The latest Samsung Galaxy S27 Ultra leak comes from a new report by IT Home. They say that the upcoming Samsung Galaxy S27 Pro and the flagship Galaxy S27 Ultra will have 16-megapixel cameras. This fresh detail gives us our first real look at how Samsung plans to improve its premium devices next year.
What The Next Miracle Codenames Reveal
Internal leaks show that the entire series will have four different models. These internal codenames are NM1 for the Galaxy S27, NM2 for the Galaxy S27+, NM3 for the Galaxy S27 Pro, and NM4 for the flagship Ultra model. The letter M refers to the previous Galaxy S26 series, which had the internal codename Miracle. Following this pattern, NM stands for Next Miracle, which aligns with the upcoming Galaxy S27 series.
How The New Front Sensor Outperforms Last Year’s Model
The most exciting part of this Samsung Galaxy S27 Ultra leak is the focus on the front-facing camera resolution. Sources say that both the Galaxy S27 Pro and the flagship Ultra model will come with a new 16-megapixel front camera. This is a big change from the hardware found in previous models. For comparison, the Galaxy S26 Ultra has a 12-megapixel front-facing camera with an F2.2 aperture.
What More Megapixels Mean for Everyday Photos
Upgrading from a 12-megapixel sensor to a 16-megapixel camera will lead to noticeable improvements in everyday use. A higher megapixel count means sharper video calls and more detailed selfies. This particular leak indicates that Samsung is pushing for hardware innovation instead of just making basic software updates. These confirmed specs for the Samsung Galaxy S27 Ultra will provide buyers with a significantly better experience for creating social media content.
According to current product plans, the Samsung Galaxy S27 Ultra is expected to launch in January 2027. The camera hardware upgrade makes this upcoming device worth the wait. Every credible leak so far points to a premium device that addresses past hardware issues. This latest leak shows that the wait for a high-resolution front sensor is finally over.
