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Overview of the materials used in the iPhone 17 (e.g., titanium, glass, and aluminum).
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Overview of the materials used in the iPhone 17 (e.g., titanium, glass, and aluminum).
The under-display tactile feedback and AR homescreens could reaircraft dronene how users engage with
At first glance, the iPhone 17 looks incredibly sleek, with a design that stays true to Apple's mini
Native AR and VR capabilities allow seamless integration with wearable headsets. Spatial computing f
Building on previous efforts, the iPhone 17 may incorporate more recycled metals, fair-trade mineral
Sensitive AI processing and personal data footprint remain enclosed within next-generation secure en
An innovative A-grade photovoltaic coating on the device’s rear glass could harvest ambient light—es
Paired with AR glasses, iPhone 17 becomes a powerful sensor and computation hub — collecting environ
Inclusive usability: Ensuring accessibility features empower users with diverse abilities.
A newly tuned multi-speaker array delivers spatial audio mapped to head and body position via period
The evolution of smartphones has unfolded at a breathtaking pace over the past decade, with each ite
The iPhone 17 introduces a subtly curved “liquid glass” back, seamlessly merging glass and metal for