All articles tagged with #thickness
A Weibo leaker backed by leaked supplier materials and drop-test footage says the iPhone 18 Pro will be roughly 2mm thicker than the iPhone 17 Pro, due to an enlarged aluminum-alloy backplate and a redesigned camera plateau, with the final thickness expected to be somewhat surprising.
A leaker claims the iPhone 18 Pro and Pro Max will be roughly 2mm thicker than the iPhone 17 Pro due to a redesigned main camera system and continued aluminum alloy frame, with overall thickness around 9.9–10.9mm (vs. 8.75mm for the 17 Pro/Pro Max). The bulk is tied to a new camera module and variable aperture, with production ramping at LG Innotek and Sunny Optical, and launch expected alongside Apple's foldable iPhone this September.
A Weibo-based leak claims the iPhone 18 Pro Max will be 8.75mm thick, the same as the 17 Pro Max, per Ice Universe, though other rumors have suggested a thicker, heavier device. Additional spec chatter includes a potential 5,000+ mAh battery, a 2nm A20 Pro chip, LTPO+ display, and up to 2TB storage, with the folding iPhone Ultra largely stealing the spotlight. Overall, the release is expected to bring incremental upgrades rather than a revolution.
Ahead of its China launch, Vivo X300 Ultra appears in hands-on photos showing a noticeably thicker Zeiss camera module compared with the X200 Ultra. Render estimates suggest the camera bump could be around 17 mm thick in total, while the body sits at about 8.19 mm. The device comes in several colors, with European pricing leaks hinting at a quick international rollout after the official launch in China.
New reports suggest Apple's foldable iPhone will start at $1,800-$2,000, making it the most expensive iPhone ever, with a thickness around 4.8mm, slightly thicker than Samsung's Galaxy Z Fold 7. The device is expected to launch in 2026 with a 7.8-inch inner screen, a crease-free design, and other features. Rumors also cover upcoming Apple products like the next Apple TV, Apple Watch Ultra 3, and iPhone 17 Pro.
Folding a sheet of paper in half multiple times results in exponential growth, doubling the thickness with each fold. After just 42 folds, the paper would be over 439,804 kilometers thick, enough to reach the Moon, which is approximately 356,000 to 407,000 kilometers away from Earth. This demonstrates the power of exponential growth and the significant increase in thickness that occurs with each successive fold.