Samsung Galaxy S25 VS Sharp Aquos R10

Both the Samsung Galaxy S25 and the Sharp Aquos R10 share a solid design foundation: each carries an IP68 waterproof rating, meaning both can withstand submersion in fresh water and are equally protected against dust and accidental splashes. Neither adopts a rugged or foldable form factor, so they compete squarely as standard candybar smartphones.

Where the two diverge significantly is in physical footprint and weight. The Galaxy S25 is notably more compact — 146.9 × 70.5 × 7.2 mm versus the Aquos R10's 156 × 75 × 8.9 mm — and this translates to a volume difference of roughly 74.6 cm³ vs. 104.1 cm³, making the S25 about 28% smaller by volume. In practice, the S25 will feel meaningfully easier to grip, pocket, and use one-handed. The weight gap reinforces this: at 162 g, the S25 is 35 g lighter than the Aquos R10's 197 g, a difference you will notice during extended use or when holding the phone for calls and media consumption.

The Galaxy S25 holds a clear edge in this category. Its slimmer, lighter, and more compact build makes it the more ergonomic choice for everyday carry, without sacrificing any protection — both phones deliver identical IP68 waterproofing. The Aquos R10's larger dimensions may hint at a bigger battery or display beneath, but from a pure design and handling standpoint, the S25 is the more refined and manageable device.

On the surface, these two displays look closely matched — both use OLED/AMOLED panels with an identical 1080 x 2340 px resolution and support for HDR10 and HDR10+. The practical difference in sharpness, however, tips toward the Galaxy S25: its smaller 6.2″ screen squeezes that same pixel count into a tighter space, yielding 416 ppi versus the Aquos R10's 396 ppi on its 6.5″ panel. The gap is subtle but real — fine text and detailed imagery will render fractionally crisper on the S25.

The most decisive differentiator is refresh rate. The Aquos R10's 240Hz panel is twice as fast as the S25's 120Hz display. In everyday scrolling and app navigation, 120Hz already feels smooth, but 240Hz delivers a level of fluidity that is especially perceptible in fast-paced gaming and high-frame-rate video. For users who prioritize motion smoothness above almost everything else, the R10's screen is in a different league here. Countering this, the S25 runs on Gorilla Glass Victus 2 — a newer and more scratch- and drop-resistant generation than the R10's Gorilla Glass 5 — offering meaningfully better long-term durability against everyday damage. The S25 also supports an Always-On Display, a convenience the R10 entirely lacks.

This group ends without a single clear winner — it hinges on priorities. The Aquos R10 dominates on motion performance with its exceptional 240Hz refresh rate, making it the better pick for gamers and anyone who values ultra-smooth visuals. The Galaxy S25 answers back with superior glass protection, a slightly sharper image, and Always-On Display functionality. Users who prioritize durability and everyday usability will find the S25 the more well-rounded display package.

The chipset gap here is substantial. The Galaxy S25 runs on the Qualcomm Snapdragon 8 Elite, manufactured on a 3 nm process, while the Aquos R10 uses the Snapdragon 7 Plus Gen 3 on a 4 nm node — a full tier lower in Qualcomm's lineup. This difference plays out clearly in the Geekbench 6 scores: the S25 posts a multi-core result of 10,050 and single-core of 3,175, compared to the R10's 5,098 and 1,913 respectively. In practical terms, the S25 is roughly twice as fast in sustained workloads, and its single-core lead means snappier app launches and more responsive UI interactions across the board.

Graphics performance follows the same pattern. The S25's Adreno 830 GPU runs at 1,200 MHz with 1,536 shading units, versus the R10's Adreno 732 at 950 MHz with just 768 shading units — half as many. Combined with the S25's higher memory bandwidth of 85.1 GB/s versus 64 GB/s and faster RAM at 5,300 MHz versus 4,200 MHz, the S25 can push graphically demanding games and GPU-accelerated tasks far more fluidly. The R10 also supports only OpenCL 2 compared to the S25's OpenCL 3, which matters for compute-heavy applications and certain AI workloads.

The Galaxy S25 wins this category decisively and without ambiguity. Across every meaningful performance dimension — CPU throughput, GPU horsepower, memory speed, and process efficiency — it outclasses the Aquos R10 by a wide margin. The R10's lower 6W TDP may translate to slightly less heat generation under load, but that is a modest consolation against a chip that is comprehensively outperformed. For users who demand top-tier processing power, the S25 is in a different class.

The camera systems take meaningfully different approaches. The Galaxy S25 fields a triple rear camera — 50, 12, and 10 MP — covering a wider range of focal lengths, while the Aquos R10 goes dual with two 50.3 MP sensors. The R10's higher-resolution lenses capture more raw detail per shot, but the S25's three-lens setup provides greater versatility, and its 3x optical zoom edges out the R10's 2.8x for reach. The S25 also carries a BSI (back-illuminated) sensor, a hardware advantage for low-light capture that the R10 lacks entirely.

Video capability is another area where the gap is hard to ignore. The S25 records up to 4320p (8K) at 30fps, while the R10 tops out at 2160p (4K) — a full resolution tier lower. For most users 4K is perfectly sufficient, but for those who crop in post or future-proof their footage, 8K headroom is a genuine advantage. The S25 also supports HDR10 video recording, which the R10 does not, meaning richer dynamic range in captured footage. On the stills side, the S25 adds RAW shooting and manual shutter speed control — two omissions on the R10 that will frustrate enthusiast photographers who like to edit with full data or control motion blur precisely.

