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Samsung is all set for the launch of the upcoming Samsung Galaxy S23 series of smartphones. The devices are hovering around the corners and the official launch is not too far from now. The promotional images of the Galaxy S23 Ultra were leaked previously, which reveals almost the same design and form factor of the device when compared to its predecessor. Now, a new report making the rounds of the internet claims that the Galaxy S23 Ultra will offer better zoomed-in images despite the same hardware.

There won’t be any significant changes to the Galaxy S23 Ultra’s auxiliary camera lenses, according to the leaks. The telephoto and periscope lenses will be the same as those on the Galaxy S22 Ultra. The device will, however, include an upgraded primary camera with a 200-megapixel lens. It will include an improved 12-megapixel selfie camera on the front. Returning to our main headline, a user on Twitter shared side-by-side photographs of the Galaxy S22 Ultra and Galaxy S23 Ultra that were zoomed in.

The user published the photos taken with a 10x and 30x zoom. When comparing side by side, it is obvious that the Galaxy S23 Ultra offers marginally better photos than the Galaxy S22 Ultra. Despite having identical technology, the S23 Ultra did manage to capture some somewhat better shots. Obviously, there isn’t any day and night difference. This demonstrates unequivocally how hard the company has worked on image optimization.

The Galaxy S23 Ultra’s camera sensors were identified in a prior report.  Its main rear camera has an F1.7 aperture, an ISOCELL HP2 sensor with OIS, and Super QPD autofocus. The Sony IMX564 sensor, which is marginally more advanced than the Galaxy S22 Ultra’s IMX563 sensor, is utilized by the 12MP ultrawide camera. There hasn’t been a replacement for the 10MP telephoto sensors, the IMX754 (3x zoom) and IMX754 (10x zoom). Additionally, even the aperture is unchanged from the Galaxy S22 Ultra. It appears that Samsung’s upgraded algorithms and the new ISP in the Snapdragon 8 Gen 2 are what contribute the most to this zoom enhancement.

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