Honor 400 Smart 5G VS Samsung Galaxy A36 5G

The most meaningful differentiator in this group is water protection. The Honor 400 Smart 5G carries an IP65 rating, meaning it can withstand sustained water jets but is not rated for submersion. The Samsung Galaxy A36 5G steps up to IP67, which adds protection against immersion in up to 1 meter of water for 30 minutes. In practice, this distinction matters: IP65 handles rain and splashes confidently, but IP67 gives genuine peace of mind around sinks, pools, or accidental drops in shallow water.

On physical form, the two phones take different approaches. The Samsung is notably slimmer at 7.4 mm versus the Honor's 8.4 mm, a full millimeter difference that is perceptible in-hand and in a pocket. Despite being slimmer, the Galaxy A36 is slightly wider and shorter, resulting in a significantly smaller overall volume (94.27 cm³ vs 107.67 cm³), making it the more compact device. The Honor, on the other hand, is marginally lighter at 189 g compared to 195 g, though a 6-gram difference is unlikely to be noticed during daily use. Neither phone has a rugged build or foldable form factor.

Overall, the Samsung Galaxy A36 5G holds a clear design edge: it offers superior water protection and a slimmer, more compact chassis. The Honor's slight weight advantage does not offset these differences. For users who prioritize durability and pocketability, the Samsung is the stronger choice based strictly on these specs.

Panel technology is where these two phones diverge most dramatically. The Honor 400 Smart 5G uses an LCD IPS display, while the Samsung Galaxy A36 5G features an OLED/AMOLED panel. This single difference cascades into a host of real-world advantages for the Samsung: AMOLED delivers deeper blacks, higher contrast, and more vibrant colors because each pixel generates its own light, whereas LCD relies on a backlight that cannot fully extinguish. For media consumption, gaming, or simply using the phone outdoors, the visual experience on the A36 is inherently richer.

Resolution compounds that advantage further. The Galaxy A36 resolves at 1080 x 2340 px and 385 ppi, compared to the Honor's 720 x 1610 px at 261 ppi — a difference of nearly 50% more pixels per inch. At typical viewing distances, 720p text and fine detail appear noticeably softer. Both screens share a 120Hz refresh rate, so scrolling and animations feel equally fluid on either device. Screen sizes are virtually identical at 6.77″ vs 6.7″, making size a non-factor here.

The Galaxy A36 also adds HDR10 and HDR10+ support, an Always-On Display, and branded damage-resistant glass — none of which are present on the Honor. Taken together, the Samsung holds an overwhelming display advantage across image quality, sharpness, and durability. Unless budget is the sole constraint, the A36 is the clear winner in this category.

Though both phones run Qualcomm silicon, they are not equals. The Honor 400 Smart 5G is powered by the Snapdragon 6s Gen 3 — a cost-optimized derivative — while the Samsung Galaxy A36 5G uses the full Snapdragon 6 Gen 3, built on a more advanced 4 nm process versus the Honor's 6 nm. A smaller node generally means better power efficiency and higher sustained performance, allowing the Samsung to do more work per watt before thermal throttling becomes a factor. The Honor's higher GPU clock speed of 950 MHz versus the A36's 800 MHz is misleading here: the Samsung's Adreno 710 is a significantly more capable architecture than the Honor's Adreno 619, so raw clock speed does not translate into a graphics advantage for the Honor.

Memory tells a similar story. The Galaxy A36 ships with 12 GB of DDR5 RAM running at 2750 MHz and a peak bandwidth of 25.6 GB/s, compared to the Honor's 8 GB of DDR4 at 2133 MHz and 17 GB/s. In practice, more RAM means the A36 can keep more apps active in the background without reloading, and the faster memory pipeline benefits any task that moves large amounts of data — including gaming, camera processing, and multitasking. Both devices offer 256 GB of internal storage, so that dimension is a draw.

Across every meaningful performance dimension — chipset generation, process node, GPU capability, RAM capacity, and memory speed — the Samsung Galaxy A36 5G holds a clear and consistent advantage. The Honor is not a slow phone, but users who push their devices with heavy multitasking or graphically demanding games will feel the gap.

Versatility is where the camera systems part ways most clearly. The Honor 400 Smart 5G offers a dual rear setup — a 50 MP main lens paired with a modest 2 MP auxiliary — which in practice means the secondary sensor adds little real-world utility. The Samsung Galaxy A36 5G counters with a triple rear camera comprising a 50 MP main, an 8 MP ultrawide, and a 5 MP macro lens. That ultrawide alone meaningfully expands shooting flexibility, enabling landscape, group, and architectural shots that the Honor simply cannot capture without stepping back. The A36's main lens also features a wider aperture of f/1.8 versus the Honor's f/2.4 depth sensor, which means the Samsung's primary shooter admits more light — a tangible benefit in low-light conditions.

Two further advantages compound the Samsung's lead. First, it includes optical image stabilization (OIS), which physically compensates for hand movement during both photos and video — something the Honor lacks entirely. Second, the Galaxy A36 records video at 4K (2160p) at 30 fps, while the Honor tops out at 1080p at 30 fps. For anyone capturing events, travel footage, or content destined for a large screen, that resolution gap is substantial. Selfie shooters also get more from the Samsung, with a 12 MP front camera compared to the Honor's 5 MP — a difference clearly visible in detail and croppability.

