### iPhone 17 and iPhone 17 Air Displays
The forthcoming iPhone 17 and iPhone 17 Air are sparking excitement over their display innovations. Historically, ProMotion displays, which boast a high refresh rate of up to 120Hz, have been reserved for Pro models. However, recent comments from display expert Ross Young indicate that this year, every iPhone model, including the standard iPhone 17 and iPhone 17 Air, might feature this technology.
#### Insights from Leakers
Weibo leaker Digital Chat Station (DCS), recognized for reliable leaks previously, has suggested that although the non-Pro models will indeed come with high refresh-rate displays, they will lack two significant ProMotion attributes. This claim corresponds with a different assertion from another source, Fixed focus digital, which highlighted that the displays in the iPhone 17 lineup will be conventional 120Hz screens instead of ProMotion adaptive refresh rate displays.
#### Understanding Display Technologies
120Hz displays provide smoother rendering, particularly advantageous for gaming and scrolling activities. In contrast, ProMotion displays are variable-rate, capable of dynamically adjusting refresh rates to save battery life. They can decrease to as low as 1Hz, which is vital for features like the always-on display available in Pro models.
#### Implications for Apple’s Strategy
9to5Mac’s evaluation suggests that while Young is a trustworthy source, he might have misunderstood the details about the display functions. The distinction between Pro and non-Pro models is essential for Apple, enabling them to retain a premium perception for the Pro series while still providing improved features in the basic models. The lack of an always-on display in the non-Pro variants would further set them apart.
In summary, although the iPhone 17 and iPhone 17 Air are anticipated to have high refresh-rate displays, they will not include the complete functionalities of ProMotion technology, representing a strategic choice by Apple to balance performance and differentiation throughout its product range.
