Honor X9d 5G VS Samsung Galaxy A56 5G

Both the Honor X9d 5G and the Samsung Galaxy A56 5G are waterproof with an official IP rating, but there is a meaningful distinction here: the Honor carries an IP68 certification while the Samsung settles for IP67. In practical terms, IP68 typically allows for deeper and longer submersion in water than IP67, giving the Honor a tangible edge for users who want stronger peace of mind around water exposure — whether that means rain, poolside use, or accidental drops in water.

On the physical form factor, the two phones are closely matched in footprint, with nearly identical heights (~162 mm) and similar widths. The key tradeoff is between thickness and weight: the Samsung is the slimmer device at 7.4 mm versus the Honor's 7.8 mm, which contributes to the Samsung's slightly smaller overall volume (93.02 cm³ vs 96.10 cm³). However, the Honor is the lighter phone at 193 g compared to the Samsung's 198 g. Neither difference is dramatic in isolation, but combined, the Samsung feels more svelte in a pocket or bag while the Honor is marginally less tiring to hold for extended periods.

In summary, the Honor X9d 5G holds a clear advantage in water resistance thanks to its IP68 rating, which is the most consequential differentiator in this category. The Samsung Galaxy A56 5G edges ahead on slimness and compactness, which may matter more to users who prioritize a sleek profile. Neither phone has a rugged build or foldable form factor, so outside of the IP rating gap, design is largely a matter of personal preference between the two.

Both phones use OLED/AMOLED panels with 120Hz refresh rates and damage-resistant glass, establishing a solid shared baseline. Where they diverge is in resolution versus brightness — two dimensions that pull in opposite directions. The Honor X9d 5G sports a higher-resolution 1200 x 2640 px panel on its slightly larger 6.79″ screen, translating to a noticeably sharper 427 ppi pixel density. The Samsung Galaxy A56 5G, by contrast, runs a 1080 x 2340 px panel at 385 ppi — perfectly adequate for most users but visibly less crisp when scrutinizing fine text or high-detail imagery side by side.

The Samsung punches back decisively on brightness. Its 1200 nits typical brightness versus the Honor's 800 nits is a 50% gap that has real consequences outdoors — the A56 5G will remain legible in direct sunlight where the X9d may struggle. On top of that, the Samsung supports both HDR10 and HDR10+, meaning streaming content from compatible platforms will render with a wider dynamic range and more nuanced contrast. The Honor supports neither HDR standard, which is a tangible omission for users who consume a lot of video.

Overall, the Samsung Galaxy A56 5G holds the stronger display advantage for most real-world scenarios. Its significantly higher brightness and HDR10+ support make a more meaningful everyday difference than the Honor's resolution lead — sharper pixels matter less when you cannot see the screen clearly in bright light or when your video content is tonally flattened. The Honor's display is by no means poor, but for display-focused buyers, the Samsung is the clearer choice here.

Matched on paper in several ways — both chips are fabbed on a 4 nm process with 8 threads, 12 GB of DDR5 RAM, and identical DirectX 12 and OpenGL ES 3.2 support — the Honor X9d 5G (Snapdragon 6 Gen 4) and Samsung Galaxy A56 5G (Exynos 1580) diverge sharply once you look at raw throughput figures. The Samsung's CPU clocks are meaningfully higher across all core clusters, peaking at 2.9 GHz versus the Honor's 2.3 GHz on the prime core. Its GPU also runs at a substantially faster 1300 MHz versus 800 MHz on the Adreno 810. In everyday use, these gaps translate to snappier app launches, smoother frame pacing in games, and more headroom under sustained load.

The most striking gap, however, is in memory bandwidth: the Samsung's 51.2 GB/s dwarfs the Honor's 12 GB/s — more than four times the throughput. Memory bandwidth is the pipeline through which the CPU and GPU feed on data; a bottleneck here limits how quickly the chip can handle large textures, multitasking workloads, or complex computational tasks regardless of core clock speeds. The Samsung also runs faster RAM at 3200 MHz versus 2750 MHz. Together, these figures indicate a system that is architecturally faster in the ways that matter most for demanding workloads.

The Honor fights back on storage and ceiling: it ships with 512 GB of internal storage compared to the Samsung's 256 GB, and supports up to 16 GB of RAM in higher configurations versus the Samsung's 12 GB cap. For users who prioritize raw local capacity and future-proofing headroom, the Honor has a real edge. On pure processing performance, though, the Samsung Galaxy A56 5G holds the advantage — its faster CPU, higher GPU clock, and especially its commanding memory bandwidth lead suggest a noticeably more capable chip for graphics-intensive and throughput-heavy tasks.

The camera systems here tell two different stories about versatility versus resolution. The Honor X9d 5G opts for a 108 MP main sensor paired with a single 5 MP depth lens, leaning on pixel count to capture fine detail. The Samsung Galaxy A56 5G counters with a triple-camera setup — 50 MP main, 12 MP ultrawide, and 5 MP depth — trading raw megapixels for compositional flexibility. In practice, the Samsung's ultrawide lens is a meaningful real-world advantage: it unlocks a fundamentally different field of view for architecture, landscapes, and group shots that the Honor simply cannot replicate, regardless of how many megapixels its main sensor packs.