The one area where the Aquos R10 makes a striking statement is its 50.3 MP front camera, compared to the S25's 12 MP selfie shooter — a dramatic resolution advantage for self-portraits and video calls. Despite this, the Galaxy S25 takes the overall camera edge: it offers a more complete and flexible system with superior video capability, RAW support, a BSI sensor, and broader manual controls. The R10's high-resolution front camera is a notable perk, but it does not offset the S25's more comprehensive rear camera package.

Rarely in a spec-group comparison do two competing products align this completely, but the operating system category is essentially a dead heat. Both phones run Android 15 and share an identical feature set across privacy controls, productivity tools, and customization options — including dynamic theming, split-screen multitasking, picture-in-picture, on-device machine learning, offline voice recognition, and a full suite of notification and app-tracking permissions. For the vast majority of users, the day-to-day software experience will feel indistinguishable between the two.

The only spec that separates them is the Galaxy S25's ability to function as a PC — a desktop mode feature the Aquos R10 does not support. This means the S25 can be connected to an external display, keyboard, and mouse to deliver a more computer-like interface, which is a meaningful productivity differentiator for users who want to consolidate their devices or work from a single screen on the go. It is a niche use case, but for those who rely on it, the R10 simply cannot compete.

The Galaxy S25 takes a narrow edge here solely on the strength of its PC mode capability. In every other measurable software dimension, these two phones are identical, making this one of the most evenly matched spec groups in the comparison. Users who have no interest in desktop mode will find the software experience effectively equivalent on both devices.

The Samsung Galaxy S25 and Sharp Aquos R10 differ in battery specifications. The Galaxy S25 has a 4000 mAh battery, while the Aquos R10 comes with a larger 5000 mAh battery, offering more power capacity. The Galaxy S25 supports wireless charging, but the Aquos R10 does not. Both phones support fast charging, though the Galaxy S25 charges at 25W, while the Aquos R10 offers a faster 36W charging speed.

Neither phone has a removable battery, but both feature a battery level indicator and rechargeable batteries. These devices are comparable in terms of battery management features, with both supporting the standard functions of a non-removable, rechargeable battery, and providing a clear indication of battery status.

Overall, while both phones offer solid battery performance, the Aquos R10 stands out for its higher battery capacity and faster charging speed, whereas the Galaxy S25 includes wireless charging capabilities, which the Aquos R10 lacks.

Both the Samsung Galaxy S25 and Sharp Aquos R10 do not feature a 3.5 mm audio jack, which may be a consideration for users relying on wired headphones. Both devices are equipped with stereo speakers, offering a similar audio experience in terms of sound output. When it comes to Bluetooth audio, both phones support aptX, aptX Adaptive, and aptX Lossless, though there are differences in additional support for other audio codecs. The Galaxy S25 supports LDAC and has aptX HD, while the Aquos R10 supports aptX HD but lacks LDAC and aptX Lossless support.

Neither device includes a radio, meaning users will need to rely on streaming services or other methods for FM or AM radio access.

In summary, the two devices are quite similar in terms of audio capabilities, with the main differences being that the Galaxy S25 supports LDAC, while the Aquos R10 supports aptX HD instead of aptX Lossless.

Both the Samsung Galaxy S25 and Sharp Aquos R10 support 5G connectivity and share many connectivity features such as USB Type-C (version 3.2), NFC, and Bluetooth 5.4. They both support Wi-Fi 4, Wi-Fi 5, Wi-Fi 6, Wi-Fi 6E, and Wi-Fi 7, ensuring fast wireless networking options. The Galaxy S25 supports two SIM cards and two eSIMs, while the Aquos R10 supports two SIM cards, but only a single eSIM is mentioned for the Galaxy S25. Additionally, the Galaxy S25 offers faster download speeds (10,000 MBits/s) compared to the Aquos R10’s 5,000 MBits/s, although both devices offer the same upload speed of 3,500 MBits/s.

The Galaxy S25 has more extensive features when it comes to sensors, supporting both a barometer and ANT+ connectivity, while the Aquos R10 lacks a barometer and does not support ANT+. Both phones include essential sensors such as a gyroscope, accelerometer, compass, and GPS. Both devices also feature a fingerprint scanner, but neither has a built-in infrared sensor, HDMI output, or stylus. Both phones are multi-functional with capabilities such as a cellular module, Galileo support, and basic motion and optical tracking functions.

One key difference is the external memory slot: the Aquos R10 includes one, while the Galaxy S25 does not. Neither phone includes features such as 3D facial recognition, an iris scanner, or a built-in projector. Overall, the devices are highly similar in terms of connectivity and features, with the main differences being in the download speed, external memory support, and the presence of ANT+ on the Galaxy S25.

The Samsung Galaxy S25 and Sharp Aquos R10 share similar features in the miscellaneous category. Both devices include a video light, which can be useful for enhancing video quality in low-light conditions. Neither device is equipped with sapphire glass displays, curved displays, or e-paper displays, indicating that both phones have standard flat displays without specialized screen technologies.

Overall, there are no differences between the two devices in this category, as both offer the same features when it comes to the display and video light functionality.