Huawei Pura 80 Pro Plus VS Samsung Galaxy S25 Plus

Both the Huawei Pura 80 Pro Plus and the Samsung Galaxy S25 Plus share the same IP68 waterproof rating, meaning neither has an edge in water and dust resistance — both can withstand submersion under typical conditions. Neither offers a rugged build or a foldable form factor, so they compete squarely as conventional premium slabs.

Where the two diverge meaningfully is in physical dimensions and weight. The Samsung is notably lighter at 190 g versus 219 g for the Huawei — a 29 g difference that is very perceptible during one-handed use or extended sessions. The Galaxy S25 Plus is also slimmer at 7.3 mm thick compared to 8.3 mm, and slightly shorter and narrower, resulting in a total volume of roughly 87.6 cm³ against the Huawei's 103 cm³. In practical terms, the Samsung will feel more pocketable, less front-heavy, and generally easier to handle day-to-day.

Based strictly on design specs, the Samsung Galaxy S25 Plus holds a clear advantage in ergonomics and portability. Its combination of lower weight and a slimmer profile makes it the more comfortable device to carry and use, while both phones remain equal on the critical waterproofing front.

On paper, these two displays look close — both are OLED/AMOLED panels running at 120Hz with Always-On Display and damage-resistant glass. But digging into the numbers reveals a meaningful gap in output quality. Despite having a slightly smaller 6.7″ screen, the Samsung Galaxy S25 Plus delivers a sharper image thanks to its 1440 x 3120 px resolution and 513 ppi pixel density, compared to the Huawei Pura 80 Pro Plus's 1276 x 2848 px at 459 ppi. That 54 ppi advantage translates to noticeably crisper text and finer detail, especially visible on high-resolution photos or small UI elements.

The content ecosystem gap is arguably more consequential. The Samsung supports both HDR10 and HDR10+, enabling richer dynamic range and more accurate tone mapping when streaming compatible content from platforms like Amazon Prime or YouTube. The Huawei supports neither standard, which is a real limitation for media-focused users. On the flip side, the Huawei counters with a higher 300Hz touch sampling rate versus Samsung's 240Hz — a perk primarily felt in fast-paced gaming where input latency matters. Peak brightness is virtually identical at 2500 vs 2600 nits, so outdoor legibility is a wash.

The Samsung Galaxy S25 Plus takes a clear edge in this category. Its higher resolution, superior pixel density, and HDR10/HDR10+ support make it the stronger display for everyday use and media consumption. The Huawei's touch sampling rate advantage is real but narrow in its appeal, and does not offset the broader display quality lead Samsung holds.

The chipset gap here is substantial. The Samsung Galaxy S25 Plus runs on the Qualcomm Snapdragon 8 Elite, built on a 3nm process, while the Huawei Pura 80 Pro Plus uses the HiSilicon Kirin 9010 at 7nm. That four-generation leap in fabrication node is not just a number — it directly translates to significantly greater CPU throughput, better power efficiency, and stronger GPU performance. The Samsung's peak CPU cores clock at 4.47 GHz against the Huawei's top core at 2.3 GHz, a difference that shows up in demanding tasks like video rendering, AI processing, and complex multitasking.

The memory subsystem reinforces Samsung's lead further. Despite the Huawei offering more raw RAM at 16 GB versus 12 GB, the Samsung's memory runs at 5300 MHz compared to 2750 MHz, and its maximum memory bandwidth reaches 85.1 GB/s — nearly double the Huawei's 44 GB/s. Faster bandwidth means the CPU and GPU can feed on data more rapidly, which matters enormously for graphics-heavy applications and machine learning workloads. Samsung's Adreno 830 GPU, paired with OpenCL 3 support and a much larger cache hierarchy, compounds this advantage for gaming and computational tasks. The Huawei does win on raw storage, offering 1024 GB against Samsung's 512 GB, which is a genuine practical benefit for power users who store large media libraries locally.

The Samsung Galaxy S25 Plus holds a commanding performance advantage in this category. The Snapdragon 8 Elite's architectural and efficiency gains over the Kirin 9010 are too wide to offset, even accounting for the Huawei's larger RAM and storage. Users who prioritize peak processing power, gaming, or future-proofing will find Samsung significantly ahead here.

For still photography, the Huawei Pura 80 Pro Plus presents a compelling set of specs. Its triple-camera system resolves at 50, 48, and 40 MP across all three lenses, compared to Samsung's 50, 12, and 10 MP — meaning Huawei's secondary and tertiary cameras retain far more detail for cropping and post-processing. Huawei also benefits from wider apertures across the board, with its main lens at f/1.6 versus Samsung's f/1.8, allowing more light in low-light scenes. Add a longer 4x optical zoom against Samsung's 3x, plus laser autofocus for faster and more precise subject locking, and the Huawei reads as the stronger stills-oriented system on paper.

The video story, however, flips decisively in Samsung's favor. The Galaxy S25 Plus captures up to 4320p (8K) at 30fps, while the Huawei tops out at 2160p (4K). That is a fourfold increase in resolution ceiling — significant for creators who want maximum flexibility in post-production. Samsung also supports HDR10 video recording, enabling richer dynamic range in compatible footage, a feature Huawei lacks entirely. Additionally, Samsung's BSI sensor improves light capture efficiency at the hardware level, which complements its video pipeline.

This category is genuinely split by use case. The Huawei Pura 80 Pro Plus edges ahead for photographers prioritizing resolution, zoom reach, and low-light aperture in stills, while the Samsung Galaxy S25 Plus is the stronger choice for videographers who need higher recording resolution and HDR-capable footage. Neither product dominates outright — the right pick depends on whether your lens points more at photos or video.

