iPhone 15 could integrate proximity sensor with Dynamic Island, improving Face ID response

Despite conflicting rumors, the iPhone 15 isn’t ditching Dynamic Island, in fact, it could even integrate a new proximity sensor to improve Face ID response.

While Android users rely on fingerprint validation to unlock the screen, on iOS facial recognition via Face ID is used, with not so good results at times.

While on Android, the main purpose of the proximity sensor is to turn off the screen at times when you hold the phone to your ear for voice calls, on the iPhone 14 Pro and iPhone 14 Pro Max the sensor also plays a role in optimizing the Always-On Display feature, for example, by turning off the screen when you hold the phone in your pocket.

Read:  An iOS app allows you to change the system font without Jailbreak. Works on iOS 16

According to analyst Ming-Chi Kuo, the iPhone 15 will move the proximity sensor to the Dynamic Island perimeter, with Apple achieving this change without further widening its perimeter. Another change concerns the wavelength of infrared light used by that sensor, changed from 1380nm to 940nm so as not to interfere with the spectrum used by the Face ID sensor.

Theoretically, the change could improve Face ID performance by eliminating a source of interference and even the proximity sensor, with face detection now even closer to the center of the screen. In practice, it could be another change made for cost optimization, allocating to the Dynamic Island module yet another function of the phone previously performed by a separate component.

Read:  Realme 10 Pro in Coca-Cola edition officially announced. Coming in a very limited edition

The Best Online Bookmakers March 01 2026

Cloudflare rayID 9d5f79408f8a725b

dcKey 02dffd611f1bee7cd827459be29cc2f0

Legendplay Sports

Legendplay Sports

Bonus

CA$375

Royalistplay Sports

Royalistplay Sports

Bonus

CA$150

DirectionBet Sport

DirectionBet Sport

Bonus

CA$100

  18+ | New players only |  Wagering, banking, T&C apply.  | www.gambleaware.org

Â