Tag

Borderless Display

All articles tagged with #borderless display

iPhone 20 Pro Displays Hint at Bigger, Borderless 2027 Redesign
technology18 days ago

iPhone 20 Pro Displays Hint at Bigger, Borderless 2027 Redesign

A leak via Digital Chat Station claims the iPhone 20 Pro will feature a 6.41-inch display (2686×1236) and the iPhone 20 Pro Max a 6.96-inch panel (2912×1340), slightly larger than the iPhone 18 Pro pair but with roughly the same 460 ppi density. Apple is reportedly testing a borderless, quad-curved design with possible under-display Face ID and front camera, and may offer multiple approaches—including a smaller punch-hole option—amid anticipated September 2027 launch to mark the iPhone’s 20th anniversary.

iPhone 18 Pro Sparks Android’s Borderless-Display Trend
technology4 months ago

iPhone 18 Pro Sparks Android’s Borderless-Display Trend

The iPhone 18 Pro’s push toward a notch- and punch-hole-free, under-display Face ID plus a liquid-glass-inspired UI is accelerating Android manufacturers (Xiaomi, Oppo, Vivo, Honor, Huawei, OnePlus and others) to adopt borderless displays and similar aesthetics. Google says Android won’t fully adopt Liquid Glass, but the trend is spreading across Android skins (and even Samsung) toward a more Apple-like look, risking a more homogenized smartphone landscape while leaving room for user customization.

"iPhone 16 Set to Feature Ultra-Thin Bezel Technology for Expanded Display"
technology2 years ago

"iPhone 16 Set to Feature Ultra-Thin Bezel Technology for Expanded Display"

Apple plans to use Border Reduction Structure (BRS) technology to minimize the bezel at the bottom of the upcoming iPhone 16 series, aiming to maximize display size. The new ultra-thin bezel technology will be applied to all four iPhone 16 models, set for release in the second half of 2024. The iPhone 16 Pro models will feature larger display sizes, with the ‌iPhone 16 Pro‌ and ‌iPhone 16 Pro‌ Max expected to have 6.27-inch and 6.85-inch screens, respectively. The larger form factor of the devices will provide more internal space for components, potentially allowing for larger, longer-lasting batteries.