Samsung Galaxy S25 VS Samsung Galaxy S25 FE

Both phones share the same IP68 waterproofing standard, meaning neither has an edge in water or dust protection — both can handle submersion in fresh water without issue. Neither offers a rugged build or a foldable form factor, so they sit in the same category of conventional, glass-slab smartphones.

Where the two diverge meaningfully is in physical footprint and feel in the hand. The Galaxy S25 is noticeably more compact at 146.9 × 70.5 mm and slimmer at 7.2 mm, while the S25 FE stretches to 161.3 × 76.6 mm with a 7.4 mm thickness. This translates to a volume difference of roughly 17 cm³ — the FE displaces about 23% more space. More practically, the S25 weighs 162 g versus the FE's 190 g, a 28 g gap that is genuinely perceptible during one-handed use or extended sessions.

The Galaxy S25 holds a clear design advantage for users who prioritize compactness, lighter weight, and one-handed ergonomics. The S25 FE's larger chassis may accommodate a bigger battery or display elsewhere in its spec sheet, but purely from a design and portability standpoint, the standard S25 is the more refined, pocketable option.

On the surface, these two displays share a lot of DNA — both are OLED/AMOLED panels running at 120Hz with a 240Hz touch sampling rate, the same 1080 × 2340 px resolution, HDR10+ support, and Always-On Display functionality. For everyday scrolling, video playback, and responsiveness, the experience will feel broadly similar.

The differences, however, are significant where it counts. The Galaxy S25's smaller 6.2″ screen packed with the same pixel count yields a sharper 416 ppi density versus the S25 FE's 385 ppi on its larger 6.7″ panel — a visible difference when reading fine text or viewing detailed images up close. Far more striking is the brightness gap: the S25 reaches a peak of 2600 nits compared to the FE's 1200 nits. In direct sunlight, this is not a marginal difference — it is the distinction between a screen that remains comfortably legible outdoors and one that struggles. The S25 also steps up to Gorilla Glass Victus 2, a newer generation than the standard Gorilla Glass Victus on the FE, offering modestly improved drop and scratch resistance.

The Galaxy S25 wins this category decisively. Its superior brightness makes it a much more practical screen in real-world lighting conditions, and the higher pixel density adds a layer of visual crispness the FE cannot match. The S25 FE offers a larger viewing area, which suits media consumption, but the S25 delivers a qualitatively better panel overall.

The chipset gap between these two phones is substantial. The Galaxy S25 runs on the Qualcomm Snapdragon 8 Elite, fabbed on a cutting-edge 3 nm process, while the S25 FE uses Samsung's own Exynos 2400 on a 4 nm node. That process difference matters: the smaller node generally delivers better power efficiency and thermal headroom. The benchmark numbers confirm the performance gulf — the S25 scores around 3,050,000 on AnTuTu versus roughly 2,147,521 for the FE, a ~42% lead. Geekbench 6 single-core results tell a similar story: 3175 versus 2198, which directly translates to snappier app launches, faster UI responsiveness, and smoother handling of compute-heavy tasks like photo processing or on-device AI.

Memory configuration adds another layer to the gap. The S25 pairs its chip with 12 GB of RAM at 5300 MHz and up to 512 GB of storage, versus the FE's 8 GB at 4200 MHz and 256 GB. More RAM means more apps stay resident in memory without reloading, and the faster RAM speed feeds the CPU and GPU data more quickly, complementing the Snapdragon's higher memory bandwidth of 85.1 GB/s versus the FE's 64 GB/s. On the GPU side, the S25's Adreno 830 clocked at 1200 MHz comfortably outpaces the FE's Xclipse 940 at 1009 MHz, making a meaningful difference in graphics-intensive gaming and GPU-accelerated workloads.

The Galaxy S25 wins this category by a wide margin. The only footnote worth acknowledging is the FE's lower 6W TDP versus the S25's 8.2W — the FE will run cooler under load and may sustain performance more evenly in prolonged sessions, but it starts from a significantly lower performance ceiling. For users who demand top-tier speed, the S25 is in a different class.

Across the camera system, these two phones are remarkably close in configuration — triple rear cameras, identical apertures across all three lenses (f/1.8, f/2.2, f/2.4), the same 50 MP main and 12 MP ultrawide sensors, a matching 12 MP front camera, and shared capabilities including OIS, phase-detection autofocus, RAW shooting, 4K/30fps video, and 3x optical zoom. For the vast majority of shooting scenarios, the two systems will produce comparable results.

The meaningful divergences lie in a handful of specifics. The S25's telephoto comes in at 10 MP versus the FE's 8 MP — a minor resolution advantage that could yield marginally more detail when cropping zoomed shots. More practically, the S25 benefits from a dual-LED flash compared to the FE's single LED, which typically produces more balanced, color-accurate flash illumination in low light. In return, the S25 FE gains laser autofocus, which can improve focus acquisition speed and accuracy in certain low-contrast or low-light scenes where phase-detection alone may hesitate. The S25 also supports HDR10 video recording, a feature absent on the FE — relevant for users who shoot video for HDR-compatible displays or professional workflows.

