Rumors about the upcoming Samsung Galaxy S24 Ultra continue to circulate, with new details emerging about its construction and weight. Reputable leaker @UniverseIce has disclosed that the flagship device will employ a titanium alloy frame and weigh approximately 233g. While this is just 1g lighter than its predecessor, the Samsung Galaxy S23 Ultra, the use of titanium suggests significant improvements in strength and structural integrity.
Titanium, though around two thirds heavier than aluminum, offers substantially greater strength, making it a preferred choice in aerospace applications. This shift in material choice implies that Samsung is aiming to enhance the device’s durability while maintaining a similar weight profile.
The switch to a titanium alloy frame presents certain considerations. The use of an alloy, rather than pure titanium, impacts both weight and strength characteristics. Other alterations to the phone’s design and components could further influence its overall weight.
The primary benefits of adopting titanium in smartphone construction are improved strength, reduced weight, or a combination of both. Given the negligible weight difference between the Galaxy S24 Ultra and its predecessor, it’s reasonable to assume that Samsung’s focus lies in harnessing the strength advantages offered by the titanium alloy frame.
However, it’s essential to acknowledge a potential drawback: cost. Titanium is more expensive than aluminum, potentially leading to a higher price point for the Samsung Galaxy S24 Ultra compared to the already premium-priced Samsung Galaxy S23 Ultra, which starts at $1,199.99 / £1,249 / AU$1,949.
Interestingly, the move toward titanium aligns with industry trends, as Apple is also rumored to be incorporating titanium in its upcoming iPhone 15 Pro Max. This positioning positions the Samsung Galaxy S24 Ultra as a rival to some of the best devices in the market, ensuring it remains competitive not only in terms of features but also in material innovation. As the smartphone landscape continues to evolve, the integration of premium materials like titanium underscores a commitment to enhancing both performance and aesthetics.