Across the operating system feature set, these two phones are remarkably aligned. Both offer dark mode, theme customization, split-screen multitasking, customizable notifications, widgets, voice commands, child lock, multi-user support, and camera/microphone privacy controls. For the vast majority of day-to-day software interactions, users switching between the two would find a comparable feature baseline on either device.

The one meaningful differentiator in this category is the Samsung Galaxy S25 Plus's ability to function as a PC — a desktop-mode capability that the Huawei Pura 80 Pro Plus does not offer. This feature allows the Samsung to connect to an external display and behave more like a traditional computer, enabling productivity workflows that go well beyond what a standard smartphone interface provides. For users who want a single device that can double as a light desktop replacement, this is a tangible functional advantage. Neither phone receives direct OS updates, which is a shared limitation worth noting for long-term software support considerations.

The Samsung Galaxy S25 Plus takes a narrow but clear edge here, solely on the strength of its PC mode capability. It is the only spec in this group that meaningfully separates the two devices, and it primarily matters to power users or frequent travelers who value device consolidation. For everyone else, the OS feature sets are effectively a tie.

Huawei's battery advantage starts with capacity and only grows from there. The Pura 80 Pro Plus packs a 5700 mAh cell versus the Samsung Galaxy S25 Plus's 4900 mAh — an 800 mAh gap that, all else being equal, translates to meaningfully more screen-on time before reaching for a cable. That head start is then compounded by dramatically faster replenishment: Huawei supports 100W wired charging against Samsung's 45W, cutting charge times roughly in half for a full cycle. For users who live on their phone through long days or travel frequently, that combination of larger reserve and faster recovery is a substantial real-world benefit.

The wireless charging gap is equally pronounced. Huawei's 80W wireless charging is exceptional by any standard — fast enough to rival many competitors' wired speeds — while Samsung manages just 15W wirelessly. Reverse wireless charging tells the same story: Huawei can push accessories or a friend's phone at 20W, versus a barely functional 4.5W on the Samsung. One additional practical point: the Huawei comes with a charger in the box, while the Samsung does not, adding an immediate out-of-pocket consideration for new buyers.

The Huawei Pura 80 Pro Plus dominates this category without qualification. It holds advantages in every single battery metric — capacity, wired speed, wireless speed, and reverse wireless speed — while also shipping with the charger needed to exploit them. For anyone who weights battery endurance and charging convenience heavily, Huawei is the clear choice here.

Both phones share the same foundational audio setup: stereo speakers, no 3.5mm headphone jack, and support for LDAC — Sony's high-quality Bluetooth codec capable of streaming up to 990 kbps, making it the gold standard for wireless audio fidelity with compatible headphones. On those shared bases, neither device has an edge.

Where the Samsung Galaxy S25 Plus pulls ahead is in Bluetooth codec breadth. Beyond LDAC, it also supports aptX and aptX HD, Qualcomm's codecs that offer lower-latency and high-resolution wireless audio respectively. This matters in practice because not all premium headphones support LDAC — many Qualcomm-certified and older audiophile-grade wireless headphones rely on aptX HD instead. The Huawei Pura 80 Pro Plus, supporting only LDAC, would fall back to the standard SBC codec with those devices, resulting in noticeably compressed audio quality.

The Samsung Galaxy S25 Plus takes a modest but real edge in this category. Its broader codec support means higher-quality wireless audio with a wider range of headphones, giving it more flexibility for discerning listeners. Neither phone distinguishes itself on speaker hardware based on the available data, so the codec advantage is what tips the scales here.

Shared connectivity foundations are strong on both devices — 5G, Wi-Fi 7, NFC, GPS, Galileo, USB Type-C, and dual SIM all feature on each. But Samsung extends its wireless stack further with Wi-Fi 6E support, adding access to the less congested 6GHz band for faster, more reliable connections in dense environments like offices or apartments. Its Bluetooth 5.4 also edges ahead of Huawei's 5.2, bringing improved connection stability and energy efficiency, while its USB 3.2 interface offers faster wired data transfer than the Huawei's USB 3.1. Samsung further adds dual eSIM slots alongside two physical SIM trays, offering greater flexibility for travelers or users managing multiple lines digitally.

The Huawei Pura 80 Pro Plus counters with two features absent on the Samsung. Its built-in infrared sensor lets it function as a universal remote for TVs and appliances — a niche but genuinely useful convenience that requires no additional hardware. More significantly, Huawei supports emergency SOS via satellite, enabling distress messaging in areas without cellular coverage. That capability could be critical for users who venture off-grid and is not offered by the Samsung at all.

This category is closely contested, with each phone carrying distinct advantages for different user profiles. The Samsung Galaxy S25 Plus holds a broader connectivity edge for everyday urban use — better Wi-Fi, newer Bluetooth, faster USB, and eSIM flexibility — while the Huawei Pura 80 Pro Plus offers the more compelling safety and utility differentiators with satellite SOS and an infrared blaster. Users who prioritize network performance will lean Samsung; those who value off-grid safety or smart home control will find Huawei's additions harder to dismiss.

Both the Huawei Pura 80 Pro Plus and Samsung Galaxy S25 Plus come with a video light, allowing for improved lighting during video recording or taking pictures in low light conditions. Neither device features sapphire glass displays, curved displays, or e-paper displays, meaning they both have traditional flat screens without any specialized display technologies for durability, curvature, or e-paper functionality.

In summary, both phones share identical features in this category, with no significant differences between them in terms of video light or display technology. The absence of sapphire glass, curved displays, and e-paper displays means that both models are equipped with standard display technologies.