Samsung Galaxy A36 5G VS Samsung Galaxy F56 5G

Both the Samsung Galaxy A36 5G and the Galaxy F56 5G are slim, non-rugged slabs of similar height — 162.9 mm vs 162 mm — making them near-identical in terms of how tall they sit in the hand. The real differentiators emerge when you look at weight and overall bulk. The F56 5G comes in at 180 g versus the A36 5G's 195 g, a 15-gram gap that, while it may sound minor on paper, is genuinely noticeable during extended one-handed use or when the phone is in a shirt pocket. Similarly, the F56 is marginally narrower (77.3 mm vs 78.2 mm) and thinner (7.2 mm vs 7.4 mm), which compounds into a meaningfully smaller total volume: 90.16 cm³ against 94.27 cm³.

That roughly 4% reduction in volume on the F56 5G means it achieves a slightly more refined, pocketable form factor overall. For users who prioritize a phone that feels light and unobtrusive throughout the day, these differences collectively tip in the F56's favor. Neither device offers a rugged build or foldable form factor, so both are conventional glass-slab designs with equivalent fragility considerations.

In terms of design, the Galaxy F56 5G holds a clear edge — it is lighter, thinner, and more compact across every physical dimension. This advantage is modest but consistent, and it speaks directly to day-to-day ergonomics and portability.

At the foundation, these two phones share the same display technology — OLED/AMOLED panels with identical 1080 x 2340 px resolution, a 120Hz refresh rate, and Gorilla Glass Victus protection. The screen sizes are virtually indistinguishable at 6.7″ and 6.74″, resulting in nearly identical pixel densities of 385 ppi and 382 ppi — a difference that is invisible to the naked eye. For everyday use, both panels will look sharp, fluid, and well-protected against scratches and drops.

Where the A36 5G pulls meaningfully ahead is in its HDR support. It is compatible with both HDR10 and HDR10+, meaning streaming content from platforms that support these standards will render with greater dynamic range — brighter highlights, deeper shadows, and more vivid colors. The F56 5G supports neither, so its AMOLED panel, while still capable, won't unlock that elevated visual experience for HDR content. Additionally, the A36 5G includes an Always-On Display, a practical convenience feature for checking time, notifications, or battery status at a glance without waking the phone — something the F56 5G omits entirely.

The Galaxy A36 5G has a clear display advantage. The shared fundamentals are strong on both devices, but the A36's HDR10/HDR10+ support and Always-On Display represent genuine, everyday-usable upgrades over the F56 5G, particularly for users who consume a lot of video content or value ambient glanceability.

Under the hood, these two phones take notably different approaches. The A36 5G runs on the Qualcomm Snapdragon 6 Gen 3 while the F56 5G is powered by the Samsung Exynos 1480 — both etched on a 4 nm process. Despite sharing that manufacturing advantage, the Exynos 1480 pulls ahead decisively in raw CPU benchmarks: Geekbench 6 single-core scores of 1161 vs 1007 and multi-core scores of 3398 vs 2917 indicate that the F56 5G will feel noticeably snappier in demanding tasks, from app launches to complex processing workloads. The F56's CPU cores also run at higher clock speeds across both its performance and efficiency clusters.

The GPU story favors the F56 5G even more strongly. Its Xclipse 530 runs at 1300 MHz compared to the A36's Adreno 710 at 800 MHz, and this is compounded by a dramatic memory subsystem advantage: the F56 offers 51.2 GB/s of memory bandwidth across 4 memory channels, versus just 25.6 GB/s across 2 channels on the A36. That doubled bandwidth directly feeds the GPU, meaning graphics-intensive games and tasks will have far more headroom on the F56. The one area where the A36 5G holds an edge is RAM — it ships with 12 GB versus the F56's 8 GB, which benefits heavy multitaskers keeping many apps alive in the background.

On balance, the Galaxy F56 5G has a clear performance advantage. Its superior CPU scores, significantly faster GPU clock, and doubled memory bandwidth outweigh the A36 5G's RAM lead for most use cases — particularly gaming and sustained performance scenarios. The A36's extra RAM offers some multitasking resilience, but the F56's raw processing and graphics power make it the stronger performer in this category.

The camera hardware on these two phones is strikingly similar. Both feature a triple-lens rear system anchored by a 50 MP main shooter and an 8 MP ultrawide, both offer OIS, phase-detection autofocus, and top out at 4K 30fps video. The front cameras match exactly at 12 MP with identical apertures. The only hardware difference in the rear array is the depth or macro tertiary lens: the A36 5G offers 5 MP while the F56 5G provides just 2 MP. In practice, neither ultra-low-resolution depth sensor dramatically changes portrait results — the primary computational work is done by software — but the A36's sensor does capture marginally more detail in that role.

