Motorola Moto G56 VS Samsung Galaxy A36 5G

Both phones share a waterproof build with no rugged or foldable design, but the level of water protection differs meaningfully. The Moto G56 carries an IP68 rating, which certifies it for submersion beyond the standard depth and duration, while the Galaxy A36 5G is rated IP67 — still solid protection for splashes, rain, and brief accidental drops in water, but a step below. For most everyday situations this distinction won't matter, but IP68 provides a genuine edge for users who are regularly near water or want extra peace of mind.

Where the Galaxy A36 5G pulls ahead is in physical form factor. At 7.4 mm thick and 195 g, it is noticeably slimmer and lighter than the Moto G56's 8.4 mm and 200 g. A 1 mm difference in thickness is actually quite perceptible when sliding a phone in and out of a pocket, and the overall volume difference — 94.27 cm³ vs 106.26 cm³ — confirms the A36 is the more compact device despite being marginally wider. That extra compactness translates to a phone that feels less bulky during prolonged one-handed use.

In summary, design is a split: the Moto G56 has the stronger water resistance certification, while the Galaxy A36 5G wins on sleekness and everyday ergonomics. Users who prioritize a slimmer, lighter feel will prefer the A36, while those who want the highest water protection should lean toward the G56.

The single biggest differentiator here is panel technology. The Moto G56 uses an LCD IPS display, while the Galaxy A36 5G features an OLED/AMOLED panel. In practice, this means the A36 delivers true blacks, higher contrast, and more vibrant colors — because each pixel generates its own light and can switch off completely. No LCD, regardless of how well-tuned, can match OLED's contrast ratio. This also enables the A36's Always-On Display, a feature the G56 entirely lacks, letting users glance at time and notifications without fully waking the screen.

The A36 also pulls ahead on brightness and glass protection. Its 1200 nits typical brightness versus the G56's 1000 nits means better outdoor readability in direct sunlight. Additionally, the A36 is protected by Gorilla Glass Victus, a newer and more impact-resistant generation than the G56's Gorilla Glass 7i, making it more resilient against drops onto hard surfaces. The A36 further supports HDR10 and HDR10+, so streaming HDR content from compatible platforms will render with greater dynamic range and tonal accuracy — a capability the G56 completely lacks.

The G56 does match the A36 on 120Hz refresh rate and comes close on pixel density (392 ppi vs 385 ppi), meaning scrolling smoothness and sharpness are essentially equal. But those are the only areas where it keeps pace. The Galaxy A36 5G holds a decisive display advantage across panel quality, brightness, glass durability, and HDR support — making it the clear winner in this category.

At the heart of these two phones are fundamentally different chipsets. The Moto G56 runs on a MediaTek Dimensity 7050 built on a 6 nm process, while the Galaxy A36 5G uses a Qualcomm Snapdragon 6 Gen 3 on a more advanced 4 nm node. The smaller fabrication process generally allows for better performance-per-watt, and the benchmark scores reflect a real gap: the A36 scores 619,557 on AnTuTu versus the G56's 475,000 — roughly a 30% lead. Geekbench 6 confirms this across both single-core (1007 vs 936) and multi-core (2917 vs 2257) tests, meaning the A36 handles demanding apps, multitasking, and sustained workloads more comfortably.

A few specs favor the G56 in nuanced ways. Its RAM operates at a faster 3200 MHz versus the A36's 2750 MHz, and it offers 4 memory channels compared to just 2 on the A36 — which can improve memory bandwidth for certain workloads. The G56 also supports a higher maximum RAM of 16 GB and has a lower TDP of 5W versus 7W, suggesting the Dimensity chip runs cooler under load. However, these advantages don't offset the A36's overall performance lead in real-world usage scenarios.

Both devices ship with identical 12 GB RAM and 256 GB storage, so day-to-day memory availability is the same. The Galaxy A36 5G is the clear performance winner here, offering a meaningfully faster chip that will translate to snappier app launches, smoother gaming, and better longevity as software demands grow over time.

The rear camera systems differ in two meaningful ways: lens count and stabilization. The Galaxy A36 5G fields a triple-camera setup (50, 8, and 5 MP) against the Moto G56's dual-camera system (50 and 8 MP), giving the A36 an additional 5 MP sensor for macro or depth use cases. More importantly, the A36's main lens has a wider f/1.8 aperture compared to the G56's f/2.2 — a difference that allows meaningfully more light to hit the sensor, which typically translates to better low-light photos. Compounding this, the A36 is the only one of the two equipped with optical image stabilization (OIS), which physically compensates for hand tremor during shots and video recording. Without OIS, the G56 relies solely on software stabilization, which is less effective — particularly in dim conditions where longer exposures amplify blur.

The front camera tells the opposite story. The Moto G56 packs a 32 MP selfie shooter versus the A36's 12 MP, and both share the same f/2.2 aperture. Higher megapixel count on the front camera can offer more detail and better cropping flexibility for selfies, though real-world quality also depends heavily on processing. Aside from resolution, both front cameras are otherwise spec-identical per the provided data.

