# What are the improvements in Samsung smartphone camera quality over time?

itraveledthere.io · August 4, 2026

> The Samsung Galaxy S23 Ultra's main camera features a massive 200MP sensor, a significant jump from the 108MP sensor used in the S22 Ultra. Samsung's...

The Samsung Galaxy S23 Ultra's main camera features a massive 200MP sensor, a significant jump from the 108MP sensor used in the S22 Ultra.

Samsung's new Adaptive Pixel technology in the S23 series combines 16 adjacent pixels into one larger 2.4μm pixel, allowing for better low-light performance.

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The S23 Ultra's telephoto camera has been upgraded from 10MP to 50MP, offering improved zooming capabilities and better image quality.

Samsung's AI-powered image processing has become increasingly sophisticated, with features like enhanced HDR, night mode, and portrait mode that rival professional-grade cameras.

The Galaxy Z Fold 4's camera system, while not quite at the level of the S23 Ultra, represents a significant improvement over previous generations of Samsung's foldable devices.

Samsung's use of advanced sensors, such as the larger 1/1.3-inch type sensor in the S23 Ultra, allows for better light gathering and dynamic range compared to smaller sensors.

The addition of optical image stabilization (OIS) in Samsung's flagship cameras has greatly improved the sharpness and clarity of handheld photos, especially in low-light conditions.

Samsung's multi-frame processing technology, which combines multiple exposures into a single image, has dramatically enhanced the quality of high-contrast scenes and reduced noise.

The introduction of advanced computational photography techniques, like Super Resolution Zoom and Space Zoom, has enabled Samsung's smartphones to achieve impressive levels of digital zoom without sacrificing image quality.

Samsung's partnership with camera sensor manufacturers like Sony has allowed it to incorporate industry-leading components into its smartphone cameras, further driving image quality improvements.

The use of larger apertures, such as the f/1.8 aperture on the S23 Ultra's main camera, has resulted in better bokeh effects and shallower depth of field for portrait-style shots.

Samsung's investment in improving the consistency of color accuracy and white balance across its various camera lenses has led to more natural-looking and cohesive images.

The integration of advanced autofocus technologies, including dual-pixel PDAF and laser autofocus, has enhanced the speed and precision of the camera's focusing capabilities.

Samsung's inclusion of advanced video recording features, such as 8K video capture and Pro Video mode, has made its smartphones increasingly viable options for content creators and videographers.

The use of larger image sensors, coupled with the company's advancements in pixel-binning technology, has enabled Samsung's smartphones to capture more light and produce better low-light images.

Samsung's continued refinement of its camera software, with features like enhanced AI-powered scene recognition and optimization, has helped to deliver more consistent and pleasing results across a variety of shooting scenarios.

The introduction of multi-camera systems, with dedicated telephoto, wide-angle, and macro lenses, has provided Samsung smartphone users with greater creative flexibility and photographic capabilities.

Samsung's commitment to improving the durability and water resistance of its smartphone cameras has made its devices more reliable and suitable for use in challenging outdoor environments.

The company's investment in advanced image stabilization technologies, including both optical and electronic image stabilization, has resulted in sharper and more stable video recordings.

Samsung's ongoing collaboration with professional photographers and imaging experts has helped to inform the development of its smartphone camera technologies, ensuring that they cater to the needs of enthusiast and professional users.

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