IEC 62496-4-214:2020

IEC 62496-4-214:2020 defines an interface standard for an optical circuit board assembly using a terminated waveguide OCB and a single-row thirty-two-channel symmetric PMT connector. For engineering teams, test laboratories, and procurement specialists, it provides a focused technical reference for evaluating connector interface compatibility, assembly expectations, and related documentation needs. IEC 62496-4-214:2020 is especially relevant where optical interconnect performance, mechanical fit, and repeatable integration must be reviewed as part of product qualification or conformity assessment.

Overview of IEC 62496-4-214:2020

The scope of IEC 62496-4-214:2020 is centered on interface standardization for a terminated waveguide optical circuit board assembly with a symmetric thirty-two-channel PMT connector arrangement. In practical terms, it supports technical review of how the optical board assembly is defined for use in controlled design, verification activities, and documented evaluation. Organizations working on optical interconnect products may use it as a compliance reference when aligning engineering documentation, supplier specifications, and validation plans around a specific connector-based assembly interface.

Compliance applications of IEC 62496-4-214:2020

This technical document is relevant during product evaluation, incoming procurement review, and laboratory evaluation of optical circuit board assemblies that depend on a defined interface geometry. It can support technical validation where channel count, connector symmetry, and assembly compatibility must be checked against design intent. It is also useful in quality workflows that require traceable requirements for verification, conformity assessment preparation, and controlled comparisons between supplier parts, prototype builds, and production assemblies.

Importance of compliance with IEC 62496-4-214:2020

Using IEC 62496-4-214:2020 as part of the compliance workflow helps reduce interface ambiguity and supports operational consistency across design, test, and procurement functions. For organizations handling optical circuit board assemblies, a clear interface reference can improve interoperability expectations, strengthen engineering validation, and simplify documented review during qualification or acceptance testing. It may also help teams manage technical risk by aligning specifications with a common reference point before release, sourcing, or conformity assessment activities.

• Interface definition for a terminated waveguide optical circuit board assembly
• Single-row thirty-two-channel symmetric PMT connector arrangement
• Useful for engineering documentation, supplier review, and verification planning
• Supports conformity assessment and repeatable technical evaluation