Samsung to Unveil World’s First Rollable Phone in 2025

The future of mobile technology is set to take a new form as Samsung is reportedly preparing to unveil its first-ever rollable smartphone in 2025. This highly anticipated device, rumored to be called the Galaxy Z Roll, is expected to be a major leap in display innovation, moving beyond the company’s popular foldable phones.

According to a flurry of reports from industry analysts and tech news outlets, Samsung has been showcasing its rollable display technology at various events, including a private reveal at Mobile World Congress 2025 in Barcelona. Unlike a foldable phone that hinges open, the Galaxy Z Roll is said to feature a display that expands and contracts from the device’s frame, offering a flexible screen that can change size at the touch of a button.

The technology behind the device involves an extendable OLED screen that rolls up into the phone’s chassis, which can then be unfurled to create a larger, tablet-like display. This is seen as a potential solution to the visible crease lines that have been a common issue with current foldable technology. Patents filed by Samsung have revealed a sophisticated roller system that ensures a smooth and durable expansion, along with AI-driven software that adjusts touch sensitivity as the screen changes size.

While details remain under wraps, leaks suggest the device could expand from a compact, smartphone-sized form factor to a much larger display, providing a seamless transition between a phone and a small tablet. This would position the Galaxy Z Roll as a direct competitor to other innovative devices on the market and a significant step toward making truly dynamic screens a reality.

Industry analysts believe a public unveiling could come as early as the next Galaxy Unpacked event, where it would be showcased alongside the next generation of Samsung’s foldable phones. If the rumors are true, the Galaxy Z Roll could be the next major disruption in the smartphone market, setting a new standard for design and functiona

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