A video recently published on YouTube brought 3D renders that detail the possible appearance of the first foldable smartphone from Apple. The device, which could be called iPhone Ultra, appears with an advanced hinge and a screen that promises an almost imperceptible crease.
The images show the device with a thickness of around 9.5 millimeters when closed and 4.5 millimeters when opened. Essa measure would make it thinner than many current competitors in the foldable format. Apple plans to offer wide-screen and narrower screen options to suit different usage preferences.
- Folded thickness: 9.5 mm
- Open thickness: 4.5 mm
- Designed battery: 5,800 mAh
- Main camera: 48 megapixels
The render also highlights a 48-megapixel ultra-wide-angle camera and a structure that resembles traditional iPhone models when unfolded. The system interface can adopt a layout similar to that of the iPad, allowing two applications to run side by side on the larger screen.
Screen and hinge features
The video indicates that the crease on the screen would be around 0.15 millimeters, a very small value compared to similar devices available today. The technology would involve Samsung panels combined with a liquid metal hinge and 3D printed components.
This combination seeks to offer greater durability and smoothness to the opening and closing movement. Relatos also point to double glass with UTG and UFG layers, which would reinforce protection without excessively increasing weight.
The internal screen would gain proportions that facilitate multitasking, with sliders on the left side to quickly switch applications. Usuários could run two programs simultaneously, a function not present on current iPhones.
Thickness and comparison with existing models
When opened, the iPhone Ultra would have a look close to the brand’s conventional smartphones. The 4.5 millimeter thickness would put it below the iPhone Air, which measures 5.6 millimeters, and close to or less than options like the Galaxy Z Fold 7, estimated at 4.2 millimeters in the same condition.
The construction prioritizes lightweight and resistant materials, including possible improved titanium alloys. The set seeks to balance rigidity and weight reduction to keep the device practical in everyday life.
Battery and expected settings
The designed capacity of 5,800 mAh represents a significant leap compared to current iPhone batteries. Esse value would even surpass capabilities seen in several competitor foldables, allowing greater autonomy even with two active screens.
The processor would be the next generation Apple chipset, manufactured using a 2 nanometer process. The 48-megapixel main rear camera would be accompanied by an ultra-wide-angle camera with the same resolution, creating a versatile system for photos and videos.
Additional design details
The video suggests that the device would maintain classic elements of the Apple visual identity, adapted to the foldable format. The updated hinge would reduce visible marks on the screen over time.
The adapted interface would facilitate the transition between closed and open modes, with support for fluid multitasking. Essa approach seeks to differentiate the product in the foldable device market.
Advances in materials and construction
Sources indicate the use of double glass in thin layers to protect the flexible screen. The liquid metal hinge, combined with 3D parts, would aim for greater precision and resistance to repeated bending.
These technical elements seek to solve common challenges in foldable smartphones, such as screen durability and structure rigidity. The expected result is a more premium and refined device.
Apple has not yet officially confirmed the project or launch details. Informações continues to circulate through renderings and supply chain reports.
The possible iPhone Ultra appears as the company’s attempt to enter the foldable segment with force, bringing innovations in battery, thickness and software experience.
