Apple is preparing one of the most significant design and technology renovations for its smartphone line with the launch of the iPhone 18 Pro. Fontes from the industry indicate that the company plans to introduce a partially transparent appearance and ultimately eliminate the Dynamic Island cutout, replacing it with an advanced front camera technology positioned under the screen.
In addition to the visual transformations that promise to redefine the device’s aesthetics, the new generation will bring important improvements to the camera system, processor performance and battery life. Essas updates aim to reinforce Apple’s leading position in the premium device segment, combining innovation with a nostalgic nod to its own design legacy.
Despite the radical changes, the new devices must maintain the screen sizes already consolidated on the market: 6.3 inches for the iPhone 18 Pro and 6.9 inches for the Pro Max version. The rear camera module, although completely redesigned internally, must preserve an appearance similar to the previous generation, maintaining the visual identity that has become a trademark of the line.
A design that rescues the legacy of Apple
The inspiration for the new look of the iPhone 18 Esses products stood out for their colorful, semi-transparent bodies, and Apple’s strategy appears to be to evoke nostalgia for the era of Steve Jobs, a period in which the company established itself as a global reference in industrial design and innovation.
The main aesthetic novelty will be a transparent glass area on the back of the device, strategically located over the MagSafe charging ring. Essa window will allow the visualization of some internal components, such as the wireless charging coil and other adjacent circuits, creating a distinct and technical visual effect that unites the brand’s past and future.
This design approach not only celebrates the company’s history, but also serves to differentiate the product in an increasingly homogeneous market. The execution will require high-precision materials to ensure that transparency does not compromise the structural integrity or resistance of the device in daily use.
The future of the screen without the Dynamic Island
One of the most anticipated transformations in the 2026 Pro line is the complete elimination of the cutout known as Dynamic Island, which was introduced in the iPhone 14 Pro. The Apple is in the advanced testing phase of a solution that integrates the selfie camera directly under the screen, making it practically invisible when not in active use.
Estimates indicate that this change will result in an increase in the viewing area of approximately 5% compared to current models. Isso will provide a considerably more immersive experience for content consumption, gaming and browsing, eliminating any type of visual interruption at the top of the display.
The sensors required for the Face ID facial recognition system will also be located under the screen. However, preliminary information suggests that they may not yet be completely invisible, postponing the arrival of a screen completely free of borders and cutouts for future generations, but representing a crucial step in that direction.
The development of these advanced panels involves a strategic partnership with Samsung Display, which will provide enhanced OLED displays. Under-screen camera technology represents a complex technical challenge, as it requires the panel to be transparent enough to allow light to pass through without distorting the image captured by the lens, while maintaining the high photographic quality expected from an iPhone.
Main camera with variable aperture technology
The iPhone 18 Pro camera system will receive hardware upgrades that will take it to a new level. Chief among these is the introduction of a main sensor with variable aperture, a technology that offers unprecedented control over light input and depth of field. Essa functionality, already present in competitive high-end devices, will allow users to manually adjust the lens aperture in a range that can go from f/1.4 to f/2.0, offering photographic versatility comparable to that of professional cameras. In practice, a larger aperture such as f/1.4 is ideal for low-light scenarios, as it allows you to capture more information and reduce digital noise, in addition to creating a more natural and pronounced background blur (bokeh effect) in portraits. On the other hand, a smaller aperture, such as f/2.0, is useful for landscape or group photography, situations in which the photographer wants to keep a larger area of the image in sharp focus.
In addition to this powerful new tool, the telephoto module will also be improved, now supporting a 48 MP resolution with 5x optical zoom, ensuring long-distance images with exceptional clarity and detail. The ultra-wide-angle lens, in turn, will receive an optimized image stabilization system, resulting in more stable photos and videos even when moving. The ability to record 8K video at 60 frames per second is also a real possibility, driven by the enormous processing power of the upcoming A20 Pro chip. Integration between the new hardware and software will be key, with functions such as Modo Cinema and computational photography being optimized to make the most of the system’s new capabilities.
Power and efficiency with the new A20 Pro chip
The brains behind many of the new features, especially the advances in real-time image and video processing, will be the A20 Pro chip. Fabricado with a state-of-the-art 2 nanometer process, this new processor promises a significant leap in both raw performance and energy efficiency. The greater density of transistors will allow the chip to perform artificial intelligence and machine learning tasks much faster and with less battery consumption. Isso is crucial for optimizing features that depend on intensive processing, such as the Modo Cinema with variable aperture, computational photography that automatically improves images and future integrations with the operating system, which should be iOS 27. The expectation is that the A20 powerful in the market.
Battery and cooling system optimization
The autonomy of the iPhone 18 Pro Max will be reinforced by the use of a battery with a stainless steel casing, which will replace the aluminum one used in previous models. Essa structural change increases impact resistance by approximately 20% and improves heat dissipation by approximately 15%, allowing the device to maintain peak performance for longer.
The battery capacity must also be increased, reaching 4800 mAh in the Pro Max model, which would guarantee up to 30 hours of mixed use. The improvement is complemented by a new 5G modem, developed by Apple itself, which promises to be more efficient in energy consumption, and by the commitment to sustainability, using 95% recycled materials in the battery blocks.
New launch strategy for the entire line
Sources indicate that for the 2026 and 2027 cycle, Apple plans to change its traditional launch calendar. The change may involve a staggered launch, with the Pro models hitting the market in a different window than the more affordable models, in order to further highlight the innovations and exclusivity of the Pro line.
Technical details and feasibility of the new construction
The implementation of a partially transparent back raises questions about durability and signal interference. Contudo, sources linked to the production chain claim that the prototypes have already been subjected to rigorous testing and that the construction does not affect the reception of cell phone signals, Wi-Fi or Bluetooth, thanks to the use of layers of filters and specialized materials.
The IP68 certification for protection against water and dust will be maintained, ensuring the robustness of the device. The titanium chassis, which offers lightness and strength, will continue to be present in the Pro models, and the company is expected to reintroduce classic colors with a modern finish, as an updated version of the popular Jet Black.