Samsung Galaxy S25 VS Vivo X200 FE

In terms of form factor, the Samsung Galaxy S25 is the more compact and lighter device by a meaningful margin. At 162 g and 7.2 mm thin, it noticeably undercuts the Vivo X200 FE's 186 g and 8 mm profile — a 24-gram difference that translates into real-world comfort during prolonged one-handed use. The smaller footprint (146.9 × 70.5 mm vs. 150.8 × 71.8 mm) and lower overall volume (74.57 cm³ vs. 86.62 cm³) reinforce the Galaxy S25 as the pocket-friendlier, more ergonomic option of the two.

Water protection tells a more nuanced story. The Galaxy S25 carries an IP68 rating, certified for sustained submersion in still water — hence the ″Waterproof″ designation. The X200 FE holds an IP69 rating, which certifies resistance to high-pressure, high-temperature water jets, earning it a ″Water resistant″ label. In practice, IP68 is the standard most users care about (pool, rain, accidental drops in water), while IP69 adds protection in industrial or cleaning scenarios that are largely irrelevant to everyday consumers. Neither phone has a rugged build, and neither is foldable, so both sit in the same mainstream slab category.

Overall, the Samsung Galaxy S25 has a clear design edge for the majority of users: it is lighter, slimmer, and more pocketable, while offering the more practically relevant waterproofing standard. The X200 FE's IP69 rating is technically impressive in specific contexts but does not offset its noticeably bulkier and heavier chassis for day-to-day handling.

Both phones share the same OLED/AMOLED panel technology and a 120Hz refresh rate, so the baseline viewing experience — smooth scrolling, deep blacks, vivid colors — is comparable. Where they diverge is sharpness: the Vivo X200 FE edges ahead with a 461 ppi pixel density at 1216 × 2640 resolution versus the Galaxy S25's 416 ppi at 1080 × 2340. That 45 ppi gap is perceptible at close range, particularly when reading small text or viewing fine detail, giving the X200 FE a slightly crisper image on its marginally larger 6.31″ screen.

However, the Samsung Galaxy S25 reclaims ground decisively on HDR support. It carries both HDR10 and HDR10+ certification — standards that enable streaming platforms like Netflix and Amazon Prime to deliver wider dynamic range, better highlight detail, and more accurate color on compatible content. The X200 FE supports neither, which means it will display the same HDR-mastered content at a lower quality tier regardless of how sharp its panel is. For users who stream a lot of video, this is a meaningful real-world limitation.

Glass protection also favors the Galaxy S25: Gorilla Glass Victus 2 is several generations newer than the X200 FE's Gorilla Glass 3, offering substantially better resistance to drops and scratches. Taken together, the X200 FE wins on raw pixel density, but the Galaxy S25 delivers a more well-rounded display package — superior HDR content compatibility and more durable glass make it the stronger choice for most users.

The chipset gap here is substantial. The Samsung Galaxy S25 runs on the Qualcomm Snapdragon 8 Elite, fabricated on a 3 nm process, while the Vivo X200 FE uses the MediaTek Dimensity 9300 Plus on a 4 nm node. That one-generation manufacturing difference matters: the smaller node delivers better power efficiency, meaning the S25 can sustain peak performance longer before thermal throttling kicks in. The benchmark numbers make the gap concrete — the Galaxy S25 scores roughly 3,050,000 on AnTuTu versus the X200 FE's 1,793,117, a lead of over 70%. Geekbench 6 tells the same story: 3,175 vs. 2,302 in single-core and 10,050 vs. 7,547 in multi-core. Single-core performance in particular drives everyday responsiveness — app launches, UI snappiness, typing lag — and the S25's lead there is decisive.

