The Samsung prepares the Galaxy S26 series for launch in early 2026, with the expectation of integrating magnets for 25W Qi2 wireless charging, a strategic move that promises to transform the user experience. Este advancement represents a significant leap in power technology for mobile devices, aligning the South Korean brand with the latest market standards and expanding the potential of its accessory ecosystem. The initiative aims to not only increase recharge speeds, but also offer greater convenience and new interaction possibilities for users, consolidating Samsung’s position in the premium segment.
A recent leak revealed the development of a new 25W magnetic charger, model EP-P2900, specifically designed to be compatible with future smartphones. Anteriormente, Samsung relied on external covers for magnetic alignment, which limited power to 15W and did not provide ideal fixation.
The decision to incorporate magnets natively positions the Samsung in a scenario of growing competition, especially with the Google, which already offers similar support in its Pixel 10 devices.
Qi2 adoption and advancements in wireless charging
The incorporation of magnets directly into the Galaxy S26 devices marks a crucial evolution in the Samsung wireless charging strategy. Antes, the company offered partial solutions that required “Qi2 Ready” covers, limiting power to 15W and without the ideal magnetic alignment for load optimization.
This transition adapts the Samsung to the Qi2.2 standard, which almost three years ago established magnetic rings as essential for maximum performance and efficiency. The adoption of native magnets represents a significant advance, eliminating the dependence on external accessories for the technology to fully function and providing a more fluid experience.
EP-P2900 charger: details and features
The new EP-P2900 charger arrives to fill this gap, allowing 25W power to be reached with just the magnetism built into the S26 series devices. Ele is Samsung’s first official 25W Qi2 charger, developed specifically for the smartphone lineup launching in 2026.
Data obtained by dealers indicates a compact design, in dark gray color, with a special focus on a cooling system optimized for long charging sessions. Sua round construction, with internal rings, guarantees precise fixation and maximum energy transfer, minimizing losses and heating.
The accessory should be presented during the Galaxy Unpacked event, traditionally held in February, scheduled for 2026 in San Francisco. The 25W power represents a significant advance compared to the previous 15W, optimizing recharge time for the higher capacity batteries of the new models.
Preparations for the magnetic ecosystem
The inclusion of magnets in the Galaxy S26 series opens up a wide range of possibilities for creating and using accessories, such as vehicle mounts, portable power banks and magnetic wallets. Essa expansion follows a market trend already observed on other platforms, adapting the convenience of the Qi2 standard to the Android universe. Samsung is already showing interest in establishing partnerships with third-party manufacturers to develop a diverse range of compatible items, aiming to consolidate a robust and integrated ecosystem for its users in the near future.
Internal initiatives at Samsung, including the development of processors such as the Exynos 2600, are being optimized to efficiently manage power consumption during fast loads. The focus on thermal efficiency is crucial to ensure that the integration of magnets does not compromise the heat dissipation of the devices, maintaining safety and performance. Desenvolvedores of applications also see the potential for new integrations, especially in areas such as augmented reality, where precise device fixation can enhance the user experience across applications.
Impact on the design of the Galaxy S26
Prototypes of the Galaxy S26 already indicate a slight change in the thickness of the devices to accommodate the internal magnets. The Plus model, for example, can measure around 7.35mm, a decision that reflects the prioritization of functionality over an ultra-thin design, based on market research that points to convenience as a decisive factor. Para o Galaxy S26 Ultra, the expectation is that the thickness will remain around 8mm, seeking a balance between the expanded battery capacity and the new magnetic functionality. Cores new features, such as a metallic orange, have been suggested in leaked sketches, pointing to more vibrant visual options in 2026. Além Furthermore, the launch of the S26 series, scheduled for January 2026, may be accompanied by updates to the operating system Vazamentos also point to improved OLED screens, with dynamic HDR support, which optimize viewing during charging sessions, ensuring a superior visual experience.
Loading speeds and expanded compatibility
Experts predict the Galaxy S26 Ultra to reach 25W wirelessly, while the base and Plus models are at 20W. Essa strategic differentiation aims to optimize performance in each segment of the line, meeting the specific demands of each type of user.
Compatibility of the new charging technology will extend to a wider range of Galaxy devices, including the Galaxy Z series and Galaxy Buds headphones. Essa universalization of the Qi2 standard aims to strengthen the brand’s ecosystem, offering convenience across multiple products.
The design of the EP-P2900 charger, in dark gray and round shape, strictly follows the Qi2.2 standard, ensuring not only the best charging efficiency, but also an intuitive and safe usage experience for the consumer. The form and functionality were designed to enhance daily interaction.
Samsung has conducted rigorous tests, evaluating thickness variations in the S26 prototypes to accommodate the magnets without compromising the slim design and ergonomics of the devices, seeking an ideal balance between innovation and comfort.
Competition and market strategies
The Google set a precedent with the integration of native magnets into its Pixel 10 smartphones, offering 25W of wireless charging on the Pro XL model and 15W on the other variants. The Samsung, in turn, adopts a strategy of differentiation by model, prioritizing 25W power for the Galaxy S26 Ultra, its top of the line.
Manufacturers like OnePlus are also exploring the Qi2 standard, but without a definitive commitment for 2026, which gives Samsung a competitive advantage with its already consolidated ecosystem. Extended compatibility for devices such as the Galaxy Z series and Galaxy Buds headphones reinforces this leadership, driving innovation in the mobile device segment.
Sales projections for the S26 series
Industry analysts predict that the adoption of the Qi2 standard and magnetic integration could boost sales of the Galaxy S26 series by up to 15%, attracting not only loyal users of the brand, but also those considering migrating from competing platforms in search of new functionality.