Samsung Galaxy A56 5G VS Xiaomi Redmi Note 14 Pro Plus 5G (Global)

Both phones share the same overall height of around 162 mm and neither is rugged or foldable, but their physical profiles diverge noticeably. The Samsung Galaxy A56 5G is meaningfully slimmer at 7.4 mm versus the Redmi Note 14 Pro Plus's 8.8 mm — a 1.4 mm gap that translates to a noticeably flatter feel in the hand and pocket. The A56 is also lighter at 198 g compared to 205 g, and its larger width (77.5 mm vs 74.7 mm) distributes that mass across a broader footprint, resulting in a significantly lower total volume (93 cm³ vs 107 cm³). In everyday terms, the A56 is the more pocketable and less dense device.

On water resistance, the two phones diverge in a technically meaningful way. Both are rated waterproof, but the Xiaomi Redmi Note 14 Pro Plus carries an IP68 certification while the A56 holds IP67. IP68 allows for submersion beyond the 1-meter/30-minute threshold that IP67 defines, making it the safer choice for accidental drops in deeper water. For most users this distinction is minor, but it is a genuine spec advantage for the Xiaomi.

Overall, design is a trade-off between the two: the Galaxy A56 5G wins on form factor — it is thinner, lighter, and more compact — while the Redmi Note 14 Pro Plus holds the edge in water resistance certification. Users who prioritize a sleeker, easier-to-carry build will prefer the A56; those who want stronger protection against water ingress will lean toward the Redmi.

Both screens are similarly sized OLED/AMOLED panels with a 120Hz refresh rate, and both support HDR10 and HDR10+, so the baseline experience is comparable. The meaningful gaps emerge in sharpness and brightness. The Redmi Note 14 Pro Plus renders at 1220 x 2712 px with a pixel density of 446 ppi, versus the A56's 1080 x 2340 px at 385 ppi. That 61 ppi difference is visible — text and fine detail appear crisper on the Redmi, particularly at close reading distances.

The brightness gap is the most dramatic differentiator here. The Redmi Note 14 Pro Plus is rated at 3000 nits of typical brightness, compared to 1200 nits on the Galaxy A56 5G — a 2.5x advantage. In practical terms, this means the Redmi's display remains far more legible under direct sunlight, where the A56 may require shade or manual adjustments. The Redmi also adds Dolby Vision support, expanding HDR-compatible content from streaming platforms, though the day-to-day impact of this depends on the user's media habits. The A56, meanwhile, offers Gorilla Glass Victus protection, while the Redmi steps up to Gorilla Glass Victus 2, which is rated to handle harder surface drops more reliably.

The Redmi Note 14 Pro Plus holds a clear edge in this category. Its sharper resolution, substantially higher brightness, newer glass protection, and added Dolby Vision support combine to make it the stronger display across nearly every measurable dimension. The A56 is no slouch, but it does not match the Redmi on any individual display specification compared here.

The raw performance gap here is substantial and consistent across every benchmark. The Samsung Galaxy A56 5G, powered by the Exynos 1580, scores 932,578 on AnTuTu versus 736,300 for the Redmi Note 14 Pro Plus's Snapdragon 7s Gen 3 — a roughly 27% lead. Geekbench 6 tells the same story: the A56 posts 1360 single-core and 3893 multi-core, compared to 1162 and 3239 on the Redmi. In practice, this translates to snappier app launches, smoother multitasking, and more headroom for demanding tasks like video editing or gaming.

The GPU comparison amplifies the A56's advantage. Its Xclipse 530 runs at 1300 MHz with 256 shading units, while the Redmi's Adreno 710 operates at 1050 MHz with only 128 shading units — half as many. Paired with a memory bandwidth of 51.2 GB/s (versus 25.6 GB/s on the Redmi) and the faster DDR5 RAM standard (the Redmi uses DDR4), the A56 is meaningfully more capable for graphics-intensive workloads. Both chips are fabbed on a 4 nm process and match on RAM at 12GB, so efficiency and multitasking capacity are comparable.

The one area where the Redmi counters is storage: it ships with 512GB of internal space versus the A56's 256GB, which is a practical advantage for users who store large media libraries locally. But on processing and graphics performance, the Galaxy A56 5G holds a clear and well-rounded edge across every metric provided.

The headline difference is the main sensor: the Redmi Note 14 Pro Plus leads with a 200MP primary shooter versus 50MP on the Galaxy A56 5G. More megapixels do not automatically mean better photos, but at 200MP the Redmi can capture significantly more detail for cropping, large-format printing, or pixel-binning into high-quality lower-resolution outputs. The Redmi also edges ahead on aperture with f/1.7 versus f/1.8 on the A56's main lens — a small but real advantage in low-light intake. Both phones offer OIS, phase-detection autofocus, and 4K/30fps video, so stabilization and motion capture are evenly matched.

Where the Redmi further separates itself is zoom and versatility. It offers 4x optical zoom while the A56 provides none, relying entirely on digital zoom beyond its native focal length. Optical zoom preserves detail in a way digital zoom cannot, making the Redmi the stronger choice for telephoto shots of subjects at a distance. The front camera also favors the Redmi at 20MP versus 12MP on the A56, giving it more resolution for selfies and video calls. The Redmi additionally supports 360° panorama shooting, a mode absent on the A56.

Across every meaningful camera differentiator — main sensor resolution, aperture, optical zoom, and front camera megapixels — the Redmi Note 14 Pro Plus holds a clear advantage. The A56's camera system is capable and well-rounded, but the Redmi offers more for users who prioritize photographic flexibility and detail.

