Apple is about to redefine the design concept in its smartphones with the arrival of the iPhone 18 Pro, which is scheduled to launch in September. The new generation of the device seeks to combine a bold and futuristic aesthetic with a direct homage to iconic products from the company’s past, marking one of the most significant visual transformations in the line.

The main innovations focus on a partially transparent finish and the long-awaited implementation of the front camera under the screen, which will finally eliminate the cutout known as Dynamic Island. Essas aesthetic changes will be accompanied by substantial hardware upgrades, including a new processor, a more versatile camera system and improvements in battery life.

Despite the innovations, the company will maintain the screen dimensions that pleased consumers, with 6.3 inches for the Pro model and 6.9 inches for the Pro Max. The rear camera module, although internally improved, will maintain a design similar to the previous generation, preserving the visual identity that has become a trademark of the Pro line.

A design that honors the legacy of Apple

The new visual language of the iPhone 18 The main highlight will be a transparent glass area on the back of the device, strategically positioned over the MagSafe charging ring.

This window will allow users to view selected internal components such as the wireless charging coil and part of the circuitry, providing a technical and sophisticated visual effect. The approach differentiates itself from competitors that rely on LED lights, opting for a more elegant and minimalist solution. The objective is to create a perfect balance between retro and modern, offering a detail that arouses curiosity without compromising the sobriety and premium finish that consumers expect from an Apple product.

The future of the screen without the Dynamic Island

One of the most anticipated changes by brand enthusiasts is the removal of the Dynamic Island, the cutout introduced on the iPhone 14 Pro. The Apple is finalizing a technology that positions the selfie camera directly under the display, making it functionally invisible when not in operation.

This innovation will result in an approximately 5% increase in usable screen area, providing a more immersive viewing experience for videos, games and general browsing. The absence of any cutout on the screen represents an important step towards a truly “all-screen” design.

The Face ID sensors, essential for facial recognition, will also be located under the panel, although they may not be completely unnoticeable, delaying a completely stutter-free screen for future generations. Para To make this change possible, Apple entered into a partnership with Samsung Display to supply state-of-the-art OLED panels, which will maintain ProMotion technology with a refresh rate of 120 Hz.

Main camera with variable aperture technology

The iPhone 18 Pro’s camera system will receive a significant upgrade, led by the introduction of a main sensor with variable aperture. Essa technology will give photographers unprecedented control over light input and depth of field.

Users will be able to adjust the aperture of the main lens in a range from f/1.4 to f/2.0. A larger aperture, such as f/1.4, is ideal for low-light environments, as it captures more light information and reduces digital noise.

This setting also produces a more pronounced and natural background blur (bokeh effect), perfect for portraits. In contrast, a smaller aperture, such as f/2.0, increases depth of field, keeping more elements of the scene in focus, which is advantageous for landscape or group photos.

In addition, the telephoto lens will have its resolution increased to 48 MP with 5x optical zoom, and the ultra-wide lens will feature an improved stabilization system. Especula also has the ability to record videos in 8K at 60 frames per second, enabled by the new A20 Pro chip.

Power and efficiency with the A20 Pro chip

The engine behind the new advanced features will be the A20 Pro chip. Fabricado with a 2 nanometer process, the new processor promises a significant leap in both raw performance and energy efficiency compared to its predecessor.

The higher transistor density will allow the chip to perform complex artificial intelligence and machine learning tasks with greater speed and lower power consumption. Isso will be instrumental in optimizing features such as Cinema mode, computational photography, and future AI integrations into the operating system.

New launch strategy for the line

Apple is planning a significant change to its launch schedule to better target its product offering. Starting from this generation, the iPhone 18 models Pro and Pro Max will be presented and launched in September, as traditionally happens, but the models Standard and Essa strategic separation allows the company to direct all marketing and innovation focus to the Pro models during the main event of the year, consolidating them as the pinnacle of its technology. At the same time, creating an exclusive launch window for the most affordable models avoids sales cannibalization and allows each product line to receive due attention from the media and consumers, optimizing the life cycle of each device. Essa measure should also simplify the supply chain, allowing production to initially focus on the more complex and expensive components of premium models before scaling up to higher volume models.

Battery and cooling system optimization

The durability and thermal management of the iPhone 18 Pro Max will be improved with the adoption of a battery with a stainless steel casing, which replaces the current aluminum casing. Essa structural change not only increases the component’s impact resistance by approximately 20%, but also improves heat dissipation by approximately 15%, allowing the processor to operate at high performance for longer periods without overheating.

The battery capacity will also be increased, with the Pro Max model reaching 4,800 mAh, which should guarantee up to 30 hours of combined use. The system will be complemented by a new 5G modem designed in-house by Apple, which promises to be more energy efficient when connecting to mobile networks.

Technical details of the new construction

The implementation of a transparent glass back has sparked debates about durability and possible interference with radio signals. Fontes of the production chain, however, confirm that the prototypes have passed rigorous resistance tests and that the new construction does not compromise the reception of cellular signals, Wi-Fi or Bluetooth. Isso was made possible by the use of specialized materials and filters that are permeable to radio waves. IP68 certification for water and dust resistance will be maintained, ensuring the device remains robust for everyday use.