Apple’s long-speculated foldable iPhone may be taking shape, with recent leaks suggesting a book-style design featuring a 7.74-inch inner screen.
Reports indicate that Apple could be positioning the device as a hybrid between a smartphone and a tablet, potentially competing with foldable models from Samsung, Oppo, and Huawei.
While Apple has not officially confirmed any such device, patent filings and supply chain developments suggest ongoing work in foldable technology.
Leaked Specifications and Potential Design Approach
A recent leak from Weibo tipster Digital Chat Station claims that Apple’s foldable iPhone may include a 5.49-inch cover display and a 7.74-inch internal screen.
The design is reportedly inspired by Oppo’s Find N series but with a shorter and thicker form factor. The tipster also suggests that the device will feature an “unprecedented” screen ratio, though specific details remain unknown.
If accurate, this could set Apple’s foldable apart from competitors, which typically adopt conventional widescreen or square-like inner displays.
The inner screen is said to unfold in a manner similar to an iPad, potentially allowing for a seamless transition between smartphone and tablet modes.
This would align with Apple’s broader strategy of integrating devices, as seen with iPads and MacBooks. Reports also indicate that Apple is exploring foldable devices beyond the iPhone, with speculation about foldable iPads and MacBooks launching by 2027.
Development Challenges and Apple’s Approach
Rumors about a foldable iPhone have persisted for over eight years, but Apple has yet to announce an official product. Unlike its competitors, the company appears to be taking a cautious approach, likely refining its technology before entering the market.
A key challenge has been the hinge mechanism, with Apple reportedly working to minimize the screen crease—a common issue in foldable smartphones.
Additionally, Apple has reportedly partnered with an ultra-thin glass supplier, a crucial step in addressing durability concerns associated with foldable displays.
If implemented successfully, this could enhance the longevity of the foldable iPhone’s screen compared to existing foldable models.
Unique Screen Ratio and Software Optimization
The leak suggests that Apple’s foldable iPhone may introduce an unconventional screen ratio for both the inner and outer displays.
While exact dimensions remain unclear, a unique aspect ratio could influence app optimization, usability, and the overall viewing experience.
This could also present an opportunity for Apple to optimize its software ecosystem specifically for foldable devices, differentiating its approach from existing foldables like Samsung’s Galaxy Z Fold or Oppo’s Find N series.
Reliability of Leaks and Industry Speculation
Digital Chat Station has a history of accurate leaks, including details about the iPhone 12 mini’s display, iPhone 15’s upgraded sensor, and iPhone 16 Pro’s size adjustments.
This track record adds credibility to the claims about Apple’s foldable iPhone. Additionally, analysts such as Ming-Chi Kuo and Jeff Pu have suggested that a foldable iPhone could launch between late 2026 and early 2027, aligning with the latest leaks.
Apple’s Foldable Ecosystem
Beyond smartphones, Apple is reportedly developing foldable versions of the iPad and MacBook. While the foldable iPhone could debut as early as next year, a foldable iPad and MacBook are expected around 2027.
This suggests that Apple may view foldable technology as a broader innovation applicable across multiple product lines.
A foldable MacBook, for instance, could introduce new possibilities in portable computing by incorporating a seamless, flexible display.
Apple’s Potential Entry Into the Foldable Market
With increasing interest in foldable smartphones, Apple’s entry into the segment could influence industry trends and consumer expectations.
While details remain speculative, the leaked specifications indicate that Apple is exploring ways to offer a distinct approach to foldable technology. Whether the company’s design and engineering choices will provide a competitive alternative to existing models remains to be seen.