Memory bandwidth and CPU architecture reinforce the S25's advantage. At 85.1 GB/s versus 76.8 GB/s, the Galaxy S25 moves data to and from RAM faster, which benefits GPU-intensive tasks, computational photography, and AI workloads. The S25 also supports CPU multithreading while the X200 FE does not — a detail that becomes relevant under heavy parallel workloads like video encoding or running multiple demanding background processes. One area where the X200 FE partially compensates is its larger 18 MB L3 cache (versus the S25's 8 MB), which can reduce memory latency for cache-friendly workloads, though this is a narrow advantage in specific scenarios.

With identical 12 GB of RAM and 512 GB of storage on both devices, the day-to-day memory experience is equivalent — but the underlying silicon is not. The Samsung Galaxy S25 holds a commanding performance edge across the board, making it the clear winner in this category for users who prioritize processing speed, gaming, or future-proofing their device.

The rear camera systems take different philosophical approaches. The Galaxy S25 pairs a 50 MP main shooter with a 12 MP ultrawide and a 10 MP telephoto, while the X200 FE opts for a 50 MP ultrawide alongside its 50 MP main and an 8 MP telephoto. The X200 FE's higher-resolution ultrawide will capture noticeably more detail in wide-angle shots, but the S25 counters with a significantly wider minimum focal length — 13 mm versus 23 mm — meaning it can frame a much broader scene before even reaching its ultrawide lens. Both offer the same 3x optical zoom, so telephoto reach is equivalent. For video, the divide is stark: the S25 tops out at 4320p at 30 fps (8K), while the X200 FE maxes out at 2160p at 60 fps (4K). Shooters who want smoother motion will prefer the X200 FE's 4K/60, while those chasing maximum resolution ceiling will favor the S25.

On the feature front, the Galaxy S25 holds several meaningful advantages for enthusiast photographers. It supports RAW capture, giving users uncompressed image data for post-processing — the X200 FE lacks this entirely. The S25 also offers manual shutter speed control, a BSI sensor (which improves low-light sensitivity by capturing more light), and HDR10 video recording. The X200 FE responds with laser autofocus, which can be faster and more reliable in low-contrast scenes, and a slightly wider front aperture of f/2.0 versus the S25's f/2.2.

The selfie camera gap is the X200 FE's most striking individual advantage: its 50 MP front sensor dwarfs the S25's 12 MP unit, delivering far more detail and crop flexibility for self-portraits. Still, for overall camera versatility — RAW support, 8K video, a wider ultrawide field of view, and HDR10 recording — the Samsung Galaxy S25 edges out as the more capable system for users who treat their phone as a serious imaging tool.

Rarely does a spec group present such a level playing field. Both phones launch on Android 15 and share an essentially identical feature set across privacy controls, productivity tools, and customization options — clipboard warnings, location and camera/microphone privacy toggles, on-device machine learning, dynamic theming, split-screen multitasking, picture-in-picture, and offline voice recognition are all present on both devices. For the vast majority of software-driven buying decisions, these two phones are functionally equivalent out of the box.

The only differentiator the provided data surfaces is PC mode — the ability to connect the phone to a monitor and use it as a desktop-style computing environment. The Samsung Galaxy S25 supports this; the Vivo X200 FE does not. For users who travel light and want to occasionally replace a laptop with their phone, this is a genuine practical advantage. For everyone else, it is irrelevant.

Given how closely matched these two are across the full operating system spec set, this category is effectively a near-tie, with the Galaxy S25 claiming a narrow edge solely on the strength of its desktop/PC mode support. Neither phone receives direct OS updates, so long-term software support depends on each manufacturer's own update cadence rather than anything distinguishable from this data alone.

Battery capacity is where the Vivo X200 FE makes its most emphatic statement in this comparison. Its 6500 mAh cell dwarfs the Galaxy S25's 4000 mAh — a 62.5% larger reservoir that, all else being equal, translates directly into significantly more screen-on time between charges. For heavy users, commuters, or travelers without reliable access to a power outlet, that gap is hard to dismiss.