Across the full camera package, the Galaxy A36 5G holds the stronger position. The wider main aperture and — critically — the presence of OIS are practical advantages that affect photo quality in everyday shooting conditions. The G56's higher-resolution front camera is a genuine plus for selfie-focused users, but it doesn't outweigh the A36's rear camera advantages for most use cases.

This is a rare category where the data tells a straightforward story: across every single specified OS feature, the Motorola Moto G56 and the Samsung Galaxy A36 5G are in complete lockstep. Both launch on Android 15, both include the same privacy controls — location, camera and microphone permissions, clipboard warnings, and app tracking blocking — and both support the same productivity and usability features such as split-screen multitasking, picture-in-picture, widgets, and dynamic theming.

Notably, neither phone receives direct OS updates (meaning neither gets updates straight from Google, relying instead on manufacturer-mediated rollouts), and both equally lack a small number of features such as cross-site tracking blocking, Wi-Fi password sharing, and focus modes. These shared absences are worth flagging, but since they apply equally to both devices, they don't shift the competitive balance.

Based strictly on the provided specifications, this category is an exact tie. There is no differentiator — not a single feature present on one device and absent on the other. Users choosing between these two phones will find no software-level reason to favor either one based on this data alone.

Battery is a classic capacity-versus-speed trade-off between these two phones. The Moto G56 carries a larger 5200 mAh cell compared to the Galaxy A36 5G's 5000 mAh — a 200 mAh difference that is relatively modest in practice, but does edge the G56 toward slightly longer time between charges under equivalent usage conditions. Neither phone supports wireless charging, so both rely entirely on wired top-ups.

Where the A36 flips the equation is charging speed. Its 45W fast charging is a meaningful step up over the G56's 30W, translating to noticeably shorter time plugged in when you do need to recharge. For users with unpredictable schedules who rely on short charging windows, faster wired charging can be more valuable day-to-day than a marginal capacity advantage.

The verdict here depends on usage patterns. If maximizing time away from the charger is the priority, the Moto G56's 5200 mAh gives it a slight edge. But for users who charge opportunistically and value getting back to full quickly, the Galaxy A36 5G's 45W charging is the more practical advantage. On balance, the two phones are closely matched, with each holding a genuine but narrow lead in its respective strength.

With only a handful of audio specs to compare, one difference stands out immediately: the Moto G56 retains a 3.5 mm headphone jack, while the Galaxy A36 5G does not. For users who own wired headphones or earphones — whether for sound quality, reliability, or simply avoiding the need to charge yet another accessory — this is a tangible everyday convenience. The A36's omission of the jack means users must either rely on Bluetooth audio or carry a USB-C adapter for wired listening.

On wireless audio quality, the two phones are identical — neither supports LDAC nor aptX Lossless, meaning neither offers hi-res Bluetooth audio codec support beyond standard options. Both also feature stereo speakers, so for media consumption without headphones, the out-loud listening experience is comparable on paper.

The Moto G56 holds a clear edge in this category. The presence of a headphone jack is the sole differentiator, but it is a meaningful one for a significant portion of users — particularly those who prefer wired audio or use the phone in contexts where Bluetooth isn't practical. Users who are already fully wireless will find this a non-issue, but for everyone else, the G56's inclusion of the jack is a genuine advantage.

Three differences are worth unpacking here. First, the Galaxy A36 5G supports Wi-Fi 6 (802.11ax) in addition to Wi-Fi 4 and 5, while the Moto G56 tops out at Wi-Fi 5. Wi-Fi 6 delivers faster throughput, lower latency, and better performance in congested environments — such as dense apartment buildings or offices with many connected devices. This also aligns with the A36's higher stated speeds: 2900 Mbps download / 1600 Mbps upload versus the G56's 2770 Mbps / 1250 Mbps, with the upload gap being particularly notable for video calls or cloud backups.

Second, the A36 offers considerably more SIM flexibility. It supports up to 2 physical SIMs plus 2 eSIMs, versus the G56's 1 SIM and 1 eSIM. For frequent travelers or users managing personal and work lines simultaneously, the A36's dual-SIM dual-eSIM configuration is a practical advantage. In exchange, the Moto G56 includes a microSD card slot for expandable storage — a feature the A36 entirely drops. For users who rely on external storage to supplement their device's built-in capacity, this is a meaningful trade-off.

On the remaining specs — 5G, Bluetooth 5.3, NFC, USB-C, GPS, and onboard sensors — the two phones are fully matched. The Galaxy A36 5G holds the stronger hand overall in this category, with Wi-Fi 6 and superior SIM flexibility outweighing the G56's advantage, though the G56's microSD slot remains a genuine differentiator for storage-conscious users.

The miscellaneous specs for these two phones are identical across every data point provided. Both include a video light, and neither features a sapphire glass display, a curved screen, or an e-paper display. There is simply nothing in this group that separates them.

This is a complete tie — no advantage can be assigned to either device based on the available data here.