Apple is exploring ways to make Safari websites less cramped on its foldable iPhone

Apple is investigating methods to make Safari web pages appear less cramped on its foldable iPhone Duo. At present, Safari controls occupy a portion of the screen, reducing the available width for web content. Apple has positioned these controls on the right side to conserve vertical space, but this has resulted in a limited width of approximately 382 CSS pixels when the device is in portrait orientation.

Developers can technically utilize the viewport-fit=cover setting to make pages fill the entire screen, but this approach raises concerns as many websites lack sufficient margins on all edges. Consequently, vital elements like buttons or headlines could become obscured by the controls. Instead of implementing this temporary fix, Apple prefers a more robust and straightforward solution for developers.

For now, Apple is soliciting ideas and intends to provide updates. Although no specific date or timeline has been announced, users can currently make do with long pages on the inner screen, which offers a smoother scrolling experience. Additionally, Safari's handling of PDFs presents an advantage: folding the phone in half reveals two pages simultaneously, with the interface switching back to a single page when the phone lies flat or is closed.

Although foldable iPhone shipments have commenced, a handful of early owners have reported display defects, including cracks or bright lines along the inner screen. These issues have been documented in several countries, including Australia, the United States, Canada, and China. One Australian user reported a crack appearing after only 20 folds, despite no visible prior damage.

Apple has replaced the affected devices, but the extent of the problem remains uncertain, as it is too early to determine if these cases signify a widespread hardware issue or a limited number of defective units.

Interestingly, researchers at the University of Technology and Design in Singapore, along with partners in China and Japan, have developed 3D-printed structures called color routers. These microscopic components guide red, green, and blue light to the appropriate spots on a sensor, unlike conventional filters that absorb much of the light.

Remarkably, someone has already managed to run their Mac on the newly launched iPhone Duo using a remote desktop app called Headroom, developed by MusicFlow. This application enables the iPhone Duo to act as a miniature MacBook, adapting its interface as the device folds, opens, and closes.