The iPhone 17 lineup is rumored to boast high-quality displays across all models, a significant upgrade from the iPhone 16’s tiered display approach. Current iPhone 16 Pro models feature larger, Always-On displays with ProMotion technology and Samsung’s M14 OLED panels made with premium materials. Non-Pro iPhone 16 models, however, utilize smaller displays lacking Always-On and ProMotion, with lower-quality M12 OLED panels.
Enhanced Display Technology for All
Previous rumors indicated that the entire iPhone 17 lineup would receive Always-On displays and ProMotion technology, enabling a 120Hz refresh rate. A recent report from Korean outlet ETNews further suggests that all models will also incorporate the superior M14 OLED panels.
Samsung to Supply M14 Panels
According to the report, Samsung will supply M14 OLED panels for all four anticipated iPhone 17 models, including the potential “iPhone Air” slim model. This implies that the more affordable models will not only receive better displays but also the same displays as the Pro models.
Key Differentiators: Internal Tech and Cameras
If these rumors hold true, the primary differences between the base and Pro models would likely be the internal technology and camera systems. This shift could prove advantageous for Apple, as display technology and features like Always-On are highly appealing and marketable due to their immediate visibility. Restricting these features to the Pro models in the iPhone 16 series potentially deterred some base model users from upgrading, as they were aware of missing out on key enhancements.
A Welcome Change for Base Model Buyers
While confirmation awaits, the prospect of uniform high-quality displays across the iPhone 17 lineup is exciting. This upgrade would provide base model buyers with access to premium display features previously exclusive to the Pro models.
The prospect of standardized premium displays across the iPhone 17 series is a promising development for consumers. It suggests a focus on delivering a consistently high-quality visual experience regardless of the chosen model.
