Samsung Galaxy S25 VS Samsung Galaxy S25 Plus

The most defining difference in this group is physical size and weight. The Galaxy S25 measures 146.9 × 70.5 × 7.2 mm and weighs 162 g, while the S25 Plus stretches to 158.4 × 75.8 × 7.3 mm at 190 g. That 28 g gap and larger footprint are immediately noticeable in daily use: the S25 is genuinely one-hand-friendly for most users, whereas the S25 Plus requires a conscious grip adjustment, particularly for those with smaller hands. The difference in volume — 74.6 cm³ versus 87.6 cm³ — also means the Plus occupies meaningfully more pocket and bag space.

Where the two phones are identical matters just as much: both carry an IP68 waterproof rating, meaning full submersion protection up to the same certified depth and duration, so neither has a durability edge over the other. Both share a French Repairability Index of 8.5, indicating equally good repairability scores under that framework, and both operate within the same 0 °C to 35 °C temperature window. Neither is a rugged device, and neither can be folded.

For the Design group, the Galaxy S25 holds a clear ergonomic advantage for users who prioritize compact, lightweight handling. The S25 Plus offers no structural or durability benefit in return for its added bulk — the trade-off is purely about screen real estate (not covered here) versus pocketability and one-handed comfort.

The display gap between these two phones is more significant than it first appears. Beyond the obvious size difference — 6.2″ on the S25 versus 6.7″ on the S25 Plus — the Plus also steps up to a 1440 × 3120 resolution versus the S25's 1080 × 2340. The real-world consequence shows up in pixel density: 513 ppi on the Plus compared to 416 ppi on the S25. At typical viewing distances, 416 ppi is already sharp enough that most users won't perceive individual pixels, but the Plus's higher density becomes genuinely meaningful when reading small text, viewing detailed photos, or using the phone for content creation work.

Everything else in this category is a dead heat. Both panels are AMOLED with a 120Hz refresh rate and 240Hz touch sampling, delivering equally fluid scrolling and responsive input. Peak brightness is identical at 2600 nits, so outdoor visibility in direct sunlight is no different between them. Both support HDR10+, feature Always-On Display, and are protected by Gorilla Glass Victus 2 — neither has a durability or color accuracy edge over the other.

For the Display group, the S25 Plus holds a clear advantage: it offers a larger canvas and meaningfully higher pixel density with no trade-off in brightness, refresh rate, or protection. The S25 is not a poor display by any measure, but users who prioritize screen quality and media consumption will find the Plus objectively more capable on paper.

On paper, these two phones are performance twins: identical Snapdragon 8 Elite chipset, identical 12GB of LPDDR5 RAM at 5300 MHz, identical 512GB storage, and an identical AnTuTu score of 3,050,000. The same 3nm fabrication process, the same Adreno 830 GPU, the same memory bandwidth — for the vast majority of tasks, from gaming to video editing to multitasking, these phones will feel indistinguishable in daily use.

A subtle but notable divergence appears in the Geekbench 6 results. The S25 posts a single-core score of 3175 versus the S25 Plus's 2721, and a multi-core score of 10,050 against 9,435. Since the silicon is identical, this gap most likely reflects thermal headroom: the S25's smaller, lighter body may sustain peak clock speeds slightly longer before throttling under load, whereas the Plus's larger chassis could be configured differently in terms of thermal management. These are benchmark-level differences, not the kind a user would notice during normal tasks, but they are consistent across both single and multi-core results.

For the Performance group, the two phones are effectively tied for all practical purposes. The S25 shows a marginal benchmark edge, but with the same chip, RAM, and storage configuration, no real-world use case will expose a meaningful difference between them. Neither phone has a compelling performance advantage over the other.

Camera specs are an exact match across every single data point provided. Both the S25 and S25 Plus field an identical triple-lens rear system at 50 & 12 & 10 MP with the same apertures (f/1.8, f/2.2, f/2.4), the same 3x optical zoom, and a focal range spanning 13 mm to 67 mm. Up front, both use a 12MP shooter at f/2.2. For still photography, there is no differentiator between them based on the available data.

The same parity holds for video. Both phones top out at 4320p at 30 fps (8K) and support HDR10 recording, slow-motion, and continuous autofocus during video capture. The full suite of manual controls — ISO, shutter speed, white balance, and focus — is present on both, as is RAW shooting for photographers who want maximum post-processing flexibility. OIS is built into both as well, helping stabilize footage and reduce blur in low-light stills.

This is a straightforward tie: the Cameras group provides no basis for choosing one phone over the other. Every capability, every resolution, every feature flag is identical. Any real-world camera differences between these two devices would stem from factors — such as software tuning or sensor size — that are not reflected in the provided specifications.

