Reliability & Availability Prediction and Analysis Software

 
RAM Commander is a comprehensive software system that provides everything necessary for reliability and availability prediction and analysis of electronic, mechanical and electro-mechanical equipment. Graphical presentation of a project's Product Tree (bill of materials, or system breakdown) allows visibility and easy data manipulation:
 
Product Tree Table

RAMC Reliability Software - Product Tree (BOM, Bill of Materials) screen


Primary reliability prediction (MTBF / failure rate calculation) is based on one of the prediction methods (like MIL-HDBK-217, FIDES, Telcordia, NSWC or 217Plus) - read more about primary reliability prediction.
RAM Commander's additional reliability analysis tools are available and described below.

Performing reliability allocation, Pareto analysis, RAM sensitivity analysis producing temperature curves and mission profile are extremely easy with RAM Commander.

RAM Commander generates all commonly required reliability reports and allows its user to define various customized reports.

Pareto Analysis

Pareto analysis identifies components or component families that contribute most significantly to the system or assembly failure rate - about 80% of the total failure rate.

Temperature Curve (MTBF as a function of temperature)

Temperature Curve module presents the failure rate or MTBF as a function of an ambient temperature: regular, multi-environment & multi-items on one graph.

 

Field Failure Rate Module

Field Failure Rate Module


Field Failure Rates module provides a great solution when Field/Manufacturer's failure rates (FR) are known only for a few temperature values, while there is a need to determine FR values with reference to specific environment and temperature and then extrapolate FR for different other environments and temperatures.

Mission Profile Analyzer calculates reliability according to Mission Profile defined as a sequence of Mission phases. Each mission phase has its specific duration, environment and temperature, test performance and efficiency and may be defined as a phase performing in operating or non-operating mode: 

 
Mission Profile