Honor 400 5G VS Samsung Galaxy A56 5G

In terms of form factor, the Honor 400 5G is the more compact and lighter of the two, weighing 184 g versus 198 g for the Galaxy A56 5G, and occupying a meaningfully smaller physical volume (85.2 cm³ vs 93.0 cm³). That 14-gram difference is noticeable over a full day of use, making the Honor the more comfortable choice for one-handed use or for users sensitive to device bulk. Both phones share virtually identical thickness at around 7.3–7.4 mm, so neither stands out as unusually slim or chunky.

The more consequential design difference lies in water protection. The Galaxy A56 5G carries an IP67 rating, meaning it can withstand full submersion in up to 1 meter of fresh water for 30 minutes — genuinely useful if a phone is dropped in a sink, puddle, or pool. The Honor 400 5G is rated IP65, which guarantees protection against low-pressure water jets from any direction but does not cover submersion. In practice, IP65 handles rain, splashes, and accidental spills confidently, but it falls short in any scenario involving actual dunking.

Neither device has a rugged build or foldable form factor, so both target the mainstream flat-slab segment. Overall, the Galaxy A56 5G holds a clear edge on water resistance, which is the more practically significant spec for longevity and peace of mind. The Honor 400 5G counters with a lighter, more pocketable chassis — a worthwhile trade-off for users who prioritize ergonomics over maximum liquid protection.

Both phones share the same OLED/AMOLED panel technology and a 120Hz refresh rate, ensuring smooth scrolling and rich, saturated colors on either device. The Samsung Galaxy A56 5G offers a slightly larger 6.7″ screen versus the Honor 400 5G's 6.55″, which matters for media consumption — but screen size alone tells only part of the story here.

Where the Honor 400 5G pulls decisively ahead is in raw panel quality metrics. Its 460 ppi pixel density and higher-resolution 1264 x 2736 panel produce noticeably sharper text and finer image detail compared to the Galaxy A56 5G's 385 ppi at 1080 x 2340. The gap in outdoor visibility is even more striking: the Honor's 5000 nits peak brightness dwarfs the Samsung's 1200 nits, meaning the Honor will remain clearly legible in harsh sunlight where the Galaxy A56 5G may struggle. That is a substantial real-world advantage for any user frequently outdoors.

The Galaxy A56 5G fights back on durability and content compatibility — it includes branded damage-resistant glass (absent on the Honor) and supports both HDR10 and HDR10+, enabling richer dynamic range when streaming compatible content from platforms like Prime Video or YouTube. These are meaningful perks, but for most users the Honor 400 5G's commanding lead in sharpness and brightness makes it the stronger display overall, with the A56 5G being the better pick primarily for those who prioritize screen protection and HDR streaming.

On paper, the two chips are closer than they might seem — both are built on a 4 nm process and share identical 12 GB RAM, DDR5 memory, and 3200 MHz RAM speed. But the benchmark data tells a clear story: the Exynos 1580 in the Galaxy A56 5G consistently outpaces the Snapdragon 7 Gen 3 in the Honor 400 5G. The A56 scores 932,578 on AnTuTu versus 845,000 for the Honor, and the gap widens in Geekbench 6, where the Samsung leads in both single-core (1360 vs 1122) and multi-core (3893 vs 3256) results. In day-to-day terms, the A56 will handle demanding apps, multitasking, and sustained workloads with a more comfortable headroom.

The GPU picture reinforces this. The Xclipse 530 in the A56 runs at 1300 MHz versus the Adreno 720's 950 MHz, and the A56's memory bandwidth is a striking 51.2 GB/s — exactly double the Honor's 25.6 GB/s. Higher memory bandwidth directly reduces bottlenecks when the GPU is processing complex scenes, making the A56 the stronger choice for graphically intensive gaming.

The Honor 400 5G counters with one practical advantage: 512 GB of internal storage versus the A56 5G's 256 GB, and support for up to 16 GB of RAM in higher-spec configurations versus the Samsung's 12 GB ceiling. For users who accumulate large libraries of photos, videos, or offline content, that storage lead matters. Still, on raw processing and graphics performance, the Galaxy A56 5G holds a clear overall edge in this category.

The rear camera systems take fundamentally different approaches. The Honor 400 5G bets on a 200 MP primary sensor — an exceptionally high pixel count that enables aggressive pixel binning for detail-rich shots and flexible digital cropping as a substitute for optical zoom. The Galaxy A56 5G instead opts for a more conventional 50 MP main sensor, but pairs it with a third 5 MP lens, giving it a dedicated extra perspective the Honor lacks. The Samsung also has a slight aperture edge on its main lens at f/1.8 versus the Honor's f/1.9, which translates to marginally better light intake in low-light conditions.

The selfie camera gap is hard to ignore. The Honor 400 5G sports a 50 MP front-facing sensor with a wider f/2.0 aperture, compared to the Galaxy A56 5G's 12 MP front camera at f/2.2. For users who prioritize selfie detail, video calls, or front-facing content creation, the Honor has a commanding advantage here. Both devices share a strong baseline of shared features — OIS, phase-detection autofocus, continuous autofocus during video, slow-motion, HDR mode, and a full suite of manual controls — so the core shooting experience is well-equipped on either phone.

