Galaxy S26 Ultra leaks reveal powerful chip, improved cameras and 60W recharge

New information about the future Samsung Galaxy S26 Ultra begins to emerge on the technology market, indicating a substantial evolution compared to its predecessors. Detalhes shared by specialized sources, such as leaker Anthony, point to significant improvements in crucial areas such as processing, memory capacity, loading speed and camera set, promising to redefine the premium smartphone segment.

The launch of the device is expected for the first quarter of 2026, following Samsung’s traditional schedule for its main line. Expectations center on a device that not only refines the successful formula of the Ultra series, but also introduces cutting-edge technologies to optimize the user experience, from performance in heavy tasks to photographic quality in adverse lighting conditions.

Among the most anticipated updates are the adoption of a next-generation chipset, an increase in globally available RAM memory and a faster recharging system. Além In addition, the screen should receive a panel with improved technology and an innovative privacy feature, consolidating the S26 Ultra as one of the most complete and secure options on the market.

A new level of processing

The heart of the Galaxy S26 Ultra will be the Snapdragon 8 Elite Gen 5 chipset, a platform that promises to deliver a notable leap in performance and energy efficiency. The Este processor will succeed the version used in the S25 Ultra, bringing important optimizations to its architecture to deal with the growing demands of applications, games and artificial intelligence.

Preliminary tests and leaked data suggest that the new chip’s main cores can reach frequencies of up to 4.61 GHz, an impressive number that translates into greater execution speed and response. The eight-core structure will be maintained, but with improvements focused on optimizing the processing of complex tasks, such as editing high-resolution videos and rendering graphics in games.

Unlike other models in the line, the Samsung must adopt the Snapdragon 8 Elite Gen 5 in all S26 Ultra units sold globally. Essa strategy ensures that all users of the high-end model have access to the same level of performance, regardless of region, eliminating the variations that sometimes occur with the use of Exynos processors in specific markets.

The focus on unified and more powerful hardware reinforces the device’s positioning as a high productivity and entertainment tool. Increased processing power will be critical to support the new camera features and software functionalities expected to be introduced with the new One UI.

Expanded memory and storage

Following the advancement in the processor, the Galaxy S26 Ultra will also receive a significant upgrade in its memory configuration. The top-of-the-line version will now offer 16 GB of RAM on the global market, an increase from the 12 GB that limited many variants of the S25 Ultra. Essa expansion will allow for an even more fluid multitasking experience, with more applications running in the background without compromising performance.

In addition to the increase in capacity, memory speed will also be improved using next-generation LPDDR technology, which is expected to achieve transfer rates of 10.7Gbit/s. Esse speed gain is crucial to feeding the processor with data faster, resulting in faster application launch and better overall system performance. Internal storage options should continue to be varied, reaching up to 1 TB to serve users who need large space for photos, videos and files.

Advances in charging technology

One of the biggest points of evolution in the Galaxy S26 Ultra will be its battery and charging system. Embora the battery capacity must be maintained at 5000 mAh, the efficiency of the new chipset and software optimizations promise superior autonomy. The big highlight, however, is the reload speed. Wired charging will jump from 45W to 60W, considerably reducing the time needed for a full charge. Wireless charging has also been improved, reaching 25 W and incorporating support for the new Qi2 standard. Essa technology introduces a magnetic alignment system, similar to the Apple’s MagSafe, which ensures a perfect fit on the charging base, optimizing efficiency and preventing energy losses. Esses advances represent a practical improvement in everyday life, offering more convenience and flexibility to users.

Screen innovations and visual security

The S26 Ultra screen will use the new M14 panel technology, a direct evolution of the M13 present in the previous generation. Essa update promises even higher brightness levels, greater energy efficiency and more accurate colors, enhancing the content viewing experience in any environment. The 6.9-inch size and QHD+ resolution must be maintained, as well as the dynamic refresh rate of up to 120 Hz.

The main novelty in this regard is the implementation of a privacy mode integrated directly into the panel’s hardware. Essa functionality will limit the viewing angle of the screen, preventing people around you from being able to read the displayed content. The feature can be activated manually or automatically when opening sensitive applications, such as banking applications, adding an extra layer of security.

These improvements are aimed not only at image quality, but also at protecting user information. Combining a superior dashboard with a robust privacy tool meets a growing demand for security on mobile devices.

Improved photography with new lenses

The camera set of the Galaxy S26 Ultra will receive specific improvements, but with great impact. The main camera will have its aperture expanded to f/1.4, a significant improvement over the f/1.7 aperture of the previous model. Essa change will allow the sensor to capture more light, resulting in night photos with more detail, less noise and greater sharpness.

The telephoto sensor with 3x optical zoom will also be updated, going from 10 MP to 12 MP, which should guarantee images with greater resolution and clarity when approaching. The camera system will continue to offer great versatility, with multiple capture modes that allow the user to choose between resolutions of 12, 24, 50 and 200 megapixels, adapting to different scenarios and needs.

Design and ergonomic adjustments

In terms of design, the S26 Ultra should feature more rounded corners compared to the S25 Ultra. Essa subtle change aims to improve ergonomics and comfort when handling the device, making it more pleasant to hold for long periods. The chassis will continue to be made of titanium, ensuring durability and a premium finish, while the S Pen pen will remain integrated into the body of the device, maintaining one of its most iconic features.