Apple iPhone 15 Pro Max to Redefine Design with Ultra-Thin Screen Bezels
Apple is expected to limit its display features -- Always-On and ProMotion -- to the upcoming iPhone 15 Pro and iPhone 15 Pro Max smartphone models
Cupertino-based tech giant Apple is reportedly planning to launch its upcoming iPhone 15 Pro Max smartphone with ultra-thin bezels around the display. According to a report, the iPhone 15 Pro Max could have a front display with a bezel of just 1.55mm (0.06 inches), making it the thinnest bezel of any smartphone to date . Tipster Ice Universe recently took to micro-blogging platform Twitter and wrote: “iPhone 15 Pro Max will break the 1.81mm bezel black edge record held by Xiaomi 13 and we measure that its cover plate black bezel width is only 1.55 mm. iS22 and S23- 1.95mmiCEiPhone 14 Pro 2.17mm)."
Last week, front glass videos of the iPhone 15 Pro and iPhone 15 Pro Max smartphones were leaked online which revealed that they will feature ultra-thin bezels around the display. Also, Apple is expected to limit its display features - always-on and promotion - to the upcoming iPhone 15 Pro and iPhone 15 Pro Max smartphone models. It was also reported that the iPhone maker will only bring support for Wi-Fi 6E networks to the iPhone 15 Pro models. The iPhone 15 Pro and 15 Pro Max will include new features like solid-state buttons with haptic feedback, a titanium frame and increased RAM.
Earlier, a report from Macrumors also mentioned that the standard iPhone 15 and iPhone 15 Plus bezels will likely not come with any significant changes. All four iPhone 15 models are expected to come with bezels that are slightly curved around the edges like the iPhone 11 series.The report also revealed that the iPhone 15 Pro model could have integrated volume buttons, replacing the current separate buttons for volume up and down. The new volume rocker will enable users to adjust the volume based on where the button is pressed. It was also reported that the iPhone 15 Pro and iPhone 15 Pro Max will include new features such as solid-state buttons with haptic feedback, a titanium frame and increased RAM.