Verdict: this category is genuinely split by use case. The Galaxy A56 5G edges ahead for versatility thanks to its triple rear system and slightly wider main aperture. But the Honor 400 5G is the stronger pick for anyone who places heavy emphasis on selfie quality or wants maximum primary sensor resolution for cropping and detail work.

Rarely does a spec group produce a result this clear-cut: across every single data point provided, the Honor 400 5G and the Galaxy A56 5G are in complete parity. Both ship with Android 15, and both offer an identical feature set spanning privacy controls (location, camera/microphone, clipboard warnings, app tracking blocks), productivity tools (split screen, Picture-in-Picture, widgets, full-page screenshots), and personalization options (dark mode, dynamic theming, theme customization).

The shared privacy toolkit is worth highlighting for users who care about data control. Both phones allow granular management of sensor access and app tracking — features that have become increasingly relevant as Android has matured. Equally, the on-device machine learning, offline voice recognition, and Live Text support on both devices mean core AI-assisted features function without a network connection, which is a genuine usability advantage in low-connectivity situations.

With no differentiating data point anywhere in this group, the operating system category is an unambiguous tie. A user's experience will be shaped far more by each manufacturer's custom Android skin on top of Android 15 than by anything reflected in these specs — but that distinction falls outside the provided data. Based strictly on what is available here, neither phone holds any software advantage over the other.

The Honor 400 5G takes the lead on both dimensions of battery performance that matter most: capacity and charging speed. Its 5300 mAh cell edges out the Galaxy A56 5G's 5000 mAh — a modest but real 6% advantage that, all else being equal, translates to slightly longer endurance before reaching for a cable. More impactful is the charging speed differential: the Honor supports 66W fast charging versus the Samsung's 45W, meaning meaningfully shorter time plugged in during a midday top-up or an overnight charge.

A practical detail that often gets overlooked: the Honor comes with a charger in the box, while the Galaxy A56 5G does not. For users who don't already own a compatible fast charger, this is a real out-of-pocket cost to factor in — and to fully exploit the A56's 45W capability, a suitable adapter is required separately. Neither phone supports wireless charging, so both are strictly wired for power delivery.

The battery category is a clear win for the Honor 400 5G. It holds a larger cell, charges faster, and includes the necessary hardware to do so right out of the box — a trifecta of advantages with no offsetting strength from the Galaxy A56 5G in this group.

Audio is another category where the two phones converge entirely. Both the Honor 400 5G and the Galaxy A56 5G feature stereo speakers, skip the 3.5 mm headphone jack, and offer no support for high-resolution wireless audio codecs like LDAC or aptX Lossless. Neither includes an FM radio. Every spec in this group is identical.

The absence of a headphone jack is now commonplace in this segment, so it is unlikely to be a deciding factor — most users have adapted to Bluetooth or USB-C audio. More notable is the lack of LDAC or aptX Lossless support on either device, which means audiophiles who stream high-resolution audio over Bluetooth will be limited to standard codec quality regardless of which phone they choose.

With no differentiating data points anywhere in this group, the audio category is a straightforward tie. Both phones offer the same configuration of features and the same limitations, and neither holds any measurable advantage over the other based on the provided specs.

The connectivity foundations are nearly identical — both phones support 5G, Wi-Fi 6, NFC, dual SIM, USB Type-C, GPS with Galileo, and fingerprint scanning. But a few meaningful divergences emerge on closer inspection. The Galaxy A56 5G adds 2 eSIM slots on top of its two physical SIM cards, a significant flexibility advantage for frequent travelers or users who want to maintain multiple carrier profiles without swapping physical cards. The Honor 400 5G offers physical dual SIM only.

The upload speed gap is striking: the Galaxy A56 5G supports up to 1280 Mbits/s upload versus just 160 Mbits/s on the Honor 400 5G. For most everyday use this won't matter, but users who regularly upload large files, stream live video, or rely on cloud backups over cellular will notice the A56's substantially higher ceiling. Download speeds are effectively equal. On Bluetooth, the Honor carries version 5.4 versus the Samsung's 5.3 — a marginal generational step that offers negligible real-world difference for typical users.

The Honor 400 5G counters with one unique hardware feature: a built-in infrared sensor, absent on the Galaxy A56 5G. This allows the Honor to function as a universal remote for TVs, air conditioners, and other IR-controlled appliances — a niche but genuinely useful convenience. Weighing everything, the Galaxy A56 5G has the broader connectivity edge thanks to its eSIM support and far superior upload speeds, while the Honor's infrared sensor is a practical bonus for a specific class of user.

The Miscellaneous category offers very little to separate the two devices — all four data points are identical. Both the Honor 400 5G and the Galaxy A56 5G include a video light, and neither features a sapphire glass display, a curved screen, or an e-paper panel.

This is an unambiguous tie. With no differentiating spec anywhere in this group, the Miscellaneous category has no bearing on the overall comparison between these two phones.