The iPhone 17 Standard Model May Get a High-Refresh-Rate Screen: 120Hz or 90Hz? An In-Depth Look at the Latest Leaks for the Next-Generation iPhone Series

The iPhone 17 Standard Model May Get a High-Refresh-Rate Screen: 120Hz or 90Hz? An In-Depth Look at the Latest Leaks for the Next-Generation iPhone SeriesLeaks regarding the next-generation iPhone 17 series have been surfacing frequently, with the most anticipated being whether the standard model will adopt a high refresh rate screen. Recent leaks offer new clues

The iPhone 17 Standard Model May Get a High-Refresh-Rate Screen: 120Hz or 90Hz? An In-Depth Look at the Latest Leaks for the Next-Generation iPhone Series

Leaks regarding the next-generation iPhone 17 series have been surfacing frequently, with the most anticipated being whether the standard model will adopt a high refresh rate screen. Recent leaks offer new clues. Blogger @DigitalChatStation stated, "From the perspective of supply chain materials, the standard version of the iPhone 17 series is very likely to have a high refresh rate, which could be considered a significant upgrade." This suggests the iPhone 17 standard model may support a high refresh rate screen, but it remains unclear if the entire lineup will adopt 120Hz, or if only the standard model will upgrade to 90Hz.

In fact, similar leaks appeared a month ago. Rumors indicated Apple would comprehensively upgrade the iPhone 17 series' screen, communication, and imaging systems, bringing some features previously exclusive to the Pro models down to the standard version. Reportedly, the new iPhone 17 series will discontinue the Plus model, shifting to four models: iPhone 17, iPhone 17 Air (tentative name), iPhone 17 Pro, and iPhone 17 Pro Max, catering to diverse user needs.

Previously, sources within the screen supply chain revealed that all four iPhone 17 models will use LTPO panels, supporting variable refresh rates. This implies that the standard model will also support high refresh rate technology. Since the iPhone 13 Pro series first introduced ProMotion adaptive refresh rate technology in 2021, this feature has been exclusive to Pro models. The current iPhone 16 and 16 Plus still feature 60Hz displays. Bringing this technology to the iPhone 17 standard model would significantly enhance user experience, resulting in smoother scrolling and video playback.

Regarding the highly anticipated new lightweight iPhone 17 Air, leaks suggest it will use an aluminum alloy body, with an "ultra-thin body" as its key selling point. This model is expected to feature a 6.6-inch screen, a single 48MP rear camera, and a 24MP front camera. Notably, Apple's recently released iPad Pro and Apple Watch Series 10 both feature thinner designs, suggesting that a focus on thinness will be a crucial design direction for future Apple products.

The iPhone 17 Pro Max may adopt a smaller "metalens" design, further reducing the size of the Dynamic Island. Meanwhile, the screen sizes of the iPhone 17 series will remain unchanged, at 6.3 inches and 6.9 inches, respectively, both supporting a maximum 120Hz adaptive refresh rate. The smaller Dynamic Island and increased refresh rate will collectively enhance the screen experience of the iPhone 17 series.

Regarding communication, recent leaks indicate Apple plans to use its own newly designed Bluetooth and Wi-Fi chips starting in 2025, replacing components from suppliers to reduce reliance on external vendors. This chip, internally known as "Proxima," is slated for use in Apple products starting in 2025. The iPhone 17, Apple TV, and HomePod mini will be the first to feature it, followed by iPads and Macs in 2026.

It's understood that Apple's Bluetooth and Wi-Fi chip is distinct from its 5G baseband chip design, but Apple hopes to eventually combine them into a single component to improve integration and reduce power consumption. Currently, Apple is focused on designing more hardware components in-house, lessening its dependence on external suppliers. However, the actual performance of Apple's self-designed Wi-Fi chip will need to be verified after the new devices are released.

In summary, the latest leaks strongly suggest that the iPhone 17 standard model will likely support a high refresh rate screen, a significant upgrade for the standard model that will further enhance the user experience. Furthermore, a thinner design, a smaller Dynamic Island, and self-designed Bluetooth and Wi-Fi chips add to the iPhone 17 series' highlights. While specific details await official confirmation, various indications point to a significant overall upgrade for the iPhone 17 series, promising a superior user experience. Apple's application of high refresh rate technology, pursuit of thinness, and investment in self-developed core components all demonstrate its ongoing efforts in technological innovation and product iteration. These changes will not only impact the iPhone 17 series but also foreshadow a shift in the direction of future Apple products, warranting continued attention. Whether the iPhone 17 series ultimately meets user expectations will only be determined upon the official release of the new phones. At that time, the actual performance of various technologies and Apple's pricing strategy will be key areas of focus. Regardless, the launch of the iPhone 17 series will undoubtedly reignite the global smartphone market. Its innovative technologies and product designs will undoubtedly have a profound impact on other phone manufacturers, driving technological advancement and product iteration across the industry. Therefore, keeping abreast of the latest developments regarding the iPhone 17 series, its technological innovations, and design philosophy, is of significant importance to those following technological progress. We look forward to more surprises from Apple and hope the iPhone 17 series delivers a superior user experience. This is not only crucial for Apple's own growth but also for the future direction of the entire smartphone industry. Ultimately, market and user feedback will be the key determinant of the success of the iPhone 17 series.