Recent information indicates that Samsung has decided not to equip the Galaxy S27 Ultra, scheduled for 2027, with the new 200-megapixel camera sensor from the Sony. The news, released by informant Ice Universe, known for his accuracy in brand leaks, points out that the decision is linked to the company’s strategy of containing the device’s production costs.
As a result, the smartphone will maintain the ISOCELL HP2 sensor, a component used by the Samsung since the launch of the Galaxy S23 Ultra. The measure frustrates market expectations, which were awaiting the adoption of the recently launched Sony LYT-901, a high-resolution sensor designed specifically for high-end devices.
The choice of Samsung reflects a change in focus, prioritizing improvements via software and artificial intelligence over hardware updates. Especialistas from the sector assess that the high cost of the Sony sensor would significantly pressure the profit margins of the Ultra line, leading the company to opt for a more conservative approach.
Samsung’s conservative hardware strategy
The Samsung approach is based on extensive internal testing that validates the ISOCELL HP2 sensor’s ability to meet user demands, including night photography and enhanced digital zoom. The company’s engineers have focused on adjusting the image processing algorithms to compensate for any physical limitations of the component, which has a size of 1/1.3 inch.
This decision also mitigates supply chain risks often seen when transitioning to new hardware components. The limited initial availability of new sensors, such as that of the Sony, could lead to delays in the production schedule of the S27 Ultra, a scenario that the South Korean giant seeks to avoid to ensure the stability of its annual launches.
Advances in Sony’s LYT-901 sensor
Sony officially presented the LYT-901 at an event held in Tóquio at the end of 2025, consolidating its entry into the 200 MP sensor segment for smartphones. The component stands out for its size of 1/1.12 inch and 0.7 micrometer pixels, which allows you to apply a 4x zoom directly to the sensor without noticeable loss of quality.
The new sensor incorporates advanced technologies such as Hybrid Frame-HDR and Dual Conversion Gain, which expand dynamic range by more than 100 dB. Essa feature is ideal for capturing scenes with high contrast, such as landscapes with areas of shadow and bright sunlight, as well as allowing you to record 4K videos at 120 frames per second with low noise.
Chinese manufacturers, including OPPO and Vivo, have already confirmed testing the LYT-901 for their upcoming launches. Sony plans to begin mass production of the component in the first quarter of 2026, with a goal of manufacturing 20 million units annually to meet growing demand in the flagship market.
Competition intensifies with OmniVision OVB0D
In direct response to the launch of the Sony, OmniVision introduced the OVB0D sensor, a 200 MP component with a slightly larger size of 1/1.1 inch. Este sensor stands out for incorporating technologies such as second generation DCG and LOFIC for HDR multiframes, achieving a full well capacity of 400 ke-, which improves light capture.
Developed with a 22nm manufacturing process, the OVB0D was designed with a focus on energy efficiency, consuming approximately 15% less energy than similar sensors when recording videos. Sua architecture optimizes data flow to mobile processors, facilitating high-resolution image processing.
Brands such as Xiaomi and Honor are already integrating the OVB0D into their prototypes, with special attention to its application in periscopic zoom systems of up to 10x. The commercial launch of the sensor is scheduled for February 2026, in line with the renewal cycle of the main smartphones in the Asian market.
Preliminary laboratory tests indicate that the OVB0D offers superior performance in low light conditions, with up to 20% higher signal-to-noise ratio compared to its direct competitors. Essa Technological developments put pressure on the entire global supply chain, forcing manufacturers to adapt quickly.
Implications for the mobile camera ecosystem
The premium image sensor market recorded 12% growth in 2025, driven by strong consumer demand for ultra-high resolution cameras. Nesse scenario, Samsung has invested in internal partnerships to customize the HP2 sensor, adding features such as anti-reflective layers that, according to the company, improve image sharpness by up to 8%. Apesar In addition, Asian rivals already hold 65% of sales of high-end smartphones with cameras above 100 MP, indicating fierce competition. The Samsung strategy seeks to balance innovation with maintaining competitive prices, keeping the Ultra line in the US$1,200 range.
To compensate for the absence of new hardware, the company plans major software updates. The One UI 9, expected in 2027, is expected to introduce improved night modes based on machine learning and new editing features. Esses software adjustments are crucial to maintaining the device’s competitiveness, preserving its leadership in aspects such as usability and image consistency. Desenvolvedores third-party apps, like Adobe Lightroom, are also adapting their tools to make the most of the 200 MP sensors, expanding post-production possibilities directly on the phone.
Trends in computational photography
Computational photography has become the main battleground in the smartphone industry, and Samsung is betting heavily on this area to maximize the potential of the ISOCELL HP2 sensor. The multi-frame fusion technique, for example, allows the software to combine up to 16 pixels into a single “superpixel”, generating final 12.5 MP images with a 12-bit color depth and improved light capture. Empresas in the industry invests around $2 billion annually in AI research and development for cameras, focusing on areas such as real-time object detection and semantic segmentation to optimize the processing of each part of the image. The Galaxy S27 Inovações and “all-pixel” autofocus, which guarantees sharpness in 95% of dynamic scenes, have already become an industry standard since 2024 and will continue to be refined.
Preparations for the launch of S27 Ultra
Mass production of the Galaxy S27 Ultra is scheduled to begin in Q3 2026, with firmware beta testing beginning in January 2027.
