Huawei Nova 14 Pro VS Samsung Galaxy S25

The most consequential difference in this group is water protection. The Samsung Galaxy S25 carries an IP68 rating, meaning it can withstand full submersion in water — typically up to 1.5 meters for 30 minutes. The Huawei Nova 14 Pro is rated only IP65, which covers protection against low-pressure water jets but not immersion. In practice, this distinction matters: accidental drops in a sink or pool are survivable for the S25, while the Nova 14 Pro offers only splash and rain protection.

Form factor is another area where the two phones diverge sharply. At 207 g, the Nova 14 Pro is noticeably heavier than the S25's 162 g — a 45 g gap that is very perceptible during prolonged one-handed use. The Nova 14 Pro is also taller (163.4 mm vs 146.9 mm), wider (75 mm vs 70.5 mm), and slightly thicker (7.8 mm vs 7.2 mm), resulting in a significantly larger overall volume. This makes the S25 meaningfully easier to pocket and handle day-to-day.

Neither device has a rugged build or a foldable form factor, so those axes offer no differentiation. Overall, the Samsung Galaxy S25 holds a clear design advantage: it is more compact, considerably lighter, and offers superior water protection — three factors that collectively make it the more refined and practical everyday device based strictly on these specs.

Both phones use OLED/AMOLED panels with a 120Hz refresh rate, damage-resistant glass, and Always-On Display support — so the baseline display experience is strong on either device. The meaningful splits emerge when you dig deeper. The Huawei Nova 14 Pro sports a larger 6.78″ screen with a sharper 447 ppi pixel density and a higher 1224 x 2776 px resolution, compared to the Galaxy S25's 6.2″ panel at 416 ppi and 1080 x 2340 px. In practice, the Nova 14 Pro's extra sharpness is perceptible when reading fine text or viewing detailed images, and the larger canvas benefits media consumption and productivity.

Where the S25 pushes back is in responsiveness and HDR support. Its 240Hz touch sampling rate trails the Nova 14 Pro's 300Hz, meaning the Nova 14 Pro registers touch input more frequently — an advantage most noticeable in fast-paced gaming. However, the S25 uniquely supports HDR10+, which adds dynamic metadata for scene-by-scene brightness optimization. The Nova 14 Pro tops out at HDR10, which uses static metadata. For streaming HDR content on compatible services, the S25 can render more nuanced contrast and highlight detail.

On balance, this group is split by use case. The Nova 14 Pro has a clear edge in raw screen real estate and pixel sharpness, while the Galaxy S25 counters with superior HDR fidelity via HDR10+. Neither wins outright, but users who prioritize display size and clarity will lean toward the Nova 14 Pro, while those who value HDR video quality will find the S25 more capable.

Storage and base RAM are identical — both phones offer 512GB of internal storage and 12GB of RAM — but the silicon powering them tells very different stories. The Galaxy S25 runs on the Qualcomm Snapdragon 8 Elite, fabbed on a cutting-edge 3nm process, while the Nova 14 Pro uses the HiSilicon Kirin 8000 on a 5nm node. The smaller process on the S25 generally translates to better performance-per-watt and more transistor density, giving it a structural efficiency advantage at the chip level.

The performance gap becomes even more pronounced across several key metrics. The S25's CPU peaks at 4.47 GHz on its prime cores, versus 2.2 GHz on the Nova 14 Pro's fastest core — a substantial clock speed advantage that impacts demanding workloads like gaming, video processing, and AI tasks. The GPU contrast is equally stark: the Adreno 830 runs at 1200 MHz compared to the Maleoon 910's 750 MHz, suggesting considerably higher graphics throughput on the S25. Memory bandwidth also favors Samsung — DDR5 RAM at 5300 MHz versus the Nova 14 Pro's DDR4 at 2200 MHz — meaning the S25 can feed its CPU and GPU data far more rapidly, reducing bottlenecks in multitasking and heavy applications.

The Samsung Galaxy S25 holds a decisive advantage in this category. Its newer process node, dramatically faster CPU and GPU clocks, next-generation memory, and higher maximum RAM ceiling of 24GB (versus 16GB) collectively position it as the significantly more capable performer. The Nova 14 Pro's lower 6W TDP suggests it runs cooler under load, but based solely on the provided specs, the S25 outclasses it in virtually every performance dimension that matters.

The rear camera systems are structurally similar — both feature a triple-lens setup with a 50MP main sensor, OIS, 3x optical zoom, phase-detection autofocus, and an identical suite of manual controls including RAW capture. The meaningful divergences start with video: the Galaxy S25 tops out at 8K (4320p) at 30fps, while the Nova 14 Pro caps at 4K (2160p) at 30fps. For videographers, that is a significant ceiling difference. The S25 also adds a BSI sensor, which is designed to capture more light by repositioning the wiring layer — an advantage in low-light photography that the Nova 14 Pro's CMOS-only setup does not explicitly match. The S25 further benefits from a dual-tone LED flash, which produces more natural skin tones by blending warm and cool light; the Nova 14 Pro lacks this.

The Nova 14 Pro strikes back in a couple of areas. It includes laser autofocus, which can lock focus faster and more reliably in low-contrast or dark scenes compared to the S25's phase-detection-only approach. On the selfie side, the Nova 14 Pro fields a dual-lens front camera at 50MP + 8MP, giving users both a high-resolution main selfie shooter and a secondary option — a notable versatility advantage over the S25's single 12MP front camera.

On balance, the Galaxy S25 edges ahead for rear camera capability, led by its 8K video recording, BSI sensor, and dual-tone flash. The Nova 14 Pro counters meaningfully with laser autofocus and a more capable dual-lens selfie system, making it the stronger choice for front-camera-focused users. Those who prioritize video resolution and low-light rear photography will find the S25 the more well-rounded camera phone based strictly on these specs.

