Samsung Galaxy S25 FE

Introduction and launch context

The Samsung Galaxy S25 FE is a smartphone developed by Samsung, one of the leading electronic device manufacturers globally. This device is positioned within the company's 2025 product strategy, aiming to expand its presence in the upper-mid-range segment with a proposal that combines the distinctive features of the Galaxy S series with increased accessibility.

The official launch date for the device was set for September 24, 2025. This release schedule allows Samsung to introduce the model to the European market and other key territories during the last quarter of the year, a strategic period for mobile device renewals ahead of the year-end holidays.

Design, Dimensions, and Durability

The Samsung Galaxy S25 FE features a classic bar form factor, defined by its slim profile and straight lines. Its physical dimensions are 161.3 mm in height, 76.6 mm in width, and 7.4 mm in thickness, providing a compact size that is easy to handle with one hand. The total weight of the device is 190 grams, a figure that contributes to comfort during prolonged use.

Regarding surface protection, the front is covered by Gorilla Glass Victus Plus, a material designed to offer superior resistance to scratches and everyday impacts. One of the distinctive aesthetic features is the floating camera design, which integrates the photographic sensors prominently on the back of the chassis.

The device carries an IP68 resistance certification. This technical classification guarantees that the equipment is resistant to both dust and water. Specifically, the certification allows for immersion in fresh water up to a depth of 1.5 meters for a maximum of 30 minutes without sustaining internal damage.

Display and visual quality

The Samsung Galaxy S25 FE features a 6.7-inch Dynamic AMOLED 2X panel. This display technology is characterized by pure blacks and high color depth, which are key elements for the device's visual experience.

Regarding resolution, the screen reaches 1080 x 2340 pixels, a definition classified as FHD+. This configuration provides a pixel density of 385 ppi (pixels per inch), ensuring adequate sharpness for viewing multimedia content and text on the selected screen size.

Image fluidity is supported by a maximum refresh rate of 120 Hz. The system allows this refresh rate to be adjusted dynamically, dropping to a minimum of 1 Hz when the screen displays static content, a feature aimed at optimizing power consumption.

The screen format follows an aspect ratio of 19.5:9, a proportion that favors immersion in video playback and vertical navigation through applications, maximizing the useful viewing area within the terminal's form factor.

Hardware Platform and Memory

The Samsung Galaxy S25 FE is built around the Samsung Exynos 2400 chipset, which serves as the central processing unit of the device. This component is responsible for managing computational operations, executing the operating system, and coordinating the integrated advanced processing functions within the terminal.

Regarding working memory, the device incorporates 8 GB of RAM. This volatile memory configuration is designed to facilitate multitasking, enabling rapid data loading and the simultaneous management of processes to maintain smooth performance during daily use and when running demanding applications.

The device's internal storage is 256 GB. This space is intended for installing the operating system, applications, and storing user multimedia files and documents. It is important to note that the hardware design does not include a memory card slot, meaning that storage capacity is not expandable via external physical media and is limited to the factory-installed internal capacity.

Operating system and software features

The Samsung Galaxy S25 FE ships with Android 16 as its base operating system. This version of Google's operating system provides the fundamental structure for application management, security, and user interaction with the device.

Among the notable software features is the integration of Galaxy advanced processing. This capability allows the device to offer advanced processing tools designed to enhance productivity and interaction with multimedia content, forming part of the user experience provided by Samsung.

The user interface incorporates specific elements for managing information and energy. It features the Now Bar, a notification and quick-access bar, along with the ability to use customizable widgets on the home screen. Additionally, the system manages fast charging functions, optimizing recharging processes for the user.

Camera System and Photography

The Samsung Galaxy S25 FE features a primary rear camera system with a resolution of 50 MP. This sensor is complemented by a telephoto lens offering 3x optical zoom, allowing for closer shots without significant loss of detail. It is important to note that the device does not include a periscope telephoto lens, which limits the optical zoom range to the standard 3x focal length.

Regarding optics, the rear camera system features variable apertures of f/1.8, f/2.2, and f/2.4, tailored to the different sensors in the array. The field of view for the main sensor is 84°, providing a balanced perspective for general photography.

The front camera is designed for selfies and video calls, with a resolution of 12 MP. In terms of image processing, the device integrates the ProVisual Engine, a Samsung technology aimed at enhancing capture quality through scene analysis. Among the advanced features available are RAW mode for post-editing, Night Mode for low-light captures, Panorama recording, HDR support, and the use of an LED Flash.

Video Recording and Stabilization

The Samsung Galaxy S25 FE offers a wide range of video recording options, allowing users to select from various resolutions and frame rates depending on the camera used. For the rear camera module, the device supports 8K (7680 x 4320 pixels) capture at 24 or 30 frames per second. For 4K (2160p) recordings, modes are available at 30, 60, and 120 fps, while Full HD (1080p) resolution allows recording at 30, 60, 120, and up to 240 fps, facilitating the creation of high-quality slow-motion videos.

The front camera also features robust recording capabilities, supporting 4K resolution at 30 and 60 fps, as well as 1080p at 30 and 60 fps. These specifications ensure consistent image quality for both landscape and dynamic scene recordings, as well as for video calls or personal content.

Regarding stabilization, the system incorporates Electronic Image Stabilization (EIS) to reduce shake and improve video smoothness during movement. Additionally, the device is compatible with the HDR10+ format, which allows for capturing a greater dynamic range and details in high-light and shadow areas, enhancing color fidelity and contrast in recordings.

