Samsung Galaxy A36 5G VS Xiaomi Redmi Note 14 5G (Global)

Both phones share the same non-foldable, non-rugged form factor and are remarkably close in footprint, but there are meaningful differences in how they sit in the hand. The Samsung Galaxy A36 5G is notably slimmer at 7.4 mm versus the Redmi Note 14's 8 mm, a gap that sounds small on paper but translates to a noticeably sleeker feel in everyday use. The A36 is also slightly wider (78.2 mm vs 75.7 mm), yet despite that extra width its overall volume (94.27 cm³) is actually lower than the Redmi Note 14's (98.35 cm³), meaning Xiaomi packs more bulk into a narrower chassis — largely a consequence of its thicker profile. The Redmi Note 14 does weigh marginally less (190 g vs 195 g), though a 5 g difference is imperceptible in real-world handling.

The most consequential difference in this category is water protection. The A36 carries an IP67 rating, meaning it can withstand full submersion in up to 1 meter of fresh water for 30 minutes — a genuine lifeline if the phone is dropped in a sink or pool. The Redmi Note 14 holds only an IP64 rating, which protects against splashes and dust from any direction but offers no submersion protection whatsoever. In practical terms, the A36 is ″waterproof″ while the Redmi is merely ″splash-resistant,″ a distinction that matters greatly near water.

Overall, the Samsung Galaxy A36 5G holds a clear design advantage. Its slimmer build and smaller volume give it a more premium, pocketable feel, and its IP67 certification provides a substantially higher level of water protection — arguably the single most important real-world durability spec in this group. The Redmi Note 14's fractionally lighter weight does not offset these differences.

On paper, these two displays are strikingly similar — both are OLED/AMOLED panels running at 120Hz, both support HDR10+ and Always-On Display, and both land at 1080p resolution. In practice, the experience they deliver will be virtually indistinguishable to the vast majority of users. The screen size difference (6.7″ vs 6.67″) and pixel density gap (385 ppi vs 395 ppi) are far too narrow to perceive with the naked eye at normal viewing distances.

Where the two phones genuinely diverge is glass protection. The Samsung Galaxy A36 5G uses Gorilla Glass Victus, which is a full generation ahead of the Gorilla Glass 5 found on the Redmi Note 14. Gorilla Glass Victus is specifically engineered for superior drop and scratch resistance compared to its predecessors, meaning the A36's screen is measurably more likely to survive an accidental drop onto a hard surface without cracking. For a mid-range device that will see heavy daily use, this is a meaningful long-term durability advantage.

This category is largely a tie on display quality, but the Samsung Galaxy A36 5G earns a clear edge on screen durability thanks to Gorilla Glass Victus. If raw display performance is your priority, neither phone disappoints. If longevity and drop protection matter, the A36 is the safer bet.

The chipset gap here is significant. The Samsung Galaxy A36 5G runs on the Qualcomm Snapdragon 6 Gen 3, built on a modern 4 nm process, while the Redmi Note 14 relies on the MediaTek Dimensity 7025 at 6 nm. A smaller fabrication node generally means greater power efficiency and more headroom for performance — and the benchmarks confirm it decisively. The A36 scores 619,557 on AnTuTu versus the Redmi's 470,000, a roughly 32% lead. Geekbench 6 tells the same story: the A36 pulls ahead in both single-core (1007 vs 884) and multi-core (2917 vs 2291) results. In day-to-day terms, the A36 will handle app switching, gaming, and sustained workloads more fluidly, and it will likely age more gracefully as software demands grow over the next few years.

The Redmi Note 14 fights back on the memory subsystem side. It offers double the memory channels (4 vs 2) and double the peak memory bandwidth (51.2 GB/s vs 25.6 GB/s), which theoretically benefits GPU-heavy tasks and large data transfers. However, its actual GPU benchmark results still trail the A36 in practice, suggesting these architectural advantages are offset by the less capable Dimensity 7025 overall. More concretely useful is its 512 GB of internal storage — twice the A36's 256 GB — which is a tangible, everyday win for users who store large media libraries or avoid cloud storage.

The Samsung Galaxy A36 5G holds a clear performance advantage where it counts most: raw CPU throughput and real-world responsiveness. The Redmi Note 14's superior storage capacity is a genuine plus, but it cannot compensate for a meaningful chipset deficit. Users who prioritize smooth, future-proof performance should lean toward the A36; those who need maximum local storage on a budget may find the Redmi's trade-off acceptable.

The headline megapixel count favors the Redmi Note 14, with a 108 MP primary sensor against the A36's 50 MP — but this number is far less decisive than it appears. High-megapixel sensors in this segment rely heavily on pixel binning, combining multiple pixels into one for better low-light performance, which means the real-world sharpness advantage over a well-tuned 50 MP sensor is often negligible. More telling is the main aperture: the Redmi's f/1.7 lens admits slightly more light than the A36's f/1.8, which can make a marginal difference in low-light stills. On the selfie side, the Redmi again leads with a 20 MP front camera versus the A36's 12 MP, giving it a clearer resolution advantage for portrait and video calling scenarios.

