Apple Reportedly Working on Thinner iPhones, MacBooks, and Apple Watches

Apple appears to be embracing a new design philosophy for its future devices: thinness. Following the launch of its ultra-slim iPad Pro, reports suggest the tech giant is setting its sights on making its iPhones, MacBooks, and Apple Watches considerably thinner.

A Commitment to Slimmer Designs

Mark Gurman, a Bloomberg journalist known for Apple leaks, revealed this information. According to Gurman, Apple is aiming for a "slimmer" iPhone 17 model by 2025. This strategy aligns with analyst Ming-Chi Kuo's predictions from late 2023, suggesting Apple might utilize advanced techniques like thinner motherboards in its upcoming high-end iPhones.

The focus on thinness extends beyond iPhones. Gurman's report suggests Apple is also redesigning the MacBook Pro and Apple Watch with a similar emphasis on slimness. This goal aligns with Apple's history of innovation in sleek and lightweight devices.

Potential Launch Dates and iPhone 17 Rumors

Specific launch dates for these redesigned devices remain unknown. However, Gurman's report hints at a potential redesign for the Apple Watch and MacBook Pro alongside the slimmer iPhone 17.

There are also rumors about potential changes to the iPhone lineup itself. Analyst Jeff Pu suggests Apple might remove the Plus model from the iPhone 17 series in favor of a slimmer variant.

This slim iPhone 17, along with the standard iPhone 17, might come with 8GB of RAM and the next-generation A18 or A19 Bionic chip. The iPhone 17 Pro and Pro Max models, however, could retain their current design with 12GB of RAM and the A19 Pro chipset.

Both the standard and slim iPhone 17 might also see a significant upgrade in front-facing camera resolution, jumping from 12MP to 24MP.

Portability

Apple's focus on thinness appears to be a strategic move towards increased portability across its product range. The success of the new iPad Pro seems to have fueled this initiative, with Apple aiming to set new industry standards for thinness and portability in its respective device categories.

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