Potential Design Changes for the iPhone 17 Pro: Insights and Implications
Recent discussions have hinted that the upcoming iPhone 17 Pro may feature a rectangular camera configuration, departing from the traditional square design that has characterized previous models. Initial reports had suggested that Apple might revert to aluminum frames from titanium, but later updates indicated a possible continuation of titanium use. This raises questions about the veracity of these camera design claims.
In an intriguing development, a recent Weibo post shared an image purportedly showing a bare frame originating from Apple’s supply chain. According to this leak, the camera arrangement is set to occupy the top section with an ultra-wide lens placed in the middle; its compact size allows adequate space for Face ID components adjacent to it.
Credibility to this rumor is provided by well-known leaker Digital Chat Station, who also shared a speculative rendering of what the iPhone 17 Pro might look like. This concept connects back to earlier rumors suggesting a combination of aluminum and glass in its construction; specifically noting that part of the frame will be glass-covered to facilitate wireless charging and other signal transmissions.
The Controversial Camera Placement: An Ergonomic Dilemma?
The positioning of this new camera array has sparked conversation within tech circles. While it draws some resemblance to Google’s Pixel range—which features lower-placed cameras—the elevated placement on the iPhone could pose challenges for users attempting to hold their device horizontally without obstructing at least part of the lens setup.
A Thoughtful Approach or Design Flaw?
Apple has long been known for prioritizing user ergonomics when designing their devices; thus, it’s hard to imagine they would overlook such significant factors in usability with these adjustments. With still close to a year before we see official releases from Apple’s next generation series, there remains potential for modifications should this design not resonate well during testing phases.
Source 1 | Source 2 (in Chinese) | Via