The Cupertino technology giant is preparing a profound overhaul of the aesthetics and functionality of its main mobile devices, expected to hit the market in the second half of 2026. The most recent information indicates that the company seeks to harmonize futuristic innovations with elements that refer to its own history, creating a device that not only advances in technical specifications, but also evokes an emotional connection with the brand’s long-time users.
The main focus of this new generation lies in the introduction of a partially transparent look and the definitive elimination of cutouts on the screen, promising an unprecedented immersive visual experience. Essa change of direction in industrial design suggests an effort to differentiate Pro models in an increasingly saturated and competitive market, where aesthetics often become the decisive purchasing factor.
In addition to the external visual changes, the internal hardware must undergo robust updates. The expectation is that the new camera system, combined with advanced architecture processors and improvements in energy autonomy, will redefine performance standards for the luxury smartphone segment in the coming years.
Industry experts point out that these modifications are not just cosmetic, but represent a complex technological leap, especially regarding the integration of biometric and optical sensors under the display panel without compromising image quality or user safety.
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Homage to the brand’s visual legacy
The concept behind the new chassis draws inspiration from one of the most creative periods in the company’s history: the late 1990s. The strategy seems to be to evoke nostalgia for the Steve Jobs era, reaffirming the company’s position as a reference in industrial design.
The main manifestation of this philosophy will be a section of transparent glass located on the back of the device, specifically in the region of the magnetic charging ring. Essa “window” will allow users to observe the induction coil and other internal circuitry, creating a distinct visual effect that separates the device from its predecessors and competitors, which tend to utilize dull or uniform metallic finishes.
This aesthetic choice contrasts with the current market trend, which prioritizes simple matte or reflective surfaces. By showcasing the internal engineering in an elegant way, the manufacturer not only celebrates its technical prowess, but transforms the hardware into a design element in its own right, without sacrificing the device’s structural integrity or resistance against water and dust.
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The end of the screen cutout and advances in the display
One of the most anticipated innovations for the 2026 line is the complete removal of the Ilha Dinâmica, the pill-shaped cutout introduced in previous generations. The company is in advanced stages of testing technologies that allow it to position the front camera and facial recognition sensors directly under the OLED panel. The goal is to make these components invisible when not in use, providing a truly infinite display.
Estimates suggest that this change will result in an approximately 5% increase in usable viewing area. Para media consumption, games and navigation, the absence of visual interruptions on the display represents a significant advance in immersion. Embora the sensors required for facial unlocking are also hidden, the technology requires precise calibration to ensure that the layer of pixels over them does not interfere with the biometric reading.
To make this screen viable, partnerships with high-tech panel suppliers, such as Samsung Display, will be crucial. The new displays must maintain high refresh rates to ensure fluidity, while incorporating materials with enough transparency to allow light to pass through to the underlying cameras, a technical challenge that the industry has pursued for years.
Photographic revolution with variable aperture
The image capture system will receive a substantial upgrade with the introduction of a variable aperture prime lens. Essa technology will allow mobile photographers to physically control the light entering the sensor by switching between different apertures such as f/1.4 and f/2.0. Esse mechanical control offers unprecedented versatility, allowing fine adjustments of depth of field and exposure directly at the moment of clicking.
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In low-light scenarios, the larger aperture will be essential for capturing more details and reducing digital noise, resulting in cleaner, sharper night photos. Já the smaller aperture will be ideal for landscapes or group photos, where it is necessary for all planes of the image to be in focus. Além In addition, background blur in portraits will become more natural and optical, relying less on software processing.
Complementing the main sensor, the optical set should include a 48-megapixel telephoto lens with 5x optical zoom and an ultra-wide-angle lens with improved stabilization. Video recording capacity should also reach new heights, with support for 8K resolution at 60 frames per second, driven by the processing power of the new chipset.
Performance driven by A20 Pro chip
All these new features will be orchestrated by the A20 Pro processor, which must be manufactured with a 2 nanometer lithography. Essa reduction in transistor size will allow for a much greater density of components, resulting in a significant increase in processing speed and energy efficiency. The chip will be specifically designed to handle the growing demands of generative artificial intelligence and machine learning.
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The power of the new silicon will be essential for advanced computational photography capabilities and deep integration with the operating system, expected to be iOS 27. The synchronization between hardware and software will continue to be the brand’s differentiator, ensuring that complex innovations, such as the under-screen camera and variable aperture, work in a fluid and intuitive way for the end user.
Thermal efficiency and new battery structure
To support increased performance and new technologies, the internal energy structure will be redesigned. The largest model in the line should feature a battery wrapped in stainless steel, replacing the traditional aluminum casing. Essa change not only increases protection against physical impacts, but also improves heat dissipation, allowing the device to maintain peak performance for longer periods without overheating.
Internal tests indicate that the battery capacity can reach 4800 mAh in the most robust model, offering up to 30 hours of mixed use. The combination of a larger battery, a more efficient processor and an optimized proprietary 5G modem promises to solve one of users’ main demands: autonomy for intense days of work and leisure away from the socket.
In addition to performance, sustainability is a central pillar of the project. The company plans to use an extremely high percentage of recycled materials in the batteries and titanium chassis, reinforcing its environmental commitment while delivering a durable and resistant luxury product.
Staggered release strategy
The timetable for arrival on the market must also undergo strategic adjustments. Current planning calls for the Pro and Pro Max models to be initially launched in September 2026, focusing media and consumer attention on top-of-the-line innovations. Já the standard versions and Plus are expected to hit shelves only in spring 2027.
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This separation of dates allows the manufacturer to highlight the exclusive technologies of the most expensive models, positioning them as the pinnacle of mobile innovation of the year. At the same time, a second relevant sales window is created in the first half of the following year, maintaining public interest and a constant revenue flow throughout the entire fiscal cycle.