Running Android 15 on both devices, the software experience is completely identical across every data point provided. Privacy tooling is consistent — both offer location controls, camera and microphone permission management, app tracking blocks, and clipboard warnings, giving users a solid degree of transparency over how apps interact with their data. Neither phone receives direct OS updates from Google, meaning both go through Samsung's update pipeline, and neither supports Wi-Fi password sharing or cross-site tracking protection as defined in the specs.

Productivity and usability features are equally matched: both support split-screen, Picture-in-Picture, desktop PC mode, widgets, and offline voice recognition. Dynamic theming, dark mode, and an extra dim mode round out a customization set that is identical in scope. Notable absences — such as focus modes and Quick Start — apply equally to both phones and do not create any differentiation.

The Operating System group is a complete tie. Every feature flag, every privacy option, and the Android version itself are shared between the S25 and S25 Plus. A user's software experience will be indistinguishable regardless of which model they choose.

Two meaningful differences separate these phones on battery. The S25 Plus carries a 4900 mAh cell versus the S25's 4000 mAh — a 22.5% larger reserve that, all else being equal, translates directly into longer time between charges. Paired with that larger battery is a significantly faster wired charging speed: 45W on the Plus against just 25W on the S25. In practice, 45W can recover a large battery meaningfully faster than 25W can replenish a smaller one, so the Plus wins on both endurance and refuel speed.

Where the two converge is wireless charging: both support 15W wireless input and 4.5W reverse wireless charging at identical speeds. Neither phone ships with a charger in the box, and both lack a removable battery — standard expectations at this tier. The ultra power-saving mode, present on both, adds a useful last-resort option when either phone runs critically low.

For the Battery group, the S25 Plus holds a clear and compounding advantage: more capacity means longer battery life, and faster wired charging means less time tethered to a cable when it does need topping up. For users who are away from power sources frequently, this is one of the most practical differences between the two models.

Audio is one of the few spec groups where the two phones diverge in genuinely opposite directions, each gaining something the other lacks. The S25 supports aptX Adaptive and aptX Lossless over Bluetooth, while the S25 Plus instead offers aptX HD — but not Adaptive or Lossless. Both share aptX and LDAC as a common base. This means wireless audio codec compatibility will vary depending on what headphones or earbuds a user owns: listeners invested in aptX Adaptive or Lossless-compatible gear will be better served by the S25, while those with aptX HD devices will need the Plus.

The more clear-cut differentiator is microphone count. The S25 Plus includes 3 microphones versus 2 on the S25. An additional microphone generally improves noise cancellation during calls and voice recordings by providing more spatial reference points for beamforming algorithms — a meaningful advantage for anyone who frequently takes calls in noisy environments or records audio.

This group produces no single outright winner: the S25 holds an edge for users with aptX Adaptive or Lossless-compatible audio gear, while the S25 Plus is the stronger choice for voice capture and call quality thanks to its extra microphone. The right pick depends entirely on the user's specific use case.

Connectivity is essentially a mirror image across both phones. Both support Wi-Fi 7 (the latest standard, offering lower latency and higher throughput in congested environments), Bluetooth 5.4, 5G, NFC, and USB 3.2 Type-C — the full suite of modern wireless and wired standards. Dual physical SIM plus dual eSIM support is identical, as are peak download and upload speeds at 10,000 Mbits/s and 3,500 Mbits/s respectively. Sensor packages are also a complete match: both include a gyroscope, accelerometer, barometer, compass, and GPS with Galileo support, making them equally capable for navigation and fitness applications.

The only numerical differences in this group are minor SAR radiation values. The S25 has a slightly lower US body SAR (0.92 W/kg vs 0.81 W/kg on the Plus), while the S25 Plus edges out a marginally lower EU body SAR (1.26 W/kg vs 1.36 W/kg). These are regulatory compliance figures rather than meaningful real-world differentiators — both phones fall well within legal limits in all measured categories, and neither value should influence a purchasing decision.

The Connectivity & Features group is a tie. Every significant capability — wireless standards, SIM flexibility, data speeds, sensors, and biometrics — is shared between the two models, and the marginal SAR differences carry no practical weight. A user choosing between these phones gains no connectivity advantage from either option.

The Miscellaneous group offers very little to analyze: all four data points are identical between the Samsung Galaxy S25 and S25 Plus. Both include a video light, and neither features a sapphire glass display, a curved display, or an e-paper display. There are no differentiators here whatsoever.

This is a tie by definition. The provided specifications give no basis for preferring one model over the other in this category, and none of the shared attributes create a meaningful advantage or disadvantage for either device.