Shared features like phase-detection autofocus, HDR mode, slow-motion, and manual controls are present on both, so neither has an edge in shooting flexibility at the software level. But on hardware, the Samsung Galaxy A36 5G wins this category decisively: more rear lenses, OIS, a brighter main aperture, 4K video, and a much higher-resolution selfie camera collectively make it the stronger imaging device across virtually every use case.

For once, the data tells a straightforward story: on every single operating system specification provided, the Honor 400 Smart 5G and the Samsung Galaxy A36 5G are completely identical. Both ship with Android 15, and both support the same broad set of privacy controls, productivity features, and customization options — including dynamic theming, split-screen multitasking, picture-in-picture, on-device machine learning, and offline voice recognition, among others.

Notably, neither phone receives direct OS updates — meaning updates are routed through the manufacturer rather than pushed by Google directly. Neither supports being used as a PC, Wi-Fi password sharing, focus modes, or Mail Privacy Protection. These shared absences are equally relevant to both buyers and cancel each other out as differentiators.

This group is an unambiguous tie. No advantage can be assigned to either device based strictly on the provided data, and users can expect an equivalent software foundation from both phones out of the box.

Battery capacity is the Honor 400 Smart 5G's strongest showing in this comparison. Its 6500 mAh cell is 30% larger than the Samsung Galaxy A36 5G's 5000 mAh — a gap significant enough to translate into a meaningful real-world difference in screen-on time and overall endurance. For heavy users, travelers, or anyone who regularly goes a full day without access to a charger, the Honor's larger reservoir is a genuine advantage.

The Samsung partially compensates with faster replenishment. At 45W, the A36 charges noticeably quicker than the Honor's 35W, which helps close the gap during opportunistic top-ups. However, the A36 also does not include a charger in the box — a practical inconvenience that adds cost for buyers who don't already own a compatible fast charger. The Honor ships with its charger included, making it ready to use at full speed immediately out of the box.

Neither phone supports wireless charging, and both have non-removable batteries, so those factors are a draw. On balance, this group favors the Honor 400 Smart 5G: its substantially larger battery is the more impactful spec for day-to-day use, and the included charger adds tangible out-of-box value. The Samsung's charging speed edge is real but insufficient to offset a 1500 mAh capacity deficit.

Despite being a compact spec group, audio reveals a clear divergence in philosophy. The Honor 400 Smart 5G retains a 3.5 mm headphone jack — a feature the Samsung Galaxy A36 5G has dropped entirely. For users who own wired headphones or earphones, this is a meaningful practical difference: the Honor allows direct, zero-latency, no-dongle connections, while the Samsung requires either Bluetooth or a USB-C adapter for any wired listening.

The Honor also supports LDAC, Sony's high-resolution Bluetooth audio codec, which transmits up to three times more data than standard Bluetooth audio. For listeners who pair their phone with quality wireless headphones that support LDAC, this translates to audibly richer sound with less compression. The Samsung offers neither LDAC nor aptX Lossless, meaning its wireless audio quality is limited to standard codecs. Both phones feature stereo speakers, so speaker output is an equal proposition on either device.

This group goes decisively to the Honor 400 Smart 5G. It gives wired headphone users a direct connection without adapters, and wireless listeners access to higher-fidelity Bluetooth audio via LDAC — two meaningful advantages the Samsung cannot match based on the provided data.

Wireless connectivity is where the Samsung Galaxy A36 5G quietly pulls ahead in several ways. Most notably, it supports Wi-Fi 6 (802.11ax) in addition to Wi-Fi 4 and 5, while the Honor 400 Smart 5G tops out at Wi-Fi 5. Wi-Fi 6 delivers better performance in congested environments — busy offices, public spaces, or homes with many connected devices — through more efficient spectrum management and reduced latency. The A36 also carries a newer Bluetooth 5.3 radio versus the Honor's 5.1, which brings incremental improvements in connection stability and energy efficiency, particularly relevant for users who stay paired to wireless audio devices throughout the day.

SIM flexibility is another area where the Samsung leads. The Galaxy A36 supports dual physical SIM plus dual eSIM configurations, offering significantly more flexibility for travelers, dual-line users, or those looking to add a data-only plan without a second physical card. The Honor is limited to two physical SIM slots with no eSIM support. On cellular speed, the A36 also edges ahead with a peak download of 2900 Mbits/s versus the Honor's 2500 Mbits/s, though both figures are theoretical maximums dependent on carrier infrastructure. A more tangible sensor difference: the A36 includes a gyroscope, which the Honor lacks — relevant for augmented reality applications, immersive gaming, and precise motion-based navigation.

Both phones share NFC, GPS, USB Type-C, fingerprint scanning, and 5G support, so the fundamentals are equally covered. But the cumulative weight of Wi-Fi 6, newer Bluetooth, eSIM support, and a gyroscope gives the Samsung Galaxy A36 5G a clear connectivity edge — particularly for users who value future-proofing and flexibility in how they connect.

The Miscellaneous group offers no differentiation between these two devices. Every spec provided — video light presence, absence of sapphire glass, flat display, and no e-paper panel — is identical across the Honor 400 Smart 5G and the Samsung Galaxy A36 5G.

This is a clear tie. Based strictly on the data in this group, neither phone holds any advantage over the other, and this category does not factor into the overall decision between the two devices.