Galaxy S27 Ultra Leaks: Slim Build, 200MP Camera, Gen 3 Chip

Galaxy S27 Ultra Leaks: Slim Build, 200MP Camera, Gen 3 Chip
Brandenbourg, Op der Bakes (nom de rue).jpg — GilPe — CC BY-SA 4.0

Introduction

Early July 2026 saw a wave of high‑resolution CAD files appear on a well‑known hardware leak forum. The files, traced back to a supply‑chain source familiar with Samsung’s design process, give the first concrete look at the next Ultra flagship. While the overall silhouette remains recognisable, the renders expose a slimmer frame, a matte‑finished glass back and a dramatically larger primary camera sensor. These details set the stage for a device that could redefine Samsung’s premium lineup.

Design evolution and build materials

The CAD images show the chassis shaved by roughly 2 mm in thickness and 1 mm in width compared with the predecessor. This reduction translates into a more comfortable grip without sacrificing the large 6.8‑inch footprint. The back panel switches from the glossy finish of the earlier model to a matte‑textured glass, a move that promises fewer fingerprints and a subtler aesthetic. Industry analysts note that Samsung’s shift to a matte surface aligns with consumer demand for premium yet practical finishes.

Beyond the slimmer profile, the render resolution matches Samsung’s internal 4K export standards, suggesting the design is close to final engineering approval. The frame retains the iconic curved edges, but the camera island appears more integrated, reducing the protrusion that characterized the S26 Ultra’s bump. This smoother back surface should improve durability and make the phone sit more evenly in pockets.

Display size, resolution, and refresh rate insights

The device continues to sport a 6.8‑inch Dynamic AM OLED panel, identical in size to the S26 Ultra’s display. Samsung’s LTPO technology enables a 120 Hz adaptive refresh rate, allowing the screen to scale down to 48 Hz when static content is shown, thereby extending battery life. The panel’s QHD+ resolution remains unchanged, delivering crisp visuals that complement the high‑end camera system.

Power efficiency gains from the adaptive refresh rate are especially relevant given the battery capacity remains at approximately 5,000 mAh, mirroring the previous Ultra. By dynamically adjusting refresh speed, the phone can maintain smooth scrolling and gaming performance while preserving endurance during everyday tasks.

Camera module layout and sensor expectations

One of the most striking changes lies in the rear camera island. The renders depict a larger primary sensor, consistent with rumors of a 1/1.12‑inch, 200 MP module. Accompanying the main lens are a 12 MP ultra‑wide sensor and a 10 MP telephoto unit, forming a triple‑camera setup. The new layout reduces the overall bump, creating a flatter back that feels more cohesive in hand.

The sensor size aligns with industry speculation about Samsung pushing the limits of mobile photography. A 200 MP chip promises exceptional detail capture, especially in well‑lit scenarios, while the supporting lenses broaden shooting versatility. Early analyst commentary suggests that software‑driven pixel binning will be crucial to manage

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