IEC 62629-13-1:2017

IEC 62629-13-1:2017 is a technical reference for visual inspection methods for stereoscopic displays using glasses, with a focus on ghost image evaluation. It is relevant to teams that need a documented approach for assessing display quality, comparing product performance, or supporting conformity assessment in development and procurement workflows. By defining a consistent inspection basis for ghost image observation, the document helps engineering and quality groups align testing activities, reduce subjective variation, and support more reliable product evaluation during technical review.

Overview of IEC 62629-13-1:2017

The official title, 3D Display devices - Part 13-1: Visual inspection methods for stereoscopic displays using glasses - Ghost image, indicates a method-oriented document for examining visual artifacts in glasses-based stereoscopic display systems. Its likely purpose is to support repeatable inspection and documented evaluation of ghost image behavior, which is a key factor in perceived display quality. For organizations working on product validation, laboratory evaluation, or engineering documentation, IEC 62629-13-1:2017 provides a focused compliance reference tied to practical viewing assessment rather than broad system design.

Compliance applications of IEC 62629-13-1:2017

IEC 62629-13-1:2017 is commonly relevant in display development, acceptance testing, and quality workflows where stereoscopic viewing performance must be checked in a controlled way. It may be used by manufacturers, test laboratories, and procurement teams to support technical assessment of 3D display devices that rely on glasses for image separation. The document can also assist with test planning, supplier review, and conformity assessment preparation when ghost image performance needs to be described, measured, or compared using a consistent inspection method.

Importance of compliance with IEC 62629-13-1:2017

Using IEC 62629-13-1:2017 as a technical baseline helps improve testing consistency and reduces the risk of subjective interpretation during visual inspection. For product teams, that can support more dependable engineering validation and clearer quality assurance decisions. For procurement and compliance functions, it can strengthen technical due diligence by giving a common basis for evaluating display-related performance claims. In regulated or contract-driven workflows, a defined inspection method also supports traceable documentation, operational consistency, and more efficient preparation for conformity assessment.

• Visual inspection approach for ghost image evaluation in glasses-based stereoscopic displays
• Useful for product evaluation, laboratory checks, and repeatable technical review
• Supports documented quality workflows and comparison across test samples or suppliers
• Helps align engineering documentation with conformity assessment and procurement requirements