09/08 2025
461
Dynamic Island "Downsizes"
On September 6, foreign netizen @that_one_g3 leaked that the iPhone 17 Pro's Dynamic Island has seen a significant size reduction, shrinking from 2cm to 1.5cm—a 25% decrease.
The netizen meticulously measured the opening for the Dynamic Island on a screen protector, with the results indicating a width of approximately 1.5 centimeters.
Image Source: X
If this news holds true, it signals that Apple has overhauled the sensor hardware within the Dynamic Island. However, given that this user lacks a substantial track record of accurate leaks, it's advisable to temper expectations, though the possibility remains open.
In fact, last year, there were leaks indicating that the iPhone 17 Pro series would reduce the size of the Dynamic Island by incorporating metalens technology to shrink the component's overall volume. Additionally, software enhancements seem probable, with rumors suggesting that the iPhone 17's Dynamic Island interface will undergo a redesign, though specific details are still pending.
Apple is set to host its autumn new product launch event at 1 AM Beijing time on September 10, 2025. Titled "AweDropping," the event will officially unveil the new iPhone 17 series.
The launch is anticipated to feature over 10 new products, including four new iPhone models:
Image Source: Xiaohongshu
Notably, the groundbreaking iPhone 17 Air boasts several standout features. It sports an ultra-thin 5.5mm design, replacing the previous Plus series. The device's thinnest point measures just 6.25mm (including the camera module), setting a new record for Apple.
However, according to the latest leak from tech blogger "Kang," the iPhone 17 Air will not initially launch a Chinese version due to pending eSIM policy approval in China. The silver lining is that Apple has prepared inventory for the Chinese market, and the model will become available once eSIM policies are finalized.
Next, let's delve into other highlights of the iPhone 17 series with Xiao Lei.
In terms of cooling, the iPhone 17 Pro/Max will, for the first time, adopt a VC vapor chamber design. Given that these models will be powered by the more robust A19 Pro processor, Apple aims to ensure sustained performance stability and mitigate overheating-induced frequency throttling through advanced cooling solutions.
Aesthetically, the Pro series will ditch titanium alloy frames in favor of aluminum alloy, while retaining some glass back areas to ensure normal wireless charging functionality. The camera module remains triple-lens, comprising 48MP primary, ultra-wide, and telephoto lenses, with the Pro Max version potentially offering up to 8x optical zoom.
Image Source: X
Performance-wise, all iPhone 17 models will be equipped with the A19 chip, with the Pro series receiving the exclusive, more powerful A19 Pro.
Screen-wise, the iPhone 17 Pro series is expected to feature a matte anti-reflective display, utilizing technology and effects akin to the nano-texture glass found in iMacs and MacBook Pros, significantly reducing screen reflections.
Pricing-wise, leaks suggest that all iPhone 17 models will see a price hike. The standard version's starting price is expected to rise to around $850 (approximately 6,000 RMB); the iPhone 17 Pro's starting price may reach $1,050 (approximately 7,500 RMB). The top-tier iPhone 17 Pro Max is projected to start at around $1,250 (approximately 8,900 RMB).
Image Source: X
Xiao Lei posits that the price increase across the iPhone 17 series may stem from adjustments in tariff policies, escalating supply chain costs, and significant investments in materials and new technology applications.
That said, the iPhone 17 Pro's reduction in Dynamic Island size echoes the iPhone 13 series' shrinking of the "notch." Both strategies aim to optimize component sizes for a more compact design.
Ultimately, the true effectiveness of the iPhone 17 series will only be unveiled at Apple's autumn new product launch next week. Will you consider purchasing an iPhone 17 series device? Feel free to share your thoughts in the comments section.
Source: Leikeji
Images in this article are from the 123RF licensed image library. Source: Leikeji