How the Galaxy S24 Ultra’s Screen Stays Tough and Resists Glare – Samsung Global Newsroom

In a brand new video, Samsung Electronics takes viewers behind the scenes to witness the technical precision and superior engineering behind Corning^® Gorilla^® Armor — a scratch- and glare-resistant superior glass developed completely for the Galaxy S24 Extremely.

That includes the most recent instance of Corning Integrated’s modern expertise, the video captures the exceptional optics, spectacular sturdiness and next-level readability of the show.

Corning^® Gorilla^® Armor is the results of an exacting course of that covers the glass floor with particular ions in nanometer layers — every one thinner than a human hair. The top product is a high-tech materials that reduces glare by as much as 75%, making the show extra readable and minimizing display screen reflection even in vivid daylight or harsh indoor lighting.

This course of makes the glass show robust, so customers of the most recent Galaxy smartphone can get pleasure from better safety from the on a regular basis put on and tear that step by step damages screens over time. In Corning lab assessments, Corning^® Gorilla^® Armor demonstrated that it was greater than 4 occasions as scratch resistant as as competing show glasses comprised of aluminosilicates.¹

One other element that will curiosity customers is the best way Corning makes this extraordinary show materials in an ultra-clean atmosphere with vacuum deposition techniques. It’s the identical expertise Samsung makes use of to fabricate semiconductors.

For greater than 50 years, Samsung and Corning have labored collectively to create modern show supplies. Be taught extra within the video beneath.



¹ Corning® Gorilla® Armor is included into entrance show of Galaxy S24 Extremely. Scratch examined in comparison with a competing aluminosilicate cowl glass and reflection examined in comparison with a typical glass. Efficiency claims for Corning® Gorilla® Armor are based mostly on Corning’s inner lab testing. Precise efficiency could differ.