Validation gaps found under test conditions such as vibration, thermal cycling and mechanical stress are often traced to standard connectors that lack application-specific design, leading to field failures and warranty returns. Within OEM design workflows, non-compliant connectors can also cause program delays due to insufficient validation data.
Engineering teams need a consistent, physics-based validation framework that ensures quality materials, tolerances and performance benchmarks are aligned with standards that govern automotive connectors: USCAR2, GMW3191, LV214, IEC 60512 and ISO 16750.
Molex invests in dedicated DfR engineering resources because meeting a specification is not the same as understanding true field reliability. Where standard validation confirms a pass/fail, DfR identifies where a connector may eventually fail. By uncovering design margins anddegradation mechanisms that compliance tests may miss, OEM engineers benefit from a qualified part and a clear roadmap for its performance over the vehicle’s lifetime.
