Motorola MVME61006E-0171

Product Introduction
The MVME61006E-0171 is an enhanced-reliability version of the high-memory 0171 model. It features 1 GB of ECC DDR memory and the 1.267 GHz MPC7457 processor, backed by Motorola’s stringent “6E” quality assurance processes. It is designed for applications demanding both massive memory capacity and uncompromising uptime.

Category:

Description

Motorola MVME61006E-0171

Technical Specifications

  • Processor: 1.267 GHz MPC7457 PowerPC.
  • System Memory: 1 GB ECC DDR DRAM.
  • Flash Memory: 128 MB Intel StrataFlash.
  • Network: Dual 10/100/1000 Ethernet.

Functional Features

  • Enhanced QA: Extended burn-in and comprehensive electrical testing.
  • Massive Memory: 1 GB RAM allows for large in-memory databases and complex RTOS applications.
  • Balanced Architecture: Processor, memory, and VME bandwidth are perfectly matched to eliminate bottlenecks.

Application Scenarios
Advanced air traffic control systems, medical imaging equipment (MRI/CT), and large-scale scientific data acquisition.

Performance Parameters

  • Memory Bandwidth: Over 2 GB/s local memory bandwidth.
  • VME Throughput: 320 MB/s sustained 2eSST.
  • Cache: 2 MB L3 DDR SRAM.

Material Composition
Premium industrial components with extended lifecycle support. Soldered flash and memory eliminate socket-related failures.

Structural Characteristics

  • 6U VME Form Factor: Standard dimensions with enhanced thermal design.
  • Front Panel: Dual GbE, Serial, Reset/Abort, and Status LEDs.
  • PMC Slots: Two 64-bit PMC/PMC-X slots with front and rear I/O routing.

Working Principle
The MV64360 controller manages the high-speed 1 GB DDR array, while the MPC7457 leverages the 2 MB L3 cache to minimize memory latency. The Tsi148 bridge ensures that VME transactions do not stall the local processor.

Installation Requirements

  • Ensure the VME chassis can supply sufficient current on the +5V rail for a 1 GB memory configuration.
  • Handle with extreme care to avoid ESD damage to the high-density memory components.
  • Verify PMC module compatibility and VIO voltage settings before installation.

Usage Precautions

  • Avoid running memory-intensive diagnostic tools during critical operational periods.
  • Keep the system firmware updated to ensure optimal memory controller timing.
  • Ensure adequate airflow across the DDR SDRAM chips.