Ultra-Thin Battery Development Stalled! iPhone 17 Air and Galaxy S25 Slim May Be Thicker

Ultra-Thin Battery Development Stalled! iPhone 17 Air and Galaxy S25 Slim May Be ThickerRecent reports suggest that Apple and Samsung have encountered significant challenges in developing ultra-thin, high-density batteries, impacting the development of their upcoming smartphones - iPhone 17 Air and Galaxy S25 Slim. The failure of the ultra-thin battery project has led to design adjustments for both phones, resulting in an expected increase in their thickness

Ultra-Thin Battery Development Stalled! iPhone 17 Air and Galaxy S25 Slim May Be Thicker

Recent reports suggest that Apple and Samsung have encountered significant challenges in developing ultra-thin, high-density batteries, impacting the development of their upcoming smartphones - iPhone 17 Air and Galaxy S25 Slim. The failure of the ultra-thin battery project has led to design adjustments for both phones, resulting in an expected increase in their thickness.

This news is undoubtedly disappointing for consumers seeking thin and lightweight phones. Sources indicate that the iPhone 17 Air will be thicker than 6 mm, a reduction from the iPhone 16's 7.8 mm but still failing to meet the original target. Specific thickness information for the Samsung Galaxy S25 Slim is not yet available, but industry insiders speculate that it might be similar to the iPhone 17 Air's thickness.

Despite the challenges, Samsung still plans to launch the Galaxy S25 Slim in the second quarter of next year, competing fiercely with Apple's iPhone 17 Air. The iPhone 17 Air is expected to feature a 6.6-inch 120Hz ProMotion display, an upgraded 24MP front camera, and a smaller, sleeker Dynamic Island design. The Galaxy S25 Slim is anticipated to be equipped with the Snapdragon 8 Gen 2 for Galaxy processor across all variants, delivering powerful performance while reducing power consumption and enhancing battery life.

The failure of the ultra-thin battery project presents a significant challenge for both Apple and Samsung. The two companies have been striving to create thinner phones to meet consumer demands for lightness and portability. However, the development of ultra-thin batteries has proven to be more difficult than anticipated, highlighting the existing bottlenecks in battery technology.

The setback in ultra-thin battery development could potentially affect the sales of the iPhone 17 Air and Galaxy S25 Slim. Consumers are sensitive to phone thickness, so these models might need to compensate with other features, such as more powerful processors, improved camera capabilities, to entice buyers.

It's worth noting that the failure of ultra-thin battery development doesn't necessarily mean that Apple and Samsung will abandon their pursuit of thin and light phones. They'll likely explore alternative technological approaches, such as using lighter materials, optimizing battery structure, to achieve thinner devices. Ultimately, the company that successfully overcomes the obstacle of battery technology will hold a leading position in the future smartphone market.