Samsung’s Galaxy Z Fold 8 Set to Redefine Foldable Phones Amidst Apple’s Entry
The competition in the foldable phone market is about to heat up as Apple gears up to release its much-anticipated foldable iPhone later this year. This new challenge has spurred Samsung to innovate and enhance its upcoming Galaxy Z Fold 8, aiming to maintain its lead in the foldable smartphone sector. Recent reports suggest that Samsung is implementing notable technological advancements to address the long-standing issue of creases in foldable screens.
In Pursuit of a Creaseless Experience
According to insider sources, Samsung is preparing to tackle the persistent crease issue by applying Ultra-Thin Glass (UTG) on both the top and bottom layers of the display, a departure from the previous method where UTG was only utilized on the top. This dual-layer approach is expected to minimize crease visibility significantly.

Galaxy Z Fold 7’s crease has been an area of concern despite improvements over prior models. | Image Credit - PhoneArena
Innovative OLED Technology Showcased
At a recent CES event, Samsung unveiled a new OLED panel that boasts an optimized laminate structure. This new technology enhances light dispersion and effectively distributes stress during folding, thanks to innovative laser-drilled micro-perforations in its backplate.
Different Approaches: Apple vs. Samsung
While Apple plans to utilize a glass substrate for its foldable iPhone, Samsung is leaning towards a design incorporating a laser-drilled metal support plate. Apple's design focuses on durability, whereas Samsung emphasizes flexibility and stress management.
Will Apple’s Entry Propel Samsung to Innovate?
A Promising Future for Foldables
The challenge of eliminating creases from foldable displays is complex due to the necessary folding mechanism. However, advancements in technology suggest that 2026 could be a breakthrough year for Samsung and the foldable market as a whole. With both Samsung and Apple vying for dominance, consumers can expect significant innovations ahead.