Apple’s upcoming iPhone 17 lineup could deliver a game-changing upgrade to its entire range by bringing ProMotion display technology to all models. Traditionally reserved for the Pro and Pro Max versions, ProMotion offers a dynamically adaptive refresh rate ranging from 1Hz to 120Hz, resulting in smoother scrolling, more responsive touch interactions, and improved battery efficiency. If the reports hold true, this would mark a significant leap in display performance for Apple’s standard iPhone models.
A Big Win for Standard iPhones
For years, Apple has limited high-refresh-rate displays to its premium iPhones, with the base models stuck at a fixed 60Hz refresh rate. This meant that users who opted for the more affordable models missed out on the fluid animations and responsiveness that ProMotion delivers. The rumored iPhone 17 upgrade levels the playing field, allowing all users to experience Apple’s best display technology regardless of which model they choose.
Battery Efficiency Meets Smooth Performance
ProMotion technology isn’t just about smoother animations—it’s also designed to optimize battery life. By dynamically adjusting the refresh rate, the display can drop down to 1Hz when showing static images, preserving battery power. This is particularly useful for features like the Always-On Display, introduced with the iPhone 14 Pro, which could now extend to the standard iPhone 17 models.
Supply Chain Clues and Industry Confirmation
Industry insider Ross Young, a well-respected display analyst, has indicated that Apple has secured the necessary LTPO OLED panels to bring ProMotion to the entire iPhone 17 lineup. Additionally, supply chain reports from manufacturers such as Samsung and LG Display suggest that Apple is ramping up its orders for these high-end screens. This aligns with Apple’s broader strategy of gradually democratizing Pro-exclusive features across the entire lineup over time, similar to how OLED displays eventually became standard across all iPhone models.
What Else to Expect from the iPhone 17 Lineup?
Beyond ProMotion, the iPhone 17 series is rumored to include a new design refresh, potentially introducing thinner bezels and even a slimmer form factor. Some reports suggest that Apple is developing an ultra-thin model, possibly named the iPhone 17 Air, which could be the thinnest iPhone ever. Additionally, the company may introduce its first in-house modem, reducing reliance on Qualcomm and improving connectivity performance.
A More Unified iPhone Experience
If ProMotion does indeed come to all iPhone 17 models, Apple will be making a strong push toward unifying the user experience across its lineup. This move would not only make the standard iPhones more competitive with flagship Android devices, many of which already feature high-refresh-rate displays, but it would also strengthen Apple’s reputation for offering a smooth and responsive user experience across its ecosystem.
Final Thoughts
The iPhone 17 lineup could mark a pivotal moment in Apple’s display technology strategy. With ProMotion potentially becoming a standard feature across all models, users can expect a more premium feel even on base iPhones.
Combined with other rumored upgrades, such as a new design and enhanced connectivity, the iPhone 17 could be one of Apple’s most compelling releases in recent years. While we await official confirmation, the signs are pointing toward a future where all iPhone users get to enjoy the benefits of ProMotion without having to splurge on the Pro models.
Key Takeaways
- ProMotion displays will expand to all iPhone 17 models in 2025
- The technology enables dynamic refresh rates from 1Hz to 120Hz
- Base model iPhones will match Pro variants in display performance
Anticipated Features and Upgrades
Apple’s iPhone 17 lineup appears set for significant display enhancements in 2025. Reports point to ProMotion technology expanding across all models, promising smoother performance and improved battery efficiency through advanced LTPO display technology.
ProMotion Technology Expansion
ProMotion displays with 120Hz refresh rates will likely reach every iPhone 17 model, including base versions. This marks a departure from previous years where the technology was exclusive to Pro models.
The variable refresh rate allows screens to adjust from 1Hz to 120Hz based on content, creating fluid animations and responsive touch interactions.
Battery life remains efficient due to smart refresh rate management. When viewing static content, the display can drop to lower rates, while gaming and scrolling can utilize the full 120Hz capability.
Display Analyst Insights and Leaks
Display analyst Ross Young suggests Apple has secured sufficient LTPO panel production capacity for the entire iPhone 17 range. His track record of accurate predictions adds weight to these claims.
Digital Chat Station, a reliable leaker on Weibo, corroborates these reports. They indicate Apple’s display suppliers are ramping up LTPO panel production.
The base iPhone 17 models will likely feature the same display quality as current Pro versions. This includes support for always-on display functionality.
Anticipated Design Evolution and Display Characteristics
The iPhone 17 Pro Max may feature a larger 6.86-inch display, representing a size increase from current models. This change could influence the entire lineup’s design language.
Dynamic Island will remain integrated across all models. The feature works in tandem with ProMotion for smooth animations.
Screen brightness levels are expected to match current Pro models. This ensures consistent visibility in bright outdoor conditions.
Low-Temperature Polycrystalline Technology
LTPO technology enables power-efficient variable refresh rates. The advanced backplane design reduces power consumption compared to traditional OLED displays.
The implementation of LTPO panels across all models requires significant manufacturing scale. Apple’s supply chain partners have expanded production capacity to meet demand.
This technology enables key features like always-on display and smooth animations without excessive battery drain. Power efficiency improvements range from 15-20% compared to standard OLED displays.
Frequently Asked Questions
ProMotion display technology brings significant improvements to screen responsiveness and visual fluidity through adaptive refresh rates up to 120Hz, making it a key feature for the iPhone lineup.
Will all models in the iPhone 17 series feature 120Hz ProMotion displays?
Multiple reports suggest Apple plans to implement ProMotion displays across the entire iPhone 17 lineup, including base models. Display analyst Ross Young confirmed this expansion beyond Pro models in September 2024.
This marks a notable shift from Apple’s previous strategy of reserving ProMotion technology for Pro models only.
Are there plans for ProMotion display technology in the upcoming iPhone 17 lineup?
Recent leaks indicate Apple will standardize ProMotion displays across all iPhone 17 models in 2025.
The implementation would bring adaptive refresh rates up to 120Hz to every iPhone 17 variant.
What models currently include ProMotion display technology?
ProMotion displays are exclusive to iPhone Pro models as of early 2025.
The feature first appeared on the iPhone 13 Pro series and continues through current Pro variants.
When is the release date for the iPhone 17 lineup anticipated?
The iPhone 17 series is expected to launch in September 2025, following Apple’s traditional release schedule.
Pre-orders typically start within days of the announcement event.
How does ProMotion display technology enhance user experience?
ProMotion automatically adjusts the screen refresh rate between 10Hz and 120Hz based on content and user interaction.
This dynamic adjustment creates smoother scrolling, improved gaming performance, and better battery efficiency.
Text appears sharper during scrolling, and animations feel more responsive.
Can we expect any other display advancements in the iPhone 17 lineup aside from ProMotion?
The displays will likely maintain OLED technology with high brightness levels and excellent color accuracy.
Some reports suggest improvements in power efficiency and peak brightness capabilities.
