A newly exposed CT scan shows that Apple’s upcoming iPhone 18 Pro has major adjustments in the front opening and internal heat dissipation structure, which basically “realizes” the existence of a smaller smart island. The images show that the infrared floodlight used by Face ID has been moved to the side, and may even be placed under the screen, while the original pill-shaped opening only retains the front camera and Face ID scanning components. This design is expected to significantly reduce the screen hole area, thereby reducing the visual occupation of Smart Island and ending the long-standing debate surrounding its size.
The exposure was shared by whistleblower Reptalica, who released CT scans showing that the iPhone 18 Pro is equipped with a "huge" vapor chamber (heat dissipation cavity) inside, almost running through the body to the top. At the same time, another whistleblower, pipfix, also revealed what appears to be the internal packaging and motherboard structure of the iPhone 18 Pro and iPhone 18 Pro Max, further proving the significant changes in heat dissipation and internal stacking of this generation of products. The report pointed out that in the new layout, the central pill-shaped opening only accommodates the front camera and Face ID scanner, while the infrared floodlight is moved to the side and may be hidden under the screen, providing space for Apple to shrink the opening and reduce visual interference.
In addition to the front structural adjustment, the report reviewed previously leaked camera configuration information: iPhone 18 Pro and 18 Pro Max are expected to use a 48-megapixel three-camera system, including a variable aperture main camera, an ultra-wide-angle with enhanced optical image stabilization, and a periscope telephoto. In order to accommodate larger camera hardware, the "camera platform" where the rear module is located has also been revealed to be significantly thicker, which has been described as "one of the largest camera upgrades in history." These changes reflect Apple’s continued efforts to improve imaging systems, while ensuring the stability of high-performance shooting and long-term high-load use through more radical heat dissipation designs.
In terms of display technology, the iPhone 18 Pro series is believed to be equipped with Samsung's M16 LTPO+ OLED panel, which is a native 10-bit screen and replaces traditional blue fluorescent materials with blue phosphorescent materials to achieve higher energy efficiency. Thanks to LTPO technology, the screen refresh rate can be dynamically switched within a wide range, up to 120Hz when used for games or fast scrolling, and dropped to 1Hz when displaying static images, further reducing power consumption and extending battery life. Some analysts believe that the upgrade of the cooling system and the combination of efficient OLED will help the iPhone 18 Pro maintain more stable temperature control and performance release in high-brightness and high-refresh rate scenarios.
In terms of network and connectivity, reports mentioned that the iPhone 18 Pro series is expected to debut Apple’s self-developed C2 modem. The chip is expected to support 5G millimeter waves and unlock a series of satellite-based connection functions. It is regarded by the outside world as a key step for Apple in the integration of cellular and satellite communications. This also continues the layout of recent generations of iPhones in emergency communication and remote connection scenarios, allowing the device to still have certain help-seeking and information-sending capabilities in areas with weak network coverage.
In terms of appearance color, iPhone 18 Pro and iPhone 18 Pro Max are said to be available in four color options: dark grey, dark cherry red, light blue and silver. Dark cherry red is regarded as the new main color to succeed the previous generation’s “Cosmic Orange”. In response to the color fading problem of the iPhone 17 Pro/Pro Max that has been criticized by users, Apple has been revealed to use a new aluminum refining process to improve the corrosion resistance and durability of the frame by lowering the melting point of the alloy and inhibiting the formation of resin structures on the electrode surface. This process adjustment is designed to ensure that the fuselage can still maintain its color and texture after long-term use, and to reduce paint peeling or uneven color.
In terms of price, forecasts from research institutions show that the iPhone 18 Pro is expected to start at US$1,399, which is significantly higher than the current base price of US$1,099 for the iPhone 17 Pro. If this price range is finally confirmed, it means that Apple’s pricing strategy for high-end models will further increase. Part of the reason is believed to come from more advanced display technology, more complex camera modules, and higher-cost self-developed modems and cooling systems. Apple has yet to publicly respond to the relevant revelations, but with the support of multiple independent sources and CT scans, the industry generally believes that the "rework" of the iPhone 18 Pro in terms of heat dissipation structure, front panel openings and connection capabilities has basically taken shape.