3 Minutes
Samsung's upcoming Galaxy S26 family has surfaced inside One UI 8.5 code, giving one of the clearest looks yet at the phones' final styling and a few hardware hints. The newly discovered renders largely confirm earlier rumors — with some neat confirmations.
Code reveals match earlier design leaks
A deep dive into One UI 8.5 turned up renders labeled M1, M2 and M3 — widely believed to be the Galaxy S26, S26+ and S26 Ultra. The images echo previous leaks: an oval camera island in the top-left corner, three visible camera cutouts on each model, and a consistent curvature across the range. Interestingly, the Ultra appears to adopt the same oval island despite reportedly adding a fourth rear sensor.
Why the uniform look matters
Standardizing curvature and the camera island across the lineup gives the S26 series a cohesive identity. That means cosmetic differences will be subtler, pushing buyers to choose based on size, camera performance and regional chipset options rather than looks alone.
![]() | ![]() |
Performance clues: Exynos and Snapdragon
On the performance front, leaks indicate Samsung will likely continue its region-based chip strategy. The Galaxy S26 and S26+ are expected to ship with either Samsung's Exynos 2600 or Qualcomm's Snapdragon 8 Elite Gen 5 depending on the market. The S26 Ultra may also use both platforms in different regions, though details are less definitive for the Ultra.
- Codenames: M1 (S26), M2 (S26+), M3 (S26 Ultra)
- Design: Oval camera island at top-left with matching curvature radius across models
- Camera layout: Renders show three camera cutouts; Ultra likely includes an additional sensor
- Chips: Exynos 2600 and Snapdragon 8 Elite Gen 5 depending on region
Imagine three phones that look and feel like a family — that's the visual message Samsung seems to be pushing. One UI 8.5 is expected to debut on the S26 series early next year, so these code-based renders could soon translate into official marketing imagery.
Keep watching for more code dives and hands-on leaks — as launch approaches, the picture usually sharpens fast.
Source: gsmarena


Leave a Comment