Apple to Release iPhone With Glass Casing and AMOLED Screen in 2017
KGI Securities analyst Ming-Chi Kuo has issued a new report that again predicts Apple will switch to non-aluminum casing, with glass being the most likely candidate, for the majority of new iPhone models starting in 2017. If accurate, the design change would not apply to the iPhone 7 expected to launch this September.
Specifically, Kuo believes that in order to differentiate iPhone from an increasing number of competing aluminum smartphones, Apple will return to iPhone 4s-like glass casing next year to allow for an all-new form-factor design. The switch would allow Apple to again "enhance the competitiveness" and innovation of iPhone.
If iPhone 7 still uses an aluminum casing in 2016, it will be the fifth year in a row that iPhone has done so, which means there is no longer a feeling of freshness to appeal to consumers. Also, a lot of Apple’s (US) competitors are also adopting aluminum casings, which means iPhone no longer has a clear edge due to a lack of differentiation. On expectations that iPhone shipments will decline in 2016, we believe Apple will be more strongly motivated to use non-aluminum casings in 2017 in a bid to enhance the competitiveness of iPhone by offering an all-new form-factor design.
The oft-reliable analyst adds that the ratio of new iPhone models using aluminum casing will likely drop from 100% currently to 40% or less, indicating that some aluminum-based iPhones will likely remain available for at least the short term. This could be older models like the iPhone 6s and iPhone 6 series.
Kuo notes that some investors are concerned that glass casing would be too heavy or fail a drop test. However, the analyst believes that a return to glass casing will not be problematic for Apple, and the added weight in particular could be offset by the switch to lighter AMOLED screens in 2017.
Apple already uses glass casing for iPhone 4/ 4S, and non-Apple brands have also been using glass casings. We therefore think a drop test will not be problematic for glass casing. A glass casing may be slightly heavier than an aluminum one of the same thickness, but the difference is so small that the use of the thinner and lighter AMOLED panel will compensate for that.
Multiple sources have claimed that Apple will release an OLED-based iPhone as early as 2017, with possible suppliers eventually including Samsung, LG Display, AU Optronics, Japan Display, Foxconn-owned Sharp, and others. Kuo said at least one model could have a 5.8-inch OLED screen with curved glass casing.
Popular Stories
In the fourth iOS 26.1 beta, Apple added a "Tinted" option that reduces the translucency of Liquid Glass for those who prefer a more opaque look. I saw some comments wondering whether the setting might preserve battery life, so I thought I'd do some testing.
Test Settings
I did four separate tests using the iPhone 17 Pro Max, and I kept the parameters as similar as possible. Here are the...
Apple Maps could feature integrated ads as soon as next year, Bloomberg's Mark Gurman reports.
In his latest "Power On" newsletter, Gurman said that Apple's plan to bring more ads to iOS is moving "gaining traction," with the Maps app being next in line. The project will apparently give restaurants and other businesses the option to pay to have their details featured more prominently in...
The upcoming iOS 26.1 update includes a handful of new features and changes for iPhones, including a toggle for changing the appearance of the Liquid Glass design, "slide to stop" for alarms in the Clock app, and more.
Below, we outline key details about iOS 26.1.
Release Date
Given that Apple has yet to seed an iOS 26.1 Release Candidate, which is typically the final beta version, the...
The upcoming iOS 26.1 update includes a handful of new features and changes for iPhones, including a toggle for changing the appearance of the Liquid Glass design, "slide to stop" for alarms in the Clock app, and more.
iOS 26.1 is currently in beta testing. The update will likely be released in the first half of November, and it is compatible with the iPhone 11 series and newer, but some...
Apple's upcoming iPhone 18 could feature 50% more memory than its predecessor, according to Korea's The Bell.
With its latest iPhone lineup, the iPhone Air, iPhone 17 Pro, and iPhone 17 Pro Max feature 12GB of memory. This is a significant increase of 4GB more their predecessors, largely driven by the demands of on-device artificial intelligence processing.
The iPhone 17 is the only new...
Apple is designing an updated version of the Apple TV 4K, and rumors suggest that it could come out sometime in the next couple of months. We're not expecting a major overhaul with design changes, but even a simple chip upgrade will bring major improvements to Apple's set-top box.
Subscribe to the MacRumors YouTube channel for more videos.
We've rounded up all the latest Apple TV rumors.
...
Apple this month refreshed the 14-inch MacBook Pro base model with its new M5 chip, and higher-end 14-inch and 16-inch MacBook Pro models with M5 Pro and M5 Max chips are expected to follow in early 2026. However, these machines will represent the final update to the current design, with Apple reportedly developing a completely new version of the MacBook Pro packed with next-generation hardware...
The first preview release of the Swift SDK for Android was published this week, allowing developers to build Android apps in Swift with official tooling and making it easier to share code across iOS and Android.
The SDK enables Android apps to be built in Swift using officially supported tooling rather than community workarounds. In June, it was announced that Apple's Swift programming...
At least some new iPhone models launching next year may support full 5G satellite internet, according to a report this week from The Information.
"Apple plans to add support in upcoming iPhones as early as next year for 5G networks that aren't tethered to Earth's surface, which includes satellites," the report said. "That would give the iPhone full internet access over satellite," it added.
...
