The iPhone 17 Air will not be as thin as Apple expected. What happened? | Smartphones | Smartlife
It’s no secret that Apple is working on a thinner iPhone. Perhaps it will be called iPhone 17 Air or iPhone Air. directly. An ultra-thin model that may not be as ultra-thin as the company expected.
Or that’s what a recent post on Naver suggests that Apple is having trouble making the iPhone 17 Air’s design thinner than ever. And the reason for everything is the battery.
Battery is a hindrance for iPhone 17 Air
Apparently, the company’s idea was to use a high-density battery that would allow for a very thin profile, but Apple had to change its plan. The problem is with the design of this battery.which costs more than the “bitten apple” company expected.
On the one hand, manufacturing costs have increased dramatically, making the battery very expensive to produce. Probably because they will have to discard many defective units. And of course This will lead to a noticeable increase in prices.
And, of course, it looks like there hasn’t been time to get a battery that meets the Cupertino firm’s high expectations without cutting the price too much. So, The iPhone 17 Air project will continue, but it will no longer be as thin.
According to the leaker, this iPhone 17 Air will be more than 7mm thick. Considering that the iPhone 6, Apple’s thinnest phone, was 6.9mm thin, this Air model won’t stand out much.
Of course, everything points to the iPhone 17 Air being a real beast, with OLED screen with ProMotion technology and 120 Hz refresh rate, improved camera sensors and other new features that will make it one of the flagships of the American company.
Does it make sense to buy an iPhone 17 Slim if its thickness is more than 7 mm? The truth is, yes. And the reason is simple: the thickness of the iPhone 16 Pro and Pro Max exceeds 8 mm, and in the case of the iPhone 16 and iPhone 16 Plus it remains at 7.8. So a new phone with a thickness of 7.1 to 7.2 mm could still be a big deal. And the next model will overcome this barrier and remain below 7 mm.