Future Galaxy S27 Ultra will have Polar ID biometrics and the return of the powerful Exynos 2700 chip

Samsung is already developing the innovations that should equip the Galaxy S27 line, scheduled for launch in early 2027. Informações from industry sources point out that the Ultra model, the most advanced in the series, will bring a new facial recognition system called Polar ID, which promises a level of security comparable to the Face ID of the Apple. The technology, created in collaboration with the company Metalenz, uses the polarization of light to create a unique facial map that is practically impossible to defraud.

In addition to the new biometrics, another significant rumor involves the device’s processor. The South Korean manufacturer is evaluating the reintroduction of its proprietary chip, the Exynos, in high-end versions. The candidate to equip some variants of the Galaxy S27 Ultra is the Exynos 2700, a processor that is being developed with advanced 2-nanometer lithography, promising leaps in performance and energy efficiency.

These changes represent a new strategy by Samsung to differentiate its devices in the competitive premium smartphone market. The combination of a robust biometric security system with a self-made processor reinforces the brand’s ecosystem and seeks to offer a more integrated and optimized user experience for consumers.

Polar ID facial recognition technology

The Polar ID system represents a considerable evolution in biometric authentication for Android devices. Diferente than conventional methods that rely on RGB cameras and infrared sensors, this technology works by capturing the complete polarization of light that is reflected by the skin of the human face. Esse process generates a unique biometric signature, which cannot be replicated by photographs, videos or 3D masks, offering an extra layer of protection against unauthorized access attempts. The solution is being tested on preliminary firmware of the S27 Ultra, operating in conjunction with the already known ultrasonic fingerprint reader under the screen.

The Polar ID implementation is designed to be compact and efficient, integrating directly into the front camera module without the need for additional components that could compromise the device’s design. Initial Testes indicate that unlocking occurs in approximately 180 milliseconds, a speed competitive with current solutions. The technology is already compatible with Qualcomm platforms, which facilitates its large-scale adaptation and resolves an old limitation of facial unlocking on Samsung cell phones, making it more reliable for financial transactions and access to sensitive data.

The return of the Exynos to high-end models

After a period of exclusively using Snapdragon chips in its Ultra models to guarantee uniform performance globally, the Samsung signals a change of route. Advances in its own semiconductor foundry have encouraged the company to reconsider the use of the Exynos 2700 in the Galaxy S27 Ultra, at least in select markets.

This strategy allows Samsung greater control over hardware and software optimization, in addition to reducing dependence on external suppliers. The final decision, however, will depend on the performance and acceptance results of the Exynos 2600, which should equip the Galaxy S26 line.

The reintroduction of the Exynos in a flagship model is seen as an audacious move. The company seeks to prove that its processors can compete directly with the most advanced solutions on the market, offering a premium experience without compromise.

The success of this venture could redefine Samsung’s processor portfolio and strengthen its position as one of the few smartphone manufacturers that develop their own high-performance chipsets.

Technical specifications of the Exynos 2700

The Exynos 2700 is being developed with the second-generation 2-nanometer SF2P manufacturing process, a technology that promises up to a 12% increase in energy efficiency compared to previous generations. The first leaked benchmarks of the chip are promising, indicating scores approaching 4,800 in single-core and 15,000 in multi-core in the Geekbench 6 test. To achieve this performance, the processor will feature a very high-performance main core with a clock speed of up to 4.2 GHz, as well as support for the latest LPDDR6 memory and UFS 5.0 storage technologies. On the graphics side, the chip will come equipped with an improved Xclipse GPU, designed to handle intense gaming and rendering tasks. Thermal control, a critical point in powerful processors, will be managed by Heat Path Block technology, which optimizes heat dissipation and allows sustained performance for longer.

Innovations in the camera suite

The Galaxy S27 Ultra’s photographic system should also receive important improvements. Rumores from reliable sources suggest that the main sensor will be upgraded to the ISOCELL HP6, a new 200-megapixel version with a physical size of 1/1.3 inch, capable of capturing more light and details.

The ultrawide camera is another that will receive new hardware, with a focus on improving image quality in low-light environments and reducing distortions at the edges. The front camera will follow the same trend, seeking to offer clearer selfies with greater color fidelity.

There is also speculation about the possible return of variable aperture in some of the rear lenses. Essa functionality allows the camera to mechanically adjust the aperture between values ​​such as f/1.7 and f/2.4, automatically adapting to lighting conditions to optimize exposure and depth of field in each photo.

Image processing and software improvements

Along with new hardware, Samsung is focusing efforts on refining its image processing algorithms. The goal is to deliver a more natural result, with optimizations focused on reducing unwanted reflections and achieving a more accurate color balance in different scenarios.

Night shots should directly benefit from these improvements, with more effective noise reduction and greater detail retention in shadow areas. Portrait mode will also be improved, with a more precise separation between the main subject and the blurred background.

Market strategy for launch

With these innovations, the Galaxy S27 Ultra positions itself as a direct response from Samsung to the intense competition in the premium segment. The company seeks to meet growing consumer demands for devices that combine robust security, cutting-edge performance and a versatile, high-quality camera system to remain at the forefront of the global market.

Schedule and global availability

The Samsung is expected to maintain its traditional launch schedule, with the official presentation of the Galaxy S27 line scheduled for January or February 2027. The Ultra model, as usual, will be the flagship of the series, attracting most of the attention and sales.

To meet different consumer profiles, the device will be offered in multiple storage and RAM variants. Global logistics are already being planned to ensure immediate availability in key markets shortly after the announcement, with pre-sales campaigns expected to include exclusive benefits and accessories.