The iPhone 16 will reportedly redefine smartphone design with smaller bezels and a larger display.

According to a recent supply chain report, Apple iPhone 16 is about to usher in a new era of smartphone design. The report suggests that advances in display technology will allow for smaller bezels while increasing screen size, which is expected to happen with the Pro model. Yes, indeed, the iPhone 16 Pro models are coming with a larger display, and leaked CAD models reveal that the iPhone 16 Pro Max version will have a screen size of around 6.9 inches.Despite the larger screen, Apple is reportedly working on maintaining the overall shape of the device to ensure it’s comfortable to hold 9to5mac.

Shrink borders to enhance aesthetics

In addition to a larger display, the iPhone 16 series is expected to feature smaller bezels. Supply chain sources said Apple’s display suppliers have developed technology to achieve this goal, enhancing the visual appeal of the device while maximizing screen real estate.

One challenge associated with shrinking bezels is managing internal wiring to prevent overheating. However, advances in thermal management technology have reportedly solved this problem, paving the way for thinner bezels on all iPhone 16 models.

Going forward, Apple has long-term ambitions for edge-to-edge displays, hiding components like the Face ID module and selfie camera beneath the screen. While embedding the Face ID module below the display may become a reality sooner, integrating a selfie camera will pose a greater challenge as photo quality may suffer.

While initial reports suggest that under-display Face ID could debut as early as 2026, delays in the development of the underlying technology could push that timeline back even further. Despite the potential setbacks, Apple remains committed to pushing the boundaries of smartphone design, aiming for seamless integration of hardware and display technology.

As anticipation builds for the release of the iPhone 16 later this year, consumers are eagerly awaiting confirmation of these advancements and the impact they will have on the future of mobile devices.