Honor 400 5G (China) VS Samsung Galaxy A56 5G (256GB / 8GB RAM)

Both phones share the same fundamental design philosophy: non-folding, non-rugged slabs with a waterproof build. The critical distinction, however, lies in the depth of that protection. The Honor 400 5G carries an IP68 rating, meaning it is rated for submersion beyond the standard threshold, while the Samsung Galaxy A56 5G holds an IP67 rating — still genuinely waterproof, but certified for shallower and shorter immersion. For most everyday scenarios like rain or accidental splashes, both are equally safe, but the Honor pulls ahead for users who want a stronger margin of protection near water.

In terms of physical form, the two devices present a real ergonomic trade-off. The Honor is narrower (74.7 mm) and shorter (156.3 mm), which typically translates to a more one-hand-friendly grip. The Galaxy A56, at 77.5 mm wide and 162.2 mm tall, occupies noticeably more surface area and volume (93.02 cm³ vs 91.07 cm³). Conversely, the Samsung is measurably thinner at 7.4 mm compared to the Honor's 7.8 mm, giving it a slightly sleeker in-pocket feel despite its larger footprint. The weight difference is negligible — just 2 grams separates them.

On balance, the Honor 400 5G holds a clear edge in this category. Its superior IP68 certification and more compact dimensions make it the more practical choice for users who prioritize water resistance and single-handed usability. The Galaxy A56's marginal thinness advantage does not offset these differences.

Sharing the same OLED/AMOLED panel technology, 120Hz refresh rate, Always-On Display, and branded damage-resistant glass, these two phones start from a strong common baseline. The divergence, however, is meaningful. The Honor 400 5G packs a 1264 x 2736 resolution into a 6.55″ screen, yielding an exceptional 460 ppi pixel density — a level of sharpness where individual pixels are essentially invisible to the naked eye. The Galaxy A56 runs a more conventional 1080 x 2340 resolution on a larger 6.7″ panel, landing at 385 ppi. While 385 ppi is perfectly sharp for most users, the Honor's 75-ppi advantage is genuinely perceptible when reading fine text or viewing detailed images up close.

Where the Samsung reclaims ground is in HDR support. The Galaxy A56 is certified for both HDR10 and HDR10+, meaning compatible streaming content — Netflix, Amazon Prime, YouTube — renders with wider dynamic range, deeper blacks, and more nuanced highlights. The Honor supports neither standard, so HDR content will be tone-mapped rather than natively rendered. For users who consume a lot of streaming video, this is a tangible real-world difference on an otherwise excellent OLED screen.

The verdict here depends squarely on use case. The Honor 400 5G wins on raw visual fidelity — its pixel density is class-leading and the smaller screen keeps it sharper. The Galaxy A56 counters with a larger canvas and proper HDR10+ certification, making it the stronger choice for media consumption. Neither holds an outright advantage; the better display comes down to whether you prioritize sharpness or video dynamic range.

At the silicon level, these phones take meaningfully different approaches. The Honor 400 5G runs on the Qualcomm Snapdragon 7 Gen 4, while the Galaxy A56 uses Samsung's own Exynos 1580 — both fabbed on a 4nm process, ensuring comparable efficiency. The CPU configurations are close but favor Samsung slightly in raw clock architecture: the Exynos 1580 fields more high-frequency cores (1 x 2.9 GHz + 3 x 2.6 GHz) compared to the Snapdragon's 1 x 2.8 GHz + 4 x 2.4 GHz arrangement, suggesting a modest edge in sustained multi-core workloads.

The GPU picture is similarly split. The Galaxy A56's GPU clocks in at 1300 MHz versus the Honor's 1000 MHz, and its 51.2 GB/s memory bandwidth dwarfs the Honor's 33.6 GB/s — a difference that matters most in graphics-intensive scenarios like gaming, where data needs to flow rapidly between the processor and memory. However, the Honor counters decisively in the memory and storage department: it ships with 16GB of RAM at 4200 MHz versus the Samsung's 8GB at 3200 MHz, and doubles the internal storage at 512GB versus 256GB. More RAM means heavier multitasking, more apps kept live in the background, and greater headroom for future software demands.

Neither phone dominates outright — the Galaxy A56 holds an edge in raw GPU throughput and memory bandwidth, making it marginally more capable for graphics-heavy gaming. The Honor 400 5G, however, wins on system memory and storage headroom by a wide margin. For users who multitask heavily or want longevity without storage anxiety, the Honor's 16GB / 512GB configuration is the stronger practical choice; for those prioritizing graphics performance, the Galaxy A56's GPU and bandwidth advantage is the deciding factor.

The most striking divergence in this camera comparison is the Honor 400 5G's 200MP primary sensor — an unusually high resolution for a mid-range device that enables extreme detail capture and aggressive cropping without perceptible quality loss. The Galaxy A56, by contrast, leads with a more conventional 50MP main lens, but counters with a triple-camera system (50 + 12 + 5MP) versus the Honor's dual setup. That third lens on the Samsung adds shooting versatility, giving users an extra focal option that the Honor simply does not offer.

Aperture tells another important part of the story. The Galaxy A56's main lens opens to f/1.8, which is wider than the Honor's primary aperture of f/2.2, meaning Samsung's main camera admits more light — a meaningful advantage in low-light conditions. The Honor partially compensates with its second lens at f/1.9, but on the front camera, the Honor regains the upper hand decisively: a 50MP selfie shooter versus the Samsung's 12MP, paired with a slightly wider f/2.0 aperture against the Samsung's f/2.2. For selfie-focused users, the Honor's front camera is in a different class entirely.

