Apple is exploring the possibility of incorporating micro-lens arrays into the screens of its upcoming iPhone 16 series, according to a report from South Korean source The Elec, as cited by MacRumors. This technology could further elevate the brightness of iPhone displays and contribute to reduced power consumption. However, it comes with trade-offs, including potential increases in manufacturing costs and limitations on viewing angles.
Micro-lens arrays, already offered by competitors like Samsung and LG, manipulate the way light is reflected to enhance the perceived screen brightness when viewed head-on. Remarkably, this is achieved while minimizing power usage, which could result in extended battery life for iPhone 16 models.
Despite these advantages, there are drawbacks to consider. Incorporating micro-lens arrays could lead to higher production costs, potentially affecting the final retail prices of iPhone 16 devices. Furthermore, this technology tends to reduce screen brightness when viewed from side angles, limiting the field of view.
Apple has not yet made a final decision regarding the inclusion of micro-lens arrays in the iPhone 16. The choice hinges on whether Samsung or LG can develop a version of the technology that aligns with Apple’s stringent standards, which include mitigating the loss of brightness at the sides of the screen.
As of now, neither company has met these criteria, and they have until Apple commences mass production of the iPhone 16 in the latter half of 2024 to reach the required level of performance.
This potential enhancement to iPhone screens follows earlier reports suggesting that the iPhone 16 Pro might feature a new 48MP ultra-wide camera and improved low-light photography capabilities. Alongside these camera upgrades, the inclusion of micro-lens arrays could position the iPhone 16 series as contenders among the best camera phones on the market.
