Samsung fans are buzzing with anticipation for the upcoming Unpacked event this July, where the Galaxy Z Fold 7 is expected to make its grand debut.
While leaks have teased an impressively slim design and a sleeker hinge, a fresh render has stirred mixed feelings-and it’s all about the rear camera.
The new image, shared by Reddit user pr0phecy, reveals a sizable camera island on the back of the Galaxy Z Fold 7. This triple-lens setup juts out more than many expected, especially for a device that prides itself on being Samsung’s thinnest book-style foldable yet. With a folded thickness of around 9mm and an unfolded profile of approximately 4.5mm, the Fold 7 is indeed aiming for sleekness-until you turn it over.
The image shows the phone sporting a case, which adds to the thickness, but even accounting for that, the camera bump looks substantial. For some users, that might not be a problem. If the camera delivers flagship-grade photo and video performance, the trade-off could be worth it. As one observer pointed out, it’s still modest compared to some of the oversized setups on competing Chinese foldables, which practically take over the phone’s back panel.
Still, first impressions matter. For buyers seeking a clean, minimalistic design, this bulky bump might break the illusion of seamless elegance. Even though this is just a render and not an official Samsung image, it’s enough to spark debate among potential buyers. For many, the Fold 7’s appeal lies in its engineering marvel-foldability, thinness, and futuristic feel. A protruding camera might dull that shine.
Yet, let’s not forget: thin phones come with trade-offs. You can’t cheat physics, and advanced cameras need space. So while this might seem like a design flaw to some, others see it as a practical necessity-one that’s already accepted in many high-end smartphones.
In the end, Samsung’s reveal in July will give us the real picture. Until then, fans are left to weigh aesthetics against performance, and decide what really matters in their next foldable companion.