The feature set is nearly identical across both phones — OIS, phase-detection autofocus, slow-motion, HDR mode, and manual controls are present on both. The real choice here is between philosophies: the Galaxy A56 offers a more rounded, versatile rear camera system with better low-light aperture on the main lens, while the Honor 400 5G bets heavily on raw resolution and a class-leading front camera. Users who prioritize selfie quality or maximum detail in stills will lean toward the Honor; those wanting a more balanced, multi-lens rear camera experience will find the Samsung the stronger option.

Rarely does a spec group produce such a clear-cut result: based on the provided data, the Honor 400 5G and the Galaxy A56 5G are in a complete tie across every single operating system specification. Both run Android 15, and every listed feature — from privacy controls like location and camera/microphone permissions, to productivity tools like split-screen, Picture-in-Picture, and widgets — is present on both devices without exception.

The shared feature set is notably strong. Both phones include on-device machine learning, offline voice recognition, dynamic theming, battery health checks, and an extra dim mode, among others. Neither device receives direct OS updates, and neither supports features like cross-site tracking blocking, Wi-Fi password sharing, focus modes, or PC-mode functionality. These absences are consistent across both, so no advantage can be assigned on that basis either.

This is a straightforward dead heat. Strictly on the data provided, neither the Honor 400 5G nor the Galaxy A56 holds any software advantage over the other — a buyer's decision in this category will come down entirely to the UI skins each manufacturer layers on top of Android 15, which fall outside the scope of these specifications.

Battery is where the Honor 400 5G establishes its most dominant advantage in this entire comparison. Its 7200 mAh cell is a genuinely massive capacity — 44% larger than the Galaxy A56's 5000 mAh pack. In practical terms, a 5000 mAh battery is already considered generous by modern smartphone standards, comfortably delivering a full day of mixed use for most people. A 7200 mAh battery pushes firmly into two-day territory for average users, and represents a meaningful safety net for heavy users, frequent travelers, or anyone far from a charger.

The Honor also leads on charging speed, rated at 80W compared to the Samsung's 45W. Faster wired charging compounds the battery capacity advantage: not only does the Honor last longer between charges, but when it does need topping up, it replenishes significantly faster. The Galaxy A56's 45W is respectable for its class, but it cannot close the gap opened by the Honor's combination of higher capacity and quicker refill rate. Neither phone supports wireless charging, so that shared omission is a non-factor in the comparison.

This category has a clear and unambiguous winner: the Honor 400 5G outperforms the Galaxy A56 on both dimensions that matter — how long the battery lasts and how quickly it recovers. For users who rank endurance and charging convenience highly, the Honor's battery setup is a compelling differentiator.

The audio specifications for these two phones are identical across every data point provided. Both the Honor 400 5G and the Galaxy A56 5G feature stereo speakers, omit a 3.5mm headphone jack, and lack both LDAC and aptX Lossless support for high-resolution wireless audio. Neither includes a built-in radio.

The absence of a headphone jack is increasingly common at this tier and means both phones rely on USB-C wired audio or Bluetooth for personal listening. The lack of LDAC and aptX Lossless is a notable shared limitation for audiophiles, as these codecs enable higher-fidelity wireless audio transmission — users who invest in premium wireless headphones will not be able to take full advantage of their hardware on either device. Stereo speakers, however, remain a meaningful inclusion for media consumption and hands-free use, placing both phones above single-speaker alternatives in this segment.

This is a complete tie. Based strictly on the provided data, there is no audio specification that distinguishes the Honor 400 5G from the Galaxy A56 — the decision in this category cannot be swayed either way.

Across the bulk of this category — 5G, Wi-Fi 6, NFC, USB Type-C, dual SIM, GPS, Galileo, fingerprint scanner, gyroscope, and accelerometer — these two phones are evenly matched. The meaningful differences narrow down to just three points. The Galaxy A56 adds 2 eSIM slots on top of its two physical SIM trays, a genuinely practical advantage for frequent travelers or users who want to maintain separate personal and work lines without carrying a second physical card. The Honor 400 5G offers only physical dual SIM, with no eSIM support listed.

The Honor counters with two of its own differentiators. It carries a slightly newer Bluetooth 5.4 versus the Samsung's 5.3 — a marginal difference in real-world use, but indicative of a more current wireless stack. More practically, the Honor includes an infrared (IR) sensor, absent on the Galaxy A56. An IR blaster allows the phone to function as a universal remote for TVs, air conditioners, and other home appliances — a niche but genuinely useful feature that has no workaround on devices that lack it.

This category ends in a narrow split rather than a clear overall winner. The Galaxy A56's eSIM support is the more broadly useful advantage, benefiting anyone who travels internationally or manages multiple numbers. The Honor's IR sensor is a meaningful bonus for users who want remote-control functionality. Neither advantage is universal, making the deciding factor a matter of which feature better fits the individual user's lifestyle.

The miscellaneous specifications for these two phones offer no differentiation whatsoever. Both the Honor 400 5G and the Galaxy A56 5G share an identical profile: a video light is present on both, and neither features a sapphire glass display, a curved display, or an e-paper display.

This is a complete tie — the provided data in this category contains no distinguishing information between the two devices, and no advantage can be assigned to either product.