On the selfie side, the numbers favor each phone differently. The Honor's 16 MP front camera edges out the Samsung's 12 MP in resolution, but the Samsung's f/2.2 aperture is wider than the Honor's f/2.5, meaning it admits more light per frame — a tangible benefit for selfies in dim environments or indoor settings where lighting is less than ideal. Neither phone offers a front-facing flash, so aperture width carries more weight here than megapixel count. Beyond these points, the two cameras are remarkably alike: both shoot 4K at 30fps, support OIS, phase-detection autofocus, slow-motion, and an identical suite of manual controls.

The Samsung Galaxy A56 5G holds the clearer advantage in this category. The addition of an ultrawide lens is not a minor spec bump — it is a qualitative expansion of what the camera system can do, covering shooting scenarios the Honor's dual setup cannot. The Honor's higher-megapixel main sensor is a legitimate asset for detail-heavy stills, but versatility wins out for most users. Those who shoot exclusively in good light and prioritize maximum detail in standard shots may prefer the Honor's approach, but for everyday photography breadth, the Samsung leads.

Across every single data point in this category, the Honor X9d 5G and Samsung Galaxy A56 5G are identical. Both ship with Android 15, share the same privacy feature set — including location controls, camera and microphone permissions, app tracking blocks, and clipboard warnings — and offer the same suite of usability tools such as dark mode, dynamic theming, split-screen multitasking, Picture-in-Picture, widgets, and on-device machine learning. There are no differentiators here whatsoever based on the provided data.

This is a complete tie. Users choosing between these two phones will find no meaningful distinction in operating system features as specified. The decision in this category comes down entirely to the software skin and user experience each manufacturer layers on top of Android — which falls outside the scope of the provided data — rather than any underlying OS capability gap.

Few spec comparisons are as lopsided as this one. The Honor X9d 5G packs a massive 8300 mAh battery against the Samsung Galaxy A56 5G's 5000 mAh — a 66% capacity advantage that is impossible to ignore. For most users, a 5000 mAh cell already comfortably covers a full day of moderate use; at 8300 mAh, the Honor is firmly in multi-day territory for average workloads, or a full day under the heaviest continuous use. For travelers, outdoor users, or anyone who cannot reliably reach a charger, that gap is genuinely transformative.

Charging speed partially offsets the Samsung's capacity disadvantage, but not dramatically. The Honor refills at 66W while the Samsung tops out at 45W — the Honor is faster despite having 66% more energy to push through. Crucially, the Honor also includes a charger in the box, while the Samsung does not, meaning A56 5G buyers need to factor in an additional purchase to take advantage of fast charging at all. Neither phone supports wireless charging, so both are wired-only.

The Honor X9d 5G wins this category decisively on every meaningful axis — substantially larger battery, faster wired charging, and a bundled charger. The Samsung's 5000 mAh capacity is respectable in isolation, but against the Honor's offering it simply cannot compete. Battery life is one of the most consistently cited pain points for smartphone users, and the Honor addresses it more aggressively than almost any mainstream device in this segment.

Audio is another category where the two phones are in complete lockstep. Both the Honor X9d 5G and the Samsung Galaxy A56 5G feature stereo speakers, omit a 3.5 mm headphone jack, and lack both LDAC and aptX Lossless support — meaning neither can stream high-resolution audio wirelessly to compatible headphones. There is not a single differentiating data point between them here.

This is a full tie. Users who rely on wired headphones will need a USB-C adapter on either device, and those who prioritize lossless Bluetooth audio codecs will find both phones equally limited. The shared stereo speaker setup ensures at least a reasonably immersive experience for media consumption on both, but neither phone distinguishes itself in this category over the other.

The connectivity foundations are closely aligned — both phones offer 5G, Wi-Fi 6, NFC, dual SIM, USB-C, and GPS with Galileo support. The standout cellular difference is the Samsung Galaxy A56 5G's dramatically higher 5G download speed ceiling of 5100 Mbits/s versus the Honor X9d 5G's 2900 Mbits/s. In real-world terms, on a capable 5G network, the Samsung can pull data nearly twice as fast — meaningful for large file downloads, cloud streaming, or hotspot use. The Honor marginally reverses the gap on upload at 1600 Mbits/s versus Samsung's 1280 Mbits/s, which benefits users who frequently send large files or live-stream, though the difference is less dramatic.

Two other differentiators are worth noting. The Samsung supports eSIM — up to two eSIMs alongside its two physical SIM slots — giving it considerably more flexibility for travelers or users managing multiple lines without swapping physical cards. Its Bluetooth 5.3 is also a minor step up from the Honor's 5.2, offering incremental improvements in connection stability and energy efficiency. On the other side, the Honor uniquely includes an infrared sensor, which allows it to function as a universal remote control for TVs and appliances — a niche but genuinely useful feature that the Samsung lacks entirely.

This category is closely contested, but the Samsung Galaxy A56 5G holds the broader connectivity edge thanks to its significantly higher 5G download throughput and eSIM support — both features with wide practical applicability. The Honor's infrared sensor is a distinctive addition that will matter to a specific subset of users, but it does not outweigh the Samsung's advantages for the general case.

The miscellaneous specs for the Honor X9d 5G and Samsung Galaxy A56 5G are identical across every data point provided. Both have a video light, neither uses sapphire glass, and both feature flat, standard displays. There is nothing to differentiate them here, making this a complete tie by the available data.