IEC 62629-12-1:2014

IEC 62629-12-1:2014 defines the measuring methods for stereoscopic displays using glasses, with a focus on optical evaluation. It is relevant when engineers, test laboratories, and procurement teams need a consistent technical reference for assessing display performance in 3D display devices. By providing a structured basis for measurement and documented evaluation, IEC 62629-12-1:2014 supports technical review, conformity assessment, and more reliable comparison of products during development, verification activities, and acceptance workflows.

Purpose of IEC 62629-12-1:2014

The purpose of IEC 62629-12-1:2014 is to guide optical measuring methods for stereoscopic displays that use glasses, helping users apply consistent testing workflows and technical validation practices. As part of the IEC 62629 series, it serves as a primary technical reference for evaluating display behavior in a controlled and repeatable way. That makes it useful for engineering documentation, laboratory evaluation, and compliance preparation where measurement consistency and traceable results are important.

Compliance applications of IEC 62629-12-1:2014

IEC 62629-12-1:2014 is commonly used in product evaluation, laboratory test planning, and quality workflows for 3D display devices that rely on glasses-based stereoscopic viewing. It may support technical assessment during design verification, supplier review, and procurement decisions where an optical measuring method is needed for comparison or acceptance. Organizations involved in display development, test houses, and conformity assessment activities can use it to align measurement practice with a documented compliance reference and reduce ambiguity in reported results.

Benefits of IEC 62629-12-1:2014

Using IEC 62629-12-1:2014 can improve testing consistency, reduce risk in technical decision-making, and strengthen engineering validation for stereoscopic display systems. It provides a clearer basis for comparing optical performance across samples, test environments, and development stages. For compliance teams, it supports more orderly preparation of technical documentation and helps procurement and quality groups assess whether a product evaluation has been performed against a recognized measuring method. That can simplify review, improve repeatability, and support operational consistency.

• Optical measuring methods for stereoscopic displays using glasses
• Technical reference for repeatable laboratory evaluation
• Support for product comparison, verification, and acceptance testing
• Useful in compliance workflows and conformity assessment preparation
• Applicable to engineering documentation and quality assurance review