Motorola MVME167-006B

Product Introduction:
The Motorola MVME167-006B is a high-end model in the MVME167 series, built for苛刻 environments requiring extreme fault tolerance and redundant design. It provides superior data integrity and system recovery capabilities at the hardware level.

Category:

Description

Motorola MVME167-006B

Technical Specifications:

  • Brand: Motorola
  • Model: MVME167-006B
  • Product Positioning: High-End Redundant VME Single Board Computer

Functional Features:

  • Redundancy Support: Hardware architecture supports dual power modules and independent watchdog circuits to elevate system fault tolerance to the highest level.
  • Hot-Swap Compatibility: Optimized plug-and-play architecture enables maintenance without system downtime in compatible chassis.
  • Deep Diagnostics: Fully enabled diagnostic reporting functions support precise recording of various alarms into the I/O fault table.

Application Scenarios:
Large transportation hub control systems, critical infrastructure monitoring, military radar data acquisition, and navigation systems.

Performance Parameters:

  • Fault Tolerance: Exceptional electromagnetic interference resistance and extremely low system downtime probability.
  • Reliability: Seamless failover and graceful degradation in case of component failure.

Material Composition:
Utilizes the highest-grade anti-aging components and high-reliability PCB substrates.

Structural Characteristics:
Standard 6U VME size equipped with a robust metal heat dissipation frame and high-reliability backplane connectors.

Working Principle:
Through multiple hardware redundancy mechanisms and real-time operating system coordination, it ensures seamless switching or safe degraded operation when main components experience anomalies.

Installation Requirements:
Must be installed in chassis supporting redundant power supplies and advanced VME protocols, ensuring proper system grounding.

Usage Precautions:
When performing system maintenance or module replacement, strict hot-swap operation procedures must be followed to avoid unexpected impacts on the redundant system.