Apple's widely expected
5.8-inch iPhone with an edge-to-edge OLED display will feature a front-facing 3D laser scanner for facial recognition, corroborating
previous rumors, according to JPMorgan analyst Rod Hall.
Hall said the scanner will replace Touch ID on the so-called iPhone 8, as Apple plans to
remove the Home button to allow for the edge-to-edge display. His research note claims the so-called iPhone 7s and iPhone 7s Plus could also have a 3D laser scanner based on increased volume of the module within Apple's supply chain.
The scanner is said to add $10 to $15 per module to the iPhone 8's bill of materials, which coupled with the OLED display, glass casing, and other increased production costs, could make its retail price up to $100 more expensive than it would be without those features, if Apple looks to maintain a similar profit margin.
The increased costs are in line with a recent report claiming the
iPhone 8 could cost upwards of $1,000 in the United States.
Hall believes the switch to facial recognition will help alleviate consumer frustration when Touch ID does not work under wet conditions. He added that facial recognition will potentially be more secure than Touch ID, which could increase Apple Pay adoption among banks and merchants.
The research note said the 3D laser scanner could eventually be used for other purposes, such as
augmented reality, but likely not until 2018 at the earliest.He also believes that Apple is likely to eventually open up a 3D scanning API to developers, who could use it to do "everything from determining your shoe size for online orders to helping make sure you are properly fitted on your bike."
Hall expects a strong iPhone 8 replacement cycle later this year, and he said an announcement about the product is possible as early as
WWDC 2017, which
kicks off June 5. Apple has not made any iPhone hardware announcements at WWDC since 2010, so treat this claim with a proverbial grain of salt for now.
Article Link:
iPhone 8 Expected to Have 3D Facial Recognition Instead of Touch ID