Apple has started testing prototypes for the iPhone 18 Pro line, which indicate a significant structural change in the frontal use of the devices. The company’s Engenheiros works on integrating components of the Face ID system directly under the pixel layer of the OLED panel, aiming to reduce dependence on visible physical cutouts. Essa technological evolution allows the interactive interface known as Dynamic Island to be reduced by approximately 35% compared to current models. The move is part of a long-term timeline that seeks to establish “full screen” design without visual interruptions for the end user.
The technical development focuses specifically on the infrared light sensor, which is responsible for facial mapping in low light conditions. By moving this hardware below the screen, the Apple is able to maintain biometric security without the need for such a wide opening on the device’s front glass.
- Reduction of the physical cutout from 20.7 mm to approximately 13.5 mm wide.
- Implementation of partner-supplied OLED panels that support the transparency required for sensors.
- Maintenance of the “pill” format but with considerably more discreet dimensions.
- Debut scheduled for the second half of 2026 release cycle.
Technical evolution of the facial biometrics system
The transition to the Face ID under the display marks the end of an era that began with the iPhone X and refined with the arrival of the dynamic island. Especialistas from the screen sector indicate that the infrared sensor is the first component to be hidden as it has properties that facilitate reading through the pixels of the Super Retina XDR panel.
This modification does not compromise the unlocking speed or the accuracy of the three-dimensional mapping of the user’s face. The company has invested in new materials to ensure that light refraction does not interfere with the capture of biometric points essential for iOS security.
The Dynamic Island cutout width on the iPhone 18 Pro and iPhone 18 Pro Max has been reduced from 20.76 mm to 13.49 mm, representing a reduction of approximately 35%.pic.twitter.com/dLnUdCts7z
—Ice Universe (@UniverseIce)January 23, 2026
Technical specifications designed for 2026 hardware
The new Pro and Pro Max models should reach the market equipped with the future A20 Pro processor, manufactured using an even more advanced lithography process to optimize energy consumption. The chip’s internal architecture will be fundamental to processing the images captured by the hidden sensors and correcting possible distortions caused by the screen’s pixel layer.
In addition to processing power, RAM memory should jump to 12 GB, allowing artificial intelligence functions to operate natively and fluidly. Internal storage will continue to offer options of up to 1 TB, serving the public that uses the device for professional high-resolution video and photography productions.
Strategic partnership with Intel and production diversification
Apple signals an important change in its supply chain by resuming dialogue with Intel for the manufacture of specific components. While TSMC continues to be the leading partner for high-performance processing cores, the entry of Intel aims to reduce exclusive dependence on a single foundry and ensure greater global logistical stability.
This diversification strategy allows the Cupertino giant to have greater negotiating power and escape production bottlenecks that affected previous generations. The use of chips manufactured on American soil also aligns with political and economic pressures for more regionalized production of essential semiconductors.
Design and visual experience in upcoming releases
The aesthetic refinement of the iPhone 18 Pro will not only be limited to the reduction of the The 18-megapixel front camera with autofocus will be kept in a small circular hole, while the other sensors remain invisible to the naked eye under the glass panel.
The decision to maintain a small cutout instead of completely hiding the front camera is due to image quality, which still faces technical challenges in solutions completely under the screen. The Apple opted for a gradual approach, prioritizing the fidelity of selfies and video calls before completely eliminating any visual interference on the 120 Hz’s display.
Innovations in connectivity and satellite communications
The new Apple C2 modem should make its official debut along with line 18, bringing significant improvements in signal reception in remote areas. 5G satellite technology will be enhanced to enable not only emergency messaging but also basic navigation and communication functions in locations without coverage from terrestrial towers.
This advancement puts the device in a prominent position for users who travel frequently or work in isolated environments. Proprietary modem integration represents another step in the Apple’s hardware autonomy, eliminating the need for third-party components for critical mobile connectivity.
Camera system with variable aperture and periscope
The rear optical assembly will undergo a profound update with the 48-megapixel main sensor gaining a variable aperture system. Essa technology allows you to mechanically control the entry of light, offering superior results in photos with natural depth of field and better performance in night environments.
The periscope lens will also be upgraded to a 48-megapixel sensor, enabling longer optical zooms with full detail preservation. The ultrawide lens completes the trio, ensuring that all cameras on the device now operate at the same base resolution, making professional image editing and cropping easier.
Longevity of the new visual pattern in line Pro
According to display market analysts, the format with the reduced dynamic island should be the brand’s visual standard until at least 2027. Isso means that the design introduced in the iPhone 18
Apple seeks to avoid drastic annual changes, preferring to improve complex technologies over cycles of two to three years. Essa predictability pleases application developers, who can optimize their interfaces for a screen layout that will remain stable for a considerable period of time in the iOS ecosystem.
Energy efficiency and charging capacity
The 4,252 mAh battery of the Pro model will be optimized by the new operating system to offer autonomy that lasts a whole day of intense use. The efficiency of the OLED panel with Face ID under the screen contributes to lower power consumption during routine use, allowing the device to maintain high brightness without sacrificing charge.
Support for 25W charging will be maintained, with a focus on preserving long-term battery health through smart charging algorithms. The Apple continues to prioritize thermal stability and power cell life over the ultra-fast charging speeds seen in competitors for product durability.
Resistance and sustainability in construction materials
The device’s chassis will maintain IP68 certification, guaranteeing total protection against the ingress of water and dust in severe conditions of use. The use of recycled titanium in the structure and the elimination of plastics in the packaging reinforce the company’s environmental commitment for the next years of operation.
Internal engineering has been redesigned to facilitate repairs to critical components, following new right-to-repair guidelines in several global markets. Essa structural change not only makes the iPhone 18 Pro more sustainable, but also reduces out-of-warranty maintenance costs for the end consumer.
The journey towards the “all screen” iPhone gains its most important chapter with the arrival of these hidden sensors, marking the biggest visual change since 2022. The balance between technical innovation and maintaining Dynamic Island’s visual identity shows that Apple prefers refined evolution to unstable revolution, ensuring that each new technology delivers the reliability expected by its users.
