Revered analyst Ming-Chi Kuo of KGI Securities expects Apple’s iPhone 8 to make its debut in September after all, but the bulk of users may be unable to get their hands on the device “for a while” after the new models are launched.
As you know, iPhone 5, iPhone 6 and iPhone 7 models were each released in September of 2012, 2014 and 2016, respectively.
This year, Apple is expected to release a pair of iterative updates in the form of LCD-based iPhone 7s and iPhone 7s Plus models along with an all-new model based on power-saving organic light-emitting diode (OLED) screen and other technological perks.
Based on recent reports, however, it doesn’t look like iPhone 8 will be ready in time for a September launch, creating a unique situation where Apple could pre-announce the new flagship in September before its arrival later in the year.
Contrary to controversial claims made in a recent Wall Street Journal piece alleging Apple would do the unthinkable—ditch the Lightning port on new iPhones in favor of USB-C—KGI Securities analyst Ming-Chi Kuo shared his thoughts on the topic in the latest notes to clients, obtained by MacRumors. According to Kuo, all three iPhone models released in 2017 will retain Lightning connectors.
This includes the expectedly iterative, LCD-based iPhone 7s and iPhone 7s Plus models, as well as a brand new, OLED-based iPhone 8 model with a radically changed industrial design. However, the underlying technology behind the charging may change with built-in support for USB Power Delivery that should enable a lot faster charging.
Apple’s first OLED-based iPhone will have three gigabytes of RAM like the current iPhone 7 Plus models and come in two storage capacities—64GB and 256GB—eliminating the current 32GB SKU as an entry-level option when it comes to storage size. It won’t feature a curved display due to production and drop test issues with 3D glass, as per Chinese research firm TrendForce.
We heard before that Apple might integrate augmented reality features into iPhone 8’s Camera app and now KGI Securities analyst Ming-Chi Kuo has provided fresh details about a “revolutionary” front-facing camera system that will “bring an innovative user experience” to Apple’s first OLED iPhone.
In a note to clients, obtained by AppleInsider, the analyst writes that a pair of infrared transmitting and receiving sensors on the FaceTime camera will help the next iPhone provide features ranging from 3D sensing and modeling to advanced biometric authentication combining facial scanning and Touch ID fingerprint recognition.
The next iPhone’s OLED display should boost Retina resolution to a whopping 2,436-by-1,125 pixels, or almost twice that of the iPhone 6/6s/7 series, giving the upcoming phone a screen density of a crisp 521 pixels per inch (PPI). That’s what KGI Securities analyst Ming-Chi Kuo wrote in a note issued to clients, a copy of which was obtained by 9to5Mac.
The numbers would give iPhone 8 a screen of 21:9 versus a 16:9 screen ration on current models. By contrast, the current 4.7-inch iPhone 7 has a screen resolution of 1,334-by-750 pixels at 326 PPI—enough to support 720p video content without rescaling.
This year’s flagship iPhone, often referred to as the ‘iPhone 8’ or ‘iPhone X,’ will feature a 5.8-inch display reports KGI Securities’ Ming-Chi Kuo. In his latest research note, shared by MacRumors, the analyst says 5.15-inches of the display will be usable, with the rest of it reserved at the bottom for “virtual buttons.”
As has been previously rumored, Kuo says the display will take up the entire front of the phone, meaning no bezels or physical Home button. This also means that although the handset will have a display roughly the size of the current iPhone 7 Plus, its body may not be much bigger than the 4.7-inch iPhone 7.
KGI Securities analyst Ming-Chi Kuo issued a note to clients this morning, obtained by MacRumors, in which he predicted that Apple’s upcoming iPhone 8 would manage to squeeze a Plus-sized battery into a smaller 4.7-inch form factor, possibly having even better battery life than a 5.5-inch LCD iPhone.
This will be achieved by utilizing a pricier stacked logic board design—also known as a substrate-like PCB (SLP) mainboard—that would create additional space inside the device to accommodate a significantly larger battery.