IEC 61988-2-4:2011

IEC 61988-2-4:2011 defines a measurement approach for visual quality in plasma display panels, with a specific focus on image artifacts. For manufacturers, test laboratories, and quality teams, it provides a technical reference for evaluating display appearance in a consistent way during product development, verification activities, and acceptance review. By centering on visible defects and irregularities that can affect perceived performance, IEC 61988-2-4:2011 supports more reliable technical assessment, documented evaluation, and conformity assessment preparation for plasma display panel products.

Overview of IEC 61988-2-4:2011

The scope of IEC 61988-2-4:2011 is aligned with measuring methods for the visual quality of plasma display panels, specifically the assessment of image artifacts. In practical engineering workflows, that typically means a defined basis for observing, judging, and comparing display behavior under controlled conditions. The document is relevant where product evaluation, laboratory evaluation, and technical validation require repeatable criteria for visual inspection results. It is especially useful when teams need a common compliance reference for quality workflows and technical review.

Compliance applications of IEC 61988-2-4:2011

IEC 61988-2-4:2011 may be used in testing workflows for display development, incoming inspection, production quality control, and procurement review of plasma display panels. It is most relevant where image artifacts must be assessed consistently across samples, batches, or test sites. Engineering teams can use it to support documented evaluation, while procurement and compliance groups may rely on it when comparing supplier claims, preparing technical documentation, or aligning verification activities with an agreed measurement method. The document helps structure repeatable observations in controlled test environments.

Importance of compliance with IEC 61988-2-4:2011

Using IEC 61988-2-4:2011 helps reduce ambiguity in how visual quality concerns are judged, which is important for operational consistency and risk management. A shared testing method can improve consistency between design engineering, laboratory evaluation, and final acceptance decisions. It also supports quality assurance and regulatory preparation by giving organizations a defensible basis for technical compliance and performance review. For procurement and conformity assessment, it can clarify whether a display product meets expected visual quality requirements related to image artifacts.

• Measurement guidance focused on visual quality assessment for plasma display panels
• Technical reference for identifying and evaluating image artifacts in controlled conditions
• Useful for product evaluation, quality workflows, and laboratory verification activities
• Supports procurement checks, documented review, and conformity assessment preparation