MOTOROLA MVME5500-163

• Storage:
  • IDE hard drive, CF card, or CompactFlash card support.
• Dimensions:
  • 6U VMEbus form factor.
• Environmental:
  • Operating temperature: -20°C to +70°C.
  • Shock resistance: 30G, 11ms.
  • Vibration resistance: 0.2G, 5Hz to 500Hz.

Key Features

• Balanced Performance: Optimized integration of processor, memory, and I/O subsystems ensures smooth operation for complex tasks.
• High Reliability: ECC SDRAM and soldered Flash memory enhance data integrity, while industrial-grade design provides shock, dust, and moisture resistance.
• Scalability: Dual PCI buses and PMC sites support up to four additional PMCs, enabling flexible expansion with storage, networking, or FPGA modules.
• Backward Compatibility: Maintains VMEbus infrastructure compatibility, easing migration from older MVME2300/2400/2600/2700/5100 boards.
• Multi-OS Support: Compatible with VxWorks, Linux, and other real-time operating systems, adapting to diverse application requirements.
• Enhanced I/O Performance: Dual 64-bit PCI buses and AltiVec technology accelerate data processing and system responsiveness.

Application Scenarios

• Industrial Automation: Controls manufacturing equipment, robotics, and process automation systems with precision and real-time responsiveness.
• Military & Aerospace: Powers radar, missile guidance, and electronic warfare systems due to its rugged design and high computational density.
• Medical Imaging: Accelerates MRI/CT reconstruction and ultrasound processing with AltiVec-enhanced performance.
• Telecommunications: Manages network routers, baseband processing, and protocol conversion in 5G/LTE infrastructure.
• Energy Sector: Monitors power grid stability and controls renewable energy systems in demanding environments.
• Transportation: Supports intelligent traffic systems, railway signaling, and vehicle control units.

Market Position
The MVME5500-163 targets OEMs seeking a technology refresh for legacy VME systems. Its combination of 1 GHz PowerPC performance, dual PCI buses, and modular expansion makes it ideal for applications prioritizing real-time processing, reliability, and long-term availability.