@Tech_Reve, a Twitter user, recently leaked information about the upcoming iPhone 15 Pro Max, providing insights into its specifications. The leaked details contradict earlier rumors and suggest that the iPhone 15 Pro Max will retain the same main camera and display technology found in its predecessor, the iPhone 14 Pro Max.
The leaked information suggests that the iPhone 15 Pro Max will retain the IMX803 camera sensor, a 48MP 1/1.28″ Quad-Bayer camera, which is already featured in the iPhone 14 Pro and Pro Max models. This revelation might disappoint those who were anticipating a new main camera utilizing the Sony IMX903, 1″ sensor.
Furthermore, it seems that the iPhone 15 Pro Max will continue using the M12 OLED panel technology, which is already present in the current generation. Although this display technology has been well-received in testing, users should not expect significant advancements in terms of brightness levels or other enhancements.
Although the exact display dimensions have yet to be confirmed, it is likely that the iPhone 15 Pro Max will have a slightly shorter height of 159.8 mm compared to the iPhone 14 Pro Max’s 160.7 mm and a slightly narrower width of 76.7 mm instead of 77.6 mm.
On a positive note, the leaked information suggests that the iPhone 15 Pro Max will introduce some significant additions. One of the highly discussed features is the exclusive periscope telephoto camera, expected to provide 6x optical magnification and enhance the device’s zoom capabilities.
Furthermore, there are rumors indicating that the iPhone 15 Pro Max will adopt a USB Type-C port, departing from Apple’s traditional Lightning port. This change would result in improved connectivity options.
In terms of performance, the iPhone 15 Pro Max is expected to be equipped with the Apple A17 Bionic chip, manufactured using a 3nm process. This upgraded processor is anticipated to deliver enhanced speed and efficiency. The leak also suggests that the device will feature 8GB of LPDDR5 RAM, further bolstering its overall performance.