The software landscape between these two phones is remarkably similar — both run Android with the same broad feature set covering privacy controls, dynamic theming, split-screen multitasking, widgets, PiP, and on-device machine learning. The single most consequential difference is the Android version: the Galaxy A56 5G ships with Android 15, while the Redmi Note 14 Pro Plus launches on Android 14. Starting on a newer OS version matters because it means the A56 begins its lifecycle with more recent security patches, privacy improvements, and platform features baked in from day one.

The only other functional divergence is app offloading. The A56 supports this feature while the Redmi does not. Offloading allows the system to temporarily remove an unused app's data from active storage while retaining its icon and settings, freeing up space without a full uninstall — a useful tool for managing storage on devices without expandable memory options.

Given how closely matched the two phones are across nearly every software capability listed, the Galaxy A56 5G holds a modest but clear edge — its newer OS version is a meaningful head start, and app offloading adds a practical storage management option the Redmi lacks. Neither advantage is dramatic, but both favor the A56 in this category.

Battery capacity is essentially a wash: 5000 mAh on the Galaxy A56 5G versus 5110 mAh on the Redmi Note 14 Pro Plus is a negligible 110 mAh difference that will have no perceptible impact on real-world endurance. Where the two phones genuinely diverge is charging speed. The Redmi supports 120W fast charging compared to 45W on the A56 — nearly three times faster. At 120W, the Redmi can realistically go from near-empty to full in well under an hour, while the A56 will take considerably longer at 45W. For users with busy schedules or limited time to charge, this is a meaningful daily quality-of-life difference.

The Redmi also ships with a charger included in the box, while the A56 does not. Given the Redmi's 120W speed requires a compatible adapter to deliver its full potential, bundling one is a practical necessity — and a real cost saving for the buyer. Neither phone supports wireless charging, so that avenue is off the table for both.

The Redmi Note 14 Pro Plus wins this category clearly. Its charging speed advantage is substantial and tangible, and including the charger in the box adds immediate out-of-box value. The A56's 45W charging is respectable in isolation, but it cannot compete with the Redmi's refueling pace.

For speaker and microphone hardware, these two phones are identical on paper — both offer stereo speakers, dual microphones, and no 3.5mm headphone jack. The shared stereo setup means spatial audio and balanced sound output are available on both, and the absence of a headphone jack pushes both users toward Bluetooth or USB-C audio. The single differentiator in this category is Bluetooth audio codec support: the Redmi Note 14 Pro Plus supports LDAC, while the Galaxy A56 5G does not.

LDAC is Sony's high-resolution Bluetooth codec, capable of transmitting audio at up to three times the bitrate of standard SBC. For users with LDAC-compatible wireless headphones or earbuds, this means noticeably richer, more detailed sound — closer to wired quality over a wireless connection. The A56 is limited to lower-bitrate codecs by comparison, which caps the ceiling of wireless audio fidelity regardless of headphone quality.

The Redmi Note 14 Pro Plus holds the edge here, but with an important caveat: LDAC only benefits users who own compatible headphones and are attentive to audio quality. For casual listeners or those using standard wireless earbuds, the two phones will sound indistinguishable in everyday use. The advantage is real but audience-dependent.

Shared connectivity fundamentals are strong on both sides — 5G, Wi-Fi 6, NFC, USB-C, GPS, and Galileo are present on each phone, making the baseline feature set well-matched for modern use. The standout divergence is cellular performance: the Galaxy A56 5G supports download speeds up to 5100 Mbits/s versus 2900 Mbits/s on the Redmi Note 14 Pro Plus — a gap that reflects the A56's broader 5G band support and will matter most in areas with mmWave or advanced sub-6GHz network infrastructure. The A56 also supports 2 eSIMs alongside its 2 physical SIM slots, offering more flexibility for travelers or users managing multiple lines, while the Redmi offers physical dual-SIM only.

The Redmi counters with two meaningful advantages. Its Bluetooth 5.4 is a step ahead of the A56's 5.3, bringing incremental improvements to connection stability and coexistence with other wireless signals. More practically, the Redmi includes an infrared sensor — a feature absent on the A56 — which allows the phone to act as a universal remote for TVs, air conditioners, and other IR-controlled appliances. It is a niche but genuinely useful hardware addition for the right user.

This category ends in a functional trade-off. The Galaxy A56 5G leads on cellular speed and SIM flexibility, while the Redmi Note 14 Pro Plus offers a newer Bluetooth version and the added utility of an infrared blaster. Users who prioritize network throughput and multi-line management will lean toward the A56; those who value smart home control or Bluetooth refinement will find the Redmi more compelling.

This is a thin spec group with limited data points, and three of the four are identical: both phones have a video light, neither uses sapphire glass, and neither has an e-paper display. The only differentiator is display curvature — the Redmi Note 14 Pro Plus features a curved display, while the Galaxy A56 5G has a flat panel.

Curved displays are largely a matter of personal preference. They can enhance the perception of a slimmer bezel and lend a more premium aesthetic feel, but they can also make screen protectors harder to fit precisely and may increase the risk of edge-related accidental taps. The flat display on the A56 is generally considered more practical for case compatibility and everyday durability, while the Redmi's curve adds a visual flair that some users actively seek out.

Given how sparse this category is, neither phone holds a meaningful advantage. The curved versus flat distinction comes down entirely to personal taste, and no other spec here creates a functional difference between the two devices. This group is effectively a tie.