Description
Detailed Parameter Table
| Parameter name | Parameter value |
| Product model | Motorola MVME5500-0161 |
| Manufacturer | Motorola (Emerson) |
| Product category | VMEbus Single-Board Computer (SBC) |
| Microprocessor | MPC7457 PowerPC G4 with AltiVec coprocessor |
| Processor clock | 1 GHz |
| Memory configuration | 32MB + 8MB soldered flash; 512MB SDRAM |
| Communication interfaces | 1×Gigabit Ethernet; 1×10/100BaseTX Ethernet; 2×serial ports |
| Expansion capability | Dual 64-bit PCI buses (33/66MHz); 2×PMC sites; PMCspan connector |
| Physical dimensions | 233.35mm H × 340mm D × 160mm W (6U VME form factor) |
| Weight | Approx. 0.40 kg |
| Environmental requirements | Temp (operation): -40°C to +71°C; Temp (storage): -45°C to +85°C; Humidity: 95% RH non-condensing at 40°C; Altitude: Up to 45,000 ft; Protection: IP65 |
| Supported operating systems | VxWorks, Linux |
MVME5500-0161
Product Introduction
The **Motorola MVME5500-0161** stands as the flagship VMEbus Single-Board Computer in Motorola’s industrial computing lineup, engineered for high-performance, data-intensive applications in demanding environments. Powered by the 1GHz MPC7457 PowerPC G4 processor with integrated AltiVec coprocessor, the **Motorola MVME5500-0161** delivers exceptional computational capabilities, making it ideal for complex signal processing and real-time control tasks.
Designed with a balanced system architecture, the **Motorola MVME5500-0161** features a powerful Marvell system controller supporting 133MHz host and memory buses, ensuring optimal data flow between the processor, 512MB SDRAM, and dual 64-bit PCI buses. As a critical component in industrial automation, defense, and aerospace systems, the **Motorola MVME5500-0161** provides seamless integration with existing VMEbus infrastructure while offering enhanced performance for technology refresh initiatives.
Core Advantages and Technical Highlights
High-performance processing: The **Motorola MVME5500-0161** leverages the MPC7457 PowerPC G4 processor’s 1GHz clock speed and AltiVec coprocessor to deliver parallel processing capabilities, accelerating vector operations and multimedia tasks by up to 4x compared to previous generations. This enables efficient handling of data-intensive applications like radar signal processing and industrial machine vision.
Balanced I/O architecture: The **Motorola MVME5500-0161** incorporates dual independent 64-bit PCI buses operating at 33/66MHz, each with dedicated PMC sites supporting both 33MHz and 66MHz cards. The Universe II VME interface and PMCspan connector are isolated on a dedicated 33MHz PCI segment, ensuring uncompromised performance of both PMC sites at full 66MHz speed—critical for high-throughput applications.
Rugged environmental design: Certified to operate in extreme conditions, the **Motorola MVME5500-0161** withstands temperatures from -40°C to +71°C, 95% non-condensing humidity, and altitudes up to 45,000ft. Its IP65 protection rating ensures resistance to dust and water ingress, making the **Motorola MVME5500-0161** suitable for harsh industrial and outdoor deployment scenarios.
Flexible connectivity: Equipped with Gigabit Ethernet and 10/100BaseTX interfaces, the **Motorola MVME5500-0161** enables high-speed data transfer to supervisory systems and remote devices. Two serial ports provide additional connectivity for legacy equipment, while the PMC expansion capability allows customization with specialized I/O modules for specific application requirements.
Typical Application Scenarios
In defense and aerospace applications, the **Motorola MVME5500-0161** serves as the processing core for radar systems, avionics test platforms, and unmanned vehicle control systems. Its rugged design withstands the vibration, temperature extremes, and electromagnetic interference common in these environments, while the AltiVec coprocessor accelerates target detection algorithms and sensor fusion tasks.
Within industrial automation, the **Motorola MVME5500-0161** powers high-precision manufacturing equipment, including semiconductor fabrication tools and industrial robots. Its real-time processing capabilities ensure sub-millisecond control loop response, while dual Ethernet interfaces enable simultaneous connection to plant-wide SCADA systems and local I/O networks. In transportation systems, the **Motorola MVME5500-0161** manages train signaling and traffic control systems, leveraging its reliability to maintain operational continuity in mission-critical infrastructure.
MVME5500-0161
Related Model Recommendations
Motorola MVME55006E-0161: Variant of the **Motorola MVME5500-0161** with identical processing capabilities and 512MB SDRAM, optimized for scan-based applications.
Motorola MVME55006E-0163: Similar to **Motorola MVME5500-0161** with integrated IEEE handles for enhanced mechanical stability in mobile applications.
Motorola MVME5100: Entry-level VME SBC offering cost-effective alternative to **Motorola MVME5500-0161** for less demanding applications.
Motorola MVME6100: Next-generation successor to **Motorola MVME5500-0161** with upgraded PowerPC processor and enhanced PCIe connectivity.
Motorola MVME5500-PMC-E: Ethernet expansion PMC module that adds four 10/100BaseTX ports to **Motorola MVME5500-0161** for large-scale network deployments.
Motorola MVME5500-MEM-1G: Memory upgrade kit that increases **Motorola MVME5500-0161** SDRAM to 1GB for memory-intensive applications.
Motorola MVME5500-PMC-S: Serial communication PMC module providing eight RS232/485 ports for **Motorola MVME5500-0161** in legacy device integration.
Installation, Commissioning and Maintenance Instructions
Installation preparation: Before installing the **Motorola MVME5500-0161**, ensure the VME chassis is powered off and properly grounded to prevent electrostatic discharge. Verify the chassis supports 6U VME form factor and provides adequate cooling (minimum 10CFM airflow). Align the module’s edge connectors with the chassis backplane, gently insert until fully seated, and secure with front-panel screws. Connect Ethernet and serial cables, ensuring proper shielding for industrial environments.
Maintenance suggestions: Periodically inspect the **Motorola MVME5500-0161** for dust accumulation and ensure ventilation paths remain unobstructed. Monitor operating temperatures to prevent exceedance of the -40°C to +71°C range. Update firmware through the VxWorks or Linux command line interface using Motorola’s official update utility. For communication issues, verify PCI bus termination and check PMC module seating; for processing errors, run memory diagnostics via the onboard test utility.
Service and Guarantee Commitment
The **Motorola MVME5500-0161** is backed by a 1-year manufacturer’s warranty covering defects in materials and workmanship. Our global technical support team provides 24/7 assistance for installation guidance, firmware updates, and troubleshooting via email and online portals. We maintain a comprehensive inventory of spare parts in strategic locations worldwide to ensure rapid replacement of the **Motorola MVME5500-0161** and related components, minimizing downtime for critical applications.
For extended support needs, customizable service level agreements (SLAs) are available, including scheduled preventive maintenance and priority technical response. Emerson, as the successor to Motorola’s industrial computing division, remains committed to providing long-term lifecycle support for the **Motorola MVME5500-0161**, ensuring investment protection for our customers.
