Galaxy S26 Ultra’s AI Flex Magic Pixel Tech Enhances Screen Privacy

As the development of the 2026 Galaxy S flagships progresses, new information continues to surface through early leaks. A fresh report claims that the Galaxy S26 Ultra will adopt Flex Magic Pixel technology. This tech implements an AI-powered privacy film effect on the display to improve user privacy.

Flex Magic Pixel technology limits the viewing angle of the screen

The upcoming Galaxy S26 series will include three models: Pro, Edge, and Ultra. To make the Ultra model more exciting and distinct, Samsung aims to offer a new privacy-focused feature. According to a report from DealSite, the Korean firm will integrate Flex Magic Pixel into the Galaxy S26 Ultra. “Samsung Display has been developing the technology for quite some time, but this is the first time they are entering full-scale mass production,” an industry insider told the publication.

Introduced by Samsung Display at Mobile World Congress 2024, Flex Magic Pixel is a next-generation display technology. It uses AI to control OLED pixels and adjust the screen’s viewing angle. For example, when you launch an app containing sensitive information, the AI modifies the pixels and creates a privacy film effect. This makes content visible only to the person directly in front of the screen.

Of course, you could manually apply a privacy film for the same purpose. However, this method often reduces brightness and image quality. Thanks to the built-in Flex Magic Pixel technology, users can get the highest level of picture quality while protecting their privacy. However, as mentioned above, the Galaxy S26 Pro and Galaxy S26 Edge models will miss out on this cutting-edge feature.

In addition to Flex Magic Pixel, the Galaxy S26 Ultra will feature Color Filter on Encapsulation (CoE) technology. CoE replaces traditional polarizing plates in OLED displays with printed color filters and a black PDL. This allows thinner panels with better light transmission, lower power consumption, and more accurate color reproduction.