The more meaningful divergence lies in video capability. The F56 5G supports HDR10 video recording, whereas the A36 5G does not. For users who shoot a lot of video and plan to watch or share it on HDR-capable screens, this means the F56 can capture footage with a wider dynamic range baked into the file — preserving detail in bright skies and shadowed faces simultaneously. It is a genuine advantage for videographers, even if it goes unnoticed by casual shooters.

This is a close category with a narrow split: the A36 5G has a slight edge in the tertiary lens, while the F56 5G counters with HDR10 video recording. For still photography, the two are functionally equivalent; for video enthusiasts, the F56 5G's HDR10 recording support tips the balance in its favor. Overall, this group is essentially evenly matched with each phone holding one minor advantage over the other.

When it comes to software, these two phones are carbon copies of each other. Both ship with Android 15 and carry an identical feature set across every single tracked specification — from privacy controls like location and camera/microphone permissions, to productivity features like split-screen, picture-in-picture, and dynamic theming. Neither receives direct OS updates, and neither supports features like Wi-Fi password sharing, focus modes, or PC mode.

This level of parity is not coincidental — both are Samsung devices running One UI on top of Android 15, so the software experience a user gets on one will be functionally indistinguishable from the other. Features like on-device machine learning, offline voice recognition, battery health check, and multi-user support are present on both, meaning there is no software-driven reason to choose one over the other.

This group is a complete tie. The operating system and software feature set are identical across every data point provided, and neither phone holds any advantage here. A buyer's decision in this category comes down entirely to other spec groups.

Battery specs tell the same story here as the operating system did — total parity. Both the Galaxy A36 5G and the Galaxy F56 5G pack a 5000 mAh cell, support 45W fast charging, and omit wireless charging entirely. Neither comes bundled with a charger in the box, and neither has a removable battery. There is simply no differentiator to analyze within the provided data.

A 5000 mAh capacity is a solid baseline for a modern Android phone at this screen size, and 45W wired charging is reasonably fast — capable of delivering a significant charge in under an hour in typical real-world conditions. The absence of wireless charging is a shared limitation worth noting for users who rely on charging pads, but again, it affects both devices equally.

This group is a complete tie. Every battery specification is identical across both phones, so this category offers no basis for preferring one over the other.

Audio is where a meaningful gap opens up despite an otherwise sparse spec set. Both phones drop the 3.5mm headphone jack and neither supports high-fidelity wireless codecs like LDAC or aptX Lossless — so wired analog audio and premium Bluetooth quality are off the table for both. However, the Galaxy A36 5G includes stereo speakers, while the F56 5G does not.

That distinction matters more than it might initially seem. Stereo speakers produce sound from two separate channels, creating width and spatial separation that makes media consumption — videos, music, gaming — noticeably more immersive when listening without headphones. A single mono speaker, by contrast, delivers a flatter, more directional sound. For anyone who regularly watches content or plays games at moderate to high volume through the phone's built-in speakers, the A36 5G will deliver a clearly more engaging experience.

The Galaxy A36 5G has a clear advantage in this category. The addition of stereo speakers is a practical, everyday-use upgrade that the F56 5G simply cannot match, making the A36 the stronger choice for users who prioritize built-in audio quality.

Across most connectivity fundamentals, these two phones are well matched — both support 5G, Wi-Fi 6, Bluetooth 5.3, USB Type-C, and the same suite of sensors including GPS, Galileo, gyroscope, and accelerometer. The real divergence comes down to two specific areas: NFC support and SIM flexibility. The Galaxy A36 5G includes NFC, enabling contactless payments and quick device pairing, while the F56 5G omits it entirely — a tangible daily-use limitation for anyone who relies on mobile payments or transit cards.

SIM configuration is the other notable split. The A36 5G supports not only dual physical SIMs but also eSIM — allowing users to hold up to two physical SIMs and two eSIMs simultaneously. The F56 5G is limited to 2 physical SIMs only, with no eSIM support. For frequent travelers or users who want to maintain separate personal and work lines digitally, the A36's eSIM capability is a meaningful practical advantage. On the cellular speed side, the F56 5G posts a higher 5G download speed of 3790 Mbits/s versus the A36's 2900 Mbits/s, though the A36 edges ahead on upload at 1600 Mbits/s compared to 1280 Mbits/s. In real-world use, both are fast enough that this gap is rarely felt.

The Galaxy A36 5G holds a clear connectivity advantage. The inclusion of NFC and eSIM support are both practical, widely-used features that the F56 5G simply lacks, and together they represent a more versatile and future-ready connectivity package regardless of the F56's marginal lead in peak download speed.

The miscellaneous specs for these two phones offer nothing to separate them. Both have a video light, and neither features sapphire glass, a curved display, or an e-paper display — every data point is identical.

This group is a complete tie. With no differentiators present in the provided data, this category has no bearing on a purchasing decision between the two devices.