes.