Displays are increasingly integrated into environments where variable light conditions are common, like vehicle consoles and dashboards. Anti-glare (AG) films are applied to displays to minimize reflections from ambient light and ensure that important information is viewable. The variable surface structure of the AG film allows ambient light to be diffused evenly, but can also compete with the pixel geometry of the display as light is emitted through the film. As display pixels near the size of the facets in the AG film structure, a visual effect called sparkle results, causing low display clarity that can appear grainy to a human observer. Measuring perceived sparkle ensures that the user experience drives the manufacture of AG displays. Such a measurement can be used not only in quality control during display production, but also in supplier qualification by OEMs who source third-party displays for integration.

Join a 30-minute webinar hosted by Matt Scholz, International Senior Business Advisor for Radiant Automotive applications, as he presents a method for repeatable sparkle measurement across users, devices, and systems, with quantifiable results that correlate to human visual perception of display quality. Topics include:

-- The effect of sparkle on display quality
-- Standard system specifications and setup for repeatable measurement
-- Setting a sparkle tolerance based on human visual perception
-- Customer case study at automotive OEM

A live audience Q&A with our presenter will follow the presentation.