Supply Chain Report Validates Variable Aperture Camera for iPhone 18 Pro
Apple has been speculated to be developing a notable enhancement to the primary iPhone camera with a variable aperture lens. Some sources suggested that this feature would debut in the iPhone 17, but that did not materialize.
Ming-Chi Kuo initially reported intentions to bring this feature to the iPhone 18, and a supply chain report has now confirmed that work is already in progress on the new hardware.
### Variable Aperture Lenses
Variable aperture lenses enable photographers to manipulate the depth of field (DoF) in an image. This allows users to create a shallow DoF to separate the subject from the background, a medium DoF for some background visibility, or a deep DoF to keep everything sharp. Presently, the iPhone’s Portrait mode simulates a shallow DoF effect, while the telephoto lens provides a limited optical effect, but a variable aperture lens would offer enhanced control in a variety of conditions. Moreover, narrowing the aperture would benefit filmmakers aiming to shoot at 24fps under bright sunlight.
### Supply Chain Report Says Work Already Underway
ETNews has reported that Apple has informed its suppliers about plans to introduce the hardware in the iPhone 18, and development is already underway. Sources from the industry indicate that Apple has confirmed the implementation of a variable aperture for the iPhone 18 series, particularly for the primary cameras of the ‘Pro’ and ‘Pro Max’ models.
Apple’s manufacturing partners, including LG Innotech, Foxconn, Luxshare ICT, and Sunny Optical, are reportedly engaged in different facets of the new camera system.
### 9to5Mac’s Take
Following years of anticipation, the launch of a variable aperture lens in the iPhone 18 appears highly probable. However, it is crucial to temper expectations regarding shallow DoF control, as iPhone cameras already feature wide apertures but face limitations in DoF management due to their smaller sensor size compared to DSLRs. The more substantial benefit is likely to be the capacity to reduce the aperture for scenes that demand everything to be in focus, such as landscapes and cityscapes.
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