For years, Galaxy phone fans have been begging Samsung for more significant improvements. Early rumors about the brand’s upcoming flagship handsets weren’t very encouraging. Now, a new report supports the rumors that Samsung is playing it safe—perhaps too safe—with the 200MP main camera hardware in its future flagships— like the Galaxy S27 Ultra —potentially giving rivals a competitive edge by using the old S23 Ultra sensor.
The latest bit of information comes from reliable tipster Ice Universe. According to the report , the upcoming Galaxy S27 Ultra, expected in 2027, may reuse the same 200-megapixel main sensor found in the Galaxy S23 Ultra, S24 Ultra, and S25 Ultra . This decision comes despite the fact that Samsung reportedly explored upgrading the S27 Ultra to a newer, larger sensor from Sony.
Samsung Galaxy S27 Ultra could reuse the Same 200MP camera sensor as S23 Ultra
The primary reason for sticking to the existing hardware seems to boil down to profitability. Using the same 1/1.3-inch sensor across multiple generations simplifies the supply chain and helps keep component costs low, protecting Samsung’s profit margins.
This conservative approach is particularly noteworthy because the competition is moving fast. Sony recently launched the LYT-901, its first high-end 200MP mobile sensor . This new hardware is a big step forward, boasting a larger 1/1.12-inch surface. The sensor also boasts of advanced AI remosaic and a sophisticated Hybrid Frame-HDR system.
Plus, the LYT-901 isn’t just a bigger sensor. It enables some unique features like 4x lossless zoom while capturing 4K video at 30 frames per second—a feature not available on current competing sensors.
Rival manufacturers, including Oppo and Vivo, are already rumored to adopt the LYT-901 in their 2026 “Ultra” tier devices. This means that by the time the Galaxy S27 Ultra launches, these competitors will have a physically superior piece of camera hardware to work with.
Software vs. hardware dilemma
Samsung has long relied on the power of its computational photography (software processing) to squeeze the maximum performance out of its existing sensor hardware. So far, this strategy has been financially successful.
However, a larger, more modern sensor like the Sony LYT-901 provides a better basis for image quality, especially in challenging lighting conditions. If Samsung continues to rely solely on software optimization while rivals upgrade the foundational hardware, the gap could become difficult to close. After all, the age of the hardware will set the limit of what can be improved.
The big question for Samsung fans remains: Can software magic alone continue to compensate for hardware consistency when the rest of the industry is taking a major leap forward? The decision to prioritize cost could ultimately test the limits of what computational photography can achieve against cutting-edge sensor technology.