Battery, autonomy, and charging

The Samsung Galaxy S25 FE features a lithium battery with a nominal capacity of 4900 mAh. This component is non-removable, ensuring a compact structural integration within the device chassis. In terms of energy efficiency, the device is classified in category B, a metric that reflects its performance in energy consumption during the operational lifecycle.

Wired charging speed

The wired charging system supports a maximum power output of 45 W, enabling fast recharging that minimizes user downtime. Charging metrics indicate that the device reaches 37% of its total capacity in just 15 minutes and 67% in 30 minutes. The estimated time to complete charging from 0% to 50% is 21 minutes, while a full charge, from 0% to 100%, requires approximately 70 minutes.

Wireless charging and additional features

In addition to wired charging, the device is compatible with Qi2 wireless charging technology, allowing recharging via certified charging surfaces without the need for cables. It also includes the Wireless PowerShare feature, which enables reverse wireless charging, allowing users to transfer energy to other compatible devices, such as earbuds or smartwatches, directly from the phone's battery.

Autonomy and consumption

Regarding autonomy, energy consumption tests show a battery drain of only 3% after one hour of video playback. This figure suggests efficient energy management during multimedia consumption tasks, optimizing battery life for daily use.

Connectivity and Communications

The Samsung Galaxy S25 FE features a connectivity suite designed to ensure compatibility with current and future mobile networks. In terms of cellular communications, the device supports GSM, HSPA, LTE, and 5G technologies. It is important to note that while the phone is capable of connecting to 5G networks, it does not include support for 5G millimeter wave (mmWave), limiting its operation to the sub-6 GHz bands common in most global markets.

In the realm of short-range wireless connectivity, the phone is equipped with Wi-Fi 6, which enables faster data transfers and greater stability in environments with high device density. However, it does not incorporate Wi-Fi 7 technology, which offers additional improvements in latency and energy efficiency found in the latest generations of this standard.

For peripheral connections, the device integrates Bluetooth 5.4, a version that improves energy efficiency and connection stability. Among its specific features, it supports Low Energy (LE) for battery savings in IoT devices, A2DP for high-quality audio transmission, and Auracast, a function that allows audio streaming to multiple earbuds simultaneously. Additionally, it includes an NFC (Near Field Communication) module that facilitates mobile payments, quick device pairing, and other proximity interactions.

Regarding navigation, the device supports GPS, allowing for precise geolocation via satellites. On the other hand, the device does not include an integrated FM radio, a feature that has been disappearing from modern smartphones in favor of audio streaming solutions.

Performance and stress tests

The performance of the Samsung Galaxy S25 FE has been evaluated using standard stress tests to determine its processing capacity and graphical power. In general performance tests, the device achieves a score of 2151 in the Geekbench single-core test, indicating solid individual processing capability for everyday tasks and multitasking.

In the area of graphical performance, 3DMark Wild Life tests yield a score of 4135. This result reflects the system's ability to manage graphics-intensive workloads while maintaining stability during prolonged sessions of demanding use.

Specific GFXBench tests provide a detailed view of fluidity in gaming and rendering scenarios. In the Aztec Ruins test, the device reaches a frame rate of 90 fps, while in the Car Chase test it records a rate of 97 fps. These figures demonstrate consistent rendering capability that allows high refresh rates to be maintained even in scenes with high visual complexity.

In addition to numerical metrics, the device's hardware supports the Real-time ray tracing feature. This characteristic allows for the real-time simulation of light interaction with objects in the virtual environment, enhancing visual fidelity and immersion in compatible applications.

Neutral Technical Assessment

The technical configuration of the Samsung Galaxy S25 FE is structured around a balance between processing power, physical durability, and visual capabilities. From an engineering perspective, the device integrates the Exynos 2400 processor, a proprietary Samsung platform that defines the system's computational performance and energy efficiency. This component acts as the core of the user experience, managing background tasks and application execution with an architecture optimized for the brand's mobile ecosystem.

In terms of visualization, the 6.7" FHD+ Dynamic AMOLED 2X panel with a resolution of 1080 x 2340 pixels and a refresh rate of 120Hz offers a pixel density suitable for most multimedia and productivity applications. The Dynamic AMOLED 2X technology ensures high contrast and accurate color reproduction, while the variable refresh rate contributes to fluidity in the user interface and video playback, reducing visual fatigue during extended sessions.

The device's battery life is supported by a 4900 mAh battery. This energy capacity is dimensioned to sustain the power consumption of the Exynos 2400 processor and the high-frequency display, providing a solid foundation for daily use without the need for constant recharging. Energy management is a critical factor in this design, where the chipset's efficiency and the lithium-ion cell's capacity work together to maximize the lifespan between charges.

The chassis's robustness is certified by the IP68 rating, indicating complete dust resistance and the ability to be submerged in water under specific depth and duration conditions. This protection is relevant for the longevity of the internal hardware, especially in environments where exposure to external agents is likely. The integration of these resistance features does not compromise the functionality of the ports or sensors, maintaining the structural integrity of the device.

Finally, the main photographic system, led by a 50 MP sensor, represents one of the device's technical strengths. The sensor's high resolution allows for capturing a large amount of detail, which translates into greater flexibility in post-processing images, such as cropping or applying enhancement algorithms. This optical and digital configuration is designed to offer consistent results in various lighting conditions, relying on the processor's computational power to perform real-time image processing.