Across virtually every software feature listed, these two phones are in lockstep — both offer dark mode, split-screen multitasking, customizable notifications, widgets, voice commands, child lock, multi-user support, camera and microphone privacy controls, and device tracking. Neither receives direct OS updates according to the provided data, which applies equally to both and is worth noting for long-term software support expectations.

The single differentiator in this group is the Galaxy S25's ability to be used as a PC, a capability the Nova 14 Pro lacks. This feature — often implemented via a desktop mode when connected to an external display — allows the S25 to function as a rudimentary computer, enabling keyboard and mouse input, windowed app navigation, and a more traditional productivity workflow. For users who want to consolidate their devices or occasionally work from a hotel room or monitor without a laptop, this is a tangible real-world advantage.

Given how closely matched the two phones are across all other OS-level features, the Samsung Galaxy S25 takes a narrow but clear edge here solely on the strength of its PC mode capability. It is not a feature every user will rely on, but for those who value device versatility and mobile productivity, it is the only meaningful differentiator this group offers.

Battery capacity is where the Nova 14 Pro asserts a strong lead. Its 5500 mAh cell is 37.5% larger than the Galaxy S25's 4000 mAh pack — a gap wide enough to translate into a meaningfully longer time between charges under comparable usage conditions. When you factor in that the S25 carries a more power-hungry processor (as seen in the performance group), the Nova 14 Pro's capacity advantage becomes even more practically relevant for heavy users.

The charging story is equally one-sided in the Nova 14 Pro's favor. Its 100W wired fast charging is four times faster than the S25's 25W — meaning the Nova 14 Pro can replenish its larger battery in a fraction of the time it takes the S25 to top up its smaller one. The Nova 14 Pro also includes a charger in the box, while the S25 does not, adding immediate out-of-pocket value. The S25 does counter with wireless charging, a convenience feature the Nova 14 Pro lacks entirely — useful for nightstand or desk pad charging without fumbling for a cable.

On balance, the Huawei Nova 14 Pro holds a clear advantage in this category. Its larger battery and dramatically faster wired charging make it the stronger choice for users who prioritize endurance and quick top-ups. The Galaxy S25 reclaims some ground with wireless charging convenience, but that alone does not offset the significant gaps in capacity and charging speed.

The audio foundations are identical: neither phone includes a 3.5mm headphone jack, both feature stereo speakers, and both support aptX and LDAC for high-quality wireless audio over Bluetooth. LDAC in particular is notable, as it supports transmission rates up to three times higher than standard Bluetooth audio codecs, making it the preferred choice for audiophiles using compatible wireless headphones.

The Galaxy S25 pulls ahead with two additional Bluetooth audio codecs the Nova 14 Pro does not support: aptX Adaptive and aptX Lossless. aptX Adaptive is a next-generation codec that dynamically adjusts bitrate based on connection conditions, delivering lower latency and more stable high-quality audio than standard aptX — particularly valuable for gaming and video. aptX Lossless goes further still, enabling CD-quality lossless audio transmission over Bluetooth to compatible headphones, a capability that was previously only achievable with a wired connection.

The Samsung Galaxy S25 takes a clear edge in this category. While both phones share a solid audio baseline, the S25's exclusive support for aptX Adaptive and aptX Lossless gives it a meaningful advantage for users with compatible wireless headphones who care about the highest possible audio fidelity and low-latency performance. The Nova 14 Pro offers nothing in this group that the S25 does not also provide.

Both the Huawei Nova 14 Pro and the Samsung Galaxy S25 support 5G connectivity and feature a variety of connectivity options. Both devices have Wi-Fi 4 (802.11n), Wi-Fi 5 (802.11ac), Wi-Fi 6 (802.11ax), and Wi-Fi 7 (802.11be) support, with the Samsung Galaxy S25 additionally supporting Wi-Fi 6E (802.11ax). Both phones offer NFC, Bluetooth 5.2 on the Huawei and Bluetooth 5.4 on the Samsung, and USB Type-C with the Huawei using USB version 2 and the Samsung using USB version 3.2.

Both devices have dual SIM slots, but the Huawei Nova 14 Pro supports only two physical SIM cards, while the Samsung Galaxy S25 offers two physical SIM cards and two eSIMs for additional flexibility. The Huawei device has a gyroscope, accelerometer, GPS, compass, and infrared sensor, whereas the Samsung Galaxy S25 also includes a barometer, which the Huawei does not have. Additionally, the Samsung supports ANT+, which the Huawei does not.

Neither phone has emergency SOS via satellite, crash detection, DLNA certification, 3D facial recognition, iris scanning, motion tracking, optical tracking, or a built-in projector. Both feature fingerprint scanners and are equipped with cellular modules. Overall, the Samsung Galaxy S25 provides slightly more advanced connectivity options with support for Wi-Fi 6E, USB 3.2, eSIM, and a barometer, while the Huawei Nova 14 Pro covers all essential connectivity features but lacks some of the advanced sensors and flexible SIM options found in the Samsung device.

Both the Huawei Nova 14 Pro and the Samsung Galaxy S25 are equipped with a video light, providing users with improved lighting for videos in low-light conditions. Neither device features sapphire glass displays, curved displays, or e-paper displays. These attributes are absent from both models, making them similar in terms of display construction and design features.

In summary, the Huawei Nova 14 Pro and the Samsung Galaxy S25 share identical specifications in this group, with both devices including a video light but lacking sapphire glass, curved, or e-paper displays.