The iPhone 17 Air could stand out as the thinnest phone in the world.

      Apple typically does not make bold hardware promises. The company often arrives late to the market but usually delivers a polished product that stands out in the smartphone domain. However, the forthcoming ultra-slim iPhone 17 Air could change this trend quite dramatically.

      Leakster Universe has announced on X that the new 'slim' version in the iPhone 17 lineup will have a thickness of only 5.5mm. Aside from its side profile, the dimensions of the iPhone 17 Air will match those of the iPhone 17 Pro in height and width.

      With a thickness of 5.5mm, the iPhone 17 Air is likely to become the slimmest phone available. In comparison, reports suggest that the thickness of Samsung's Galaxy S25 Edge will range between 5.85mm and 6.4mm.

      Exclusive insights indicate that the length, width, screen size, and bezel of the iPhone 17 Air will be identical to those of the iPhone 17 Pro Max, with the only difference being the thickness: 5.5mm for the iPhone 17 Air versus 8.725mm for the iPhone 17 Pro Max.

      At MWC 2025, Tecno impressed attendees with the Spark Slim, a stylish phone boasting a claimed thickness of 5.7mm and robust battery capabilities. However, it is unlikely to surpass the iPhone 17 Air in the competition for the slimmest phone.

      Despite this potential record for thinness, Apple will not shatter any past records; Gionee has previously released smartphones measuring 5.5mm and 5.1mm thick, and the Vivo X5 Max, launched in 2014, had a thickness of only 4.75mm, outperforming the Oppo R5.

      However, becoming the world’s thinnest phone in 2025 may come with compromises. Alleged renderings suggest that the iPhone 17 Air will only have a single rear camera while competitors maintain dual-camera configurations.

      Industry analyst Ming-Chi Kuo mentions that the iPhone 17 Air will depend on a high-density battery to accommodate its slimmer profile. While he did not provide technical specifics, it seems likely that Apple will utilize a silicon carbon battery, which delivers greater energy density without sacrificing fast charging or battery lifespan.

      The company may also apply the new battery packaging technology introduced in the iPhone 16, which streamlines battery repair and replacement. This system involves a metallic shell and an ionic liquid battery adhesive that uses a method called electrically induced adhesive debonding.

      The iPhone 17 Air is expected to replace the outgoing “Plus” model this year, but it might come at a higher price than the current iPhone 16 Plus and could feature a variant of Apple’s new C1 modem, which debuted with the iPhone 16e model.

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      Customers who buy the recently launched iPhone 16e are likely to keep their phones for a longer duration. This budget-friendly option meets the needs of many users who prioritize reliability over the latest high-end features. As a result, we have been eagerly anticipating iFixit's repairability score to compare it with other devices in the iPhone 16 series. The test results have now been published, revealing some unexpected findings.

      First, the positive news: the iPhone 16e, which replaces the iPhone SE 3, has done away with the physical home button. This change is significant for repair purposes, as the traditional home buttons were often troublesome due to susceptibility to dust and water damage, along with their built-in biometric components complicating self-repairs. By removing the home button, Apple has enhanced the overall design throughout its iPhone and iPad lineup.

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      The AI trend has captivated every smartphone manufacturer in 2025. Unfortunately, not all developments are as groundbreaking as marketing claims might suggest. However, some companies have successfully rolled out practical AI applications.

      Google is one of those companies, and it continues to deliver on iPhones, making Siri seem outdated in comparison. The latest version of Google’s Gemini app for iPhones integrates the AI chatbot throughout Apple’s devices, from the lock screen to the share sheet.

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      If you own an Ultramarine iPhone 16 and grow weary of its color, you would typically wait to upgrade to a different color, possibly with the iPhone 17. But what if you could change your phone's color daily? This is where Infinix's new E-Color Shift 2.0 technology comes into play. Introduced at MWC 2025, this groundbreaking technology could allow you to continuously customize the appearance of your future smartphone.

      With E-Color Shift 2.0, you can personalize your device’s look with dynamic color transitions based on your preferences and environmental stimuli. The technology lets you choose from six patterns and six color palettes, resulting in 30 unique combinations.