This is the closest category of the comparison so far, with each phone holding a specific edge. Still, the Galaxy S25 comes out slightly ahead overall: the dual-LED flash and HDR10 video recording are more broadly useful advantages than the FE's laser autofocus, which matters primarily in edge-case shooting conditions.

From a software feature standpoint, these two phones are virtually identical — both run Samsung's One UI on top of Android, sharing the full suite of privacy controls, multitasking tools, customization options, and productivity features. Split-screen, Picture-in-Picture, dynamic theming, on-device machine learning, and desktop mode (DeX) are all present on both devices. Neither receives direct OS updates, meaning both rely on Samsung's update pipeline rather than getting Android patches straight from Google.

The single differentiator in this category is the launch version of Android: the S25 ships with Android 15, while the S25 FE launches on Android 16. In practical terms, this means the FE arrives with a more recent foundation — any system-level improvements, security patches, or behavioral changes introduced in Android 16 are present out of the box, whereas the S25 would need an update to reach the same baseline. For a user buying today, the FE starts one step ahead in the OS version ladder.

The Galaxy S25 FE takes a narrow edge here solely due to its newer Android 16 base. It is the least decisive advantage across all categories reviewed — in day-to-day use, the feature parity is essentially total — but shipping on a more current OS version is an objective, if modest, point in the FE's favor.

Battery is one of the clearest wins for the S25 FE across this entire comparison. Its 4900 mAh cell is 22.5% larger than the S25's 4000 mAh — a gap substantial enough to translate into a meaningfully longer time between charges during typical daily use. Combined with its less power-hungry Exynos chip (as noted in the performance category), the FE is built around a fundamentally more endurance-oriented profile.

The charging story favors the FE just as decisively. Wired fast charging tops out at 45W on the FE versus only 25W on the S25, meaning the FE can replenish its larger battery considerably faster in absolute terms. Wireless charging follows the same pattern: 25W on the FE against 15W on the S25. Reverse wireless charging, used to top up accessories like earbuds or a smartwatch, is identical on both at 4.5W. Neither phone ships with a charger in the box, so that is a shared inconvenience rather than a differentiator.

The Galaxy S25 FE wins this category decisively — it holds more charge, refills faster over both wired and wireless connections, and does so despite having a larger screen to power. For users who prioritize all-day battery confidence or frequently rely on fast top-ups, the FE's advantage here is one of the most concrete and practical in the entire spec sheet.

Neither phone offers a 3.5mm headphone jack or a built-in radio, and both feature stereo speakers — so for casual listening out loud, the experience is equivalent. The meaningful split comes in wireless audio codec support and microphone count, where each phone holds a different advantage.

The Galaxy S25 supports both aptX and aptX Adaptive, while the S25 FE supports neither. For users with compatible Qualcomm-based wireless headphones or earbuds, aptX Adaptive delivers lower-latency, higher-fidelity Bluetooth audio with dynamic bitrate adjustment — a tangible upgrade over standard Bluetooth audio codecs. The FE's complete absence of aptX support means it cannot take advantage of this ecosystem at all, which is a real limitation for audiophiles or anyone invested in premium wireless audio gear. On the flip side, the S25 FE is equipped with 3 microphones compared to the S25's 2, which can improve noise cancellation during calls, voice recordings, and video capture by providing more spatial reference points for audio processing.

This category is a split, but the Galaxy S25 holds the broader advantage. aptX Adaptive support is a more impactful differentiator for a wider range of users than the extra microphone on the FE — superior wireless audio quality affects every listening session with compatible headphones, whereas the third microphone offers incremental gains primarily in call clarity and recording scenarios.

Shared across both phones is a solid baseline: 5G, Bluetooth 5.4, NFC, GPS with Galileo support, a barometer, and a full suite of motion sensors. For most everyday connectivity tasks, both phones are equally capable. The divergences, however, stack up consistently in one direction.

The Galaxy S25 pulls ahead in three meaningful areas. First, it supports Wi-Fi 7 (802.11be), the latest wireless standard offering significantly higher throughput and lower latency on compatible routers, while the FE tops out at Wi-Fi 6E. Second, the S25's USB port is USB 3.2 versus the FE's USB 2.0 — a generational gap that matters when transferring large files like 4K video or RAW photo bursts, where USB 3.2 can be many times faster. Third, the S25 accommodates 2 physical SIMs and 2 eSIMs simultaneously, compared to the FE's single SIM and single eSIM slot — a practical advantage for frequent travelers or users managing personal and work lines. The cellular speed gap (10,000 vs 9,640 Mbits/s download; 3,500 vs 2,550 Mbits/s upload) is also notable on the upload side, where the S25 holds a meaningful lead for tasks like cloud backups or live streaming.

The Galaxy S25 is the clear winner in this category. Wi-Fi 7 support future-proofs the device as compatible infrastructure becomes more widespread, the USB 3.2 port is a genuine workflow advantage for power users, and the dual-SIM/dual-eSIM flexibility adds real utility for anyone managing multiple lines. The FE matches the S25 on the fundamentals but trails on every point of differentiation.

This is the most straightforward category in the entire comparison: every spec is identical. Both phones have a video light, neither uses sapphire glass, neither has a curved or e-paper display. There is nothing to differentiate them here.

This category is a complete tie. No advantage exists for either product based on the provided data, and no purchasing decision should be influenced by this group.