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A few months before the announcement of Samsung's new smartphones, leaked information about the Galaxy S24 line gains prominence.

Although the highly anticipated devices are scheduled to arrive early next year, it seems that the months leading up to this launch will be full of speculation and unauthorized leaks about the devices' innovations. The latest information suggests that both the Galaxy S24 and S24+ will feature a more linear design compared to Samsung's usual standard. 

This revelation came from a user known as Ice Universe, known for constantly anticipating the latest news from the Samsung universe. The S24 and S24+ models will feature straight edges, more similar to the Z Fold and Z Flip foldables than the S23 and S23+ — the latter, despite having flat rear surfaces, have slightly curved edges. 

However, it has not yet been confirmed whether this design overhaul will also extend to the S24 Ultra or whether it will be limited to the two models considered more “conventional” within Samsung’s advanced device category. Regardless, it is likely that the Ultra version will be different from the others in terms of design. This trend could continue in the launches scheduled for 2024. 

Galaxy S23+ (Image: André Fogaça/Olhar Digital)

Smartphone designs follow a cycle of trends that come and go. Some time ago, it was common to find phones with straight edges. However, manufacturers gradually started to adopt softer lines. Now, it seems that the industry is returning to rectangular shapes. 

Leaks surrounding the Galaxy S24 lineup 

Even though the launch is still a long way off, unconfirmed information has already emerged about future Galaxy S24 series devices. Among them, there is a suggestion that these devices will be able to communicate with satellites, a feature already present in iPhones. 

So far, the Galaxy S24 Ultra is the model with the most leaked data. According to rumors, this smartphone will use titanium in the structure, aiming to make it lighter and more resistant, in addition to a possible improvement in the quality of the camera for optical zoom.