Charging speed swings just as decisively in the X200 FE's favor. At 90W, it charges more than three times as fast as the Galaxy S25's 25W — meaning even its much larger battery can be replenished in a fraction of the time. Adding further value, the X200 FE includes a charger in the box, while the Galaxy S25 does not, a cost and convenience factor that matters at the point of purchase. The Samsung counters with wireless charging, which the X200 FE lacks entirely — useful for overnight top-ups on a charging pad, but unlikely to offset the raw wired charging disadvantage for most users.

This category belongs decisively to the Vivo X200 FE. A larger battery, dramatically faster wired charging, and a bundled charger form a trio that is difficult to argue against — wireless charging on the Galaxy S25 is a genuine convenience, but it cannot compensate for a battery that is over 2500 mAh smaller and a charging speed less than a third as fast.

The hardware baseline is identical: both phones drop the 3.5 mm headphone jack, offer stereo speakers, and skip a built-in radio. The meaningful differentiation here lives entirely in Bluetooth audio codec support — and that is where the Galaxy S25 pulls ahead. It supports LDAC, aptX Adaptive, and aptX Lossless, while the X200 FE offers only aptX HD beyond the shared baseline aptX. For wireless audio enthusiasts, this distinction matters significantly.

To unpack why: LDAC transmits audio at up to three times the bitrate of standard Bluetooth, making it the codec of choice for Sony and other high-res wireless headphone ecosystems. aptX Adaptive goes further still, dynamically adjusting bitrate and latency in real time — ideal for both high-fidelity music and low-latency gaming. aptX Lossless, the most advanced of the three, enables bit-perfect CD-quality audio transmission over Bluetooth when conditions allow. The X200 FE's aptX HD is a capable high-res codec, but it is a generation behind aptX Adaptive and does not reach lossless transmission.

For casual listeners, the codec gap is unlikely to be audible day-to-day. But for users who have invested in premium wireless headphones — particularly those compatible with LDAC or aptX Adaptive — the Samsung Galaxy S25 is the clear winner in this category, offering a substantially broader and more future-proof suite of high-quality wireless audio options.

Shared fundamentals are strong on both sides — 5G, Bluetooth 5.4, NFC, USB-C, Wi-Fi 7, GPS, and Galileo positioning are all present on both devices, making them equally capable for everyday connectivity tasks. The divergence emerges in the details. The Galaxy S25 adds Wi-Fi 6E support, unlocking the less congested 6 GHz band for faster, more reliable connections in dense environments like apartments or offices — the X200 FE tops out at Wi-Fi 7 on the standard bands only. The S25 also offers 2 eSIM slots alongside its two physical SIM cards, giving it notably more flexibility for travelers or users who juggle multiple numbers digitally.

The USB version gap is the most impactful hardware difference in this group. The Galaxy S25 uses USB 3.2, enabling high-speed wired data transfers and display output at full bandwidth; the X200 FE is limited to USB 2.0, which is a significant bottleneck for anyone transferring large video files or using the phone as a wired display source. Interestingly, the X200 FE lists a higher cellular upload speed ceiling — 7000 Mbits/s versus 3500 Mbits/s — though both are theoretical maximums contingent on carrier support. The X200 FE also packs an infrared sensor, letting it double as a universal remote for TVs and appliances, while the Galaxy S25 counters with a barometer for altitude and weather sensing.

These last two features are niche swaps that largely cancel each other out depending on user lifestyle. What does not cancel out is the USB version gap and the S25's expanded SIM and Wi-Fi 6E capabilities — advantages that have broader everyday relevance. The Samsung Galaxy S25 takes a modest but clear edge in this category, particularly for users who rely on wired data transfer or need flexible SIM management.

The Miscellaneous spec group offers no differentiation whatsoever between these two devices. Both the Samsung Galaxy S25 and the Vivo X200 FE share an identical profile across every data point provided: both include a video light, and neither features sapphire glass, a curved display, or an e-paper display.

This is a complete tie — there is no basis in the provided data to give either device an edge here. Buyers can set this category aside entirely when weighing one phone against the other.