Where the Samsung Galaxy A36 5G pulls decisively ahead is video. It tops out at 4K (2160p) at 30 fps, while the Redmi Note 14 is capped at 1080p at 30 fps — a significant gap for anyone who records travel footage, family moments, or content intended for large screens. 4K footage retains far more detail and allows for cropping in post without quality loss, making this a meaningful real-world differentiator. The A36's third lens also edges out at 5 MP versus the Redmi's 2 MP auxiliary sensor, though both are limited utility shooters in practice.

This category doesn't have a clean winner — it depends on what you shoot. The Redmi Note 14 has the edge for still photography enthusiasts who want maximum resolution and a brighter selfie camera. But for video recording, the Samsung Galaxy A36 5G holds a clear and unambiguous advantage with its 4K capability, which the Redmi simply cannot match.

The most consequential difference here is the Android version at launch. The Samsung Galaxy A36 5G ships with Android 15, while the Redmi Note 14 launches on Android 14. Starting a generation ahead matters because it means the A36 benefits from the latest platform-level security patches, privacy refinements, and system behaviors from day one — and statistically, it will reach end-of-support later, extending its useful lifespan. Neither phone receives direct OS updates (both rely on manufacturer-delivered updates), so the version you start with sets the ceiling for how current the experience feels out of the box.

Beyond the OS version, the two phones are almost identical in software feature set — a testament to how mature Android has become across manufacturers. Both offer dynamic theming, on-device machine learning, granular privacy controls for camera and microphone, split-screen multitasking, and picture-in-picture. One small but practical distinction: the A36 supports app offloading while the Redmi Note 14 does not. Offloading lets the system temporarily remove an app's executable while preserving its data, freeing storage without losing your settings or progress — a useful housekeeping tool on a device you plan to keep for several years.

The Samsung Galaxy A36 5G takes this category by a clear margin. A newer Android version at launch and the added utility of app offloading give it a tangible, if unspectacular, software advantage. For users who care about longevity and staying current, starting on Android 15 is a meaningful head start.

Capacity-wise, these two phones are essentially tied. The Redmi Note 14 holds a 5110 mAh battery against the A36's 5000 mAh — a 110 mAh difference that amounts to roughly 2% more energy and will have zero perceptible impact on daily endurance. Both phones also match exactly on charging speed at 45W, meaning refill times from empty to full will be virtually identical. Neither supports wireless charging, and neither has a removable battery, so those factors cancel out entirely.

The one tangible differentiator in this category is what's in the box. The Xiaomi Redmi Note 14 5G includes a charger in the package, while the Samsung Galaxy A36 5G does not. For buyers who don't already own a compatible 45W USB-C adapter, this is a real out-of-pocket cost to factor in — a quality fast charger can add anywhere from $15 to $30 to the effective price of the A36. It's a small but concrete disadvantage that Samsung has increasingly adopted across its lineup.

This category is a near-total draw on performance, but the Xiaomi Redmi Note 14 5G earns a practical edge by bundling a charger. For users buying fresh without an existing fast-charging brick, the Redmi delivers a complete, ready-to-use package out of the box — a convenience the A36 simply doesn't match here.

Stereo speakers are the one audio feature both phones share, and it's a meaningful one — dual-channel sound makes a noticeable difference for media consumption and speakerphone calls compared to a mono setup. Beyond that shared baseline, however, the Redmi Note 14 pulls ahead on every remaining audio dimension. It retains a 3.5 mm headphone jack, which the A36 omits entirely. For users with wired headphones or earbuds — still a large and practical group — this eliminates the need for a dongle and keeps the listening experience simple and lossless.

The Redmi Note 14 also supports LDAC, Sony's high-resolution Bluetooth audio codec capable of transmitting up to three times more data than standard Bluetooth audio. For anyone using LDAC-compatible wireless headphones, this translates to audibly higher fidelity — less compression, more detail, and a closer approximation of studio-quality sound. The A36 lacks LDAC support, meaning Bluetooth audio quality will be limited to lower-bandwidth codecs regardless of the headphones used. Additionally, the Redmi includes an FM radio receiver, a niche but genuinely useful feature in areas with good broadcast coverage or during emergencies when internet connectivity is unavailable.

Audio is a category the Xiaomi Redmi Note 14 5G wins convincingly. The combination of a headphone jack, LDAC support, and FM radio gives it a substantially richer audio feature set than the A36, which offers only stereo speakers by comparison. For music listeners in particular — whether wired or wireless — the Redmi is the meaningfully more capable device here.

Both phones cover the connectivity essentials competently — 5G, NFC, Bluetooth 5.3, USB-C, and a full sensor suite including gyroscope, accelerometer, and GPS are present on each. The meaningful splits emerge when you look at Wi-Fi and SIM flexibility. The Samsung Galaxy A36 5G supports Wi-Fi 6 (802.11ax), a full generation ahead of the Redmi Note 14 which tops out at Wi-Fi 5 (802.11ac). On a capable Wi-Fi 6 router, this translates to lower latency, better performance in congested environments with many connected devices, and slightly higher throughput — a relevant advantage in dense apartments or shared offices. The A36's peak download speed of 2900 Mbps vs the Redmi's 2770 Mbps reflects this, though both figures are well beyond what any current real-world network delivers to a single device.

SIM flexibility also breaks in the A36's favor. It supports eSIM alongside physical SIM cards, enabling configurations such as dual physical SIMs, a physical SIM plus eSIM, or even dual eSIM — useful for travelers or users managing personal and work numbers digitally. The Redmi Note 14 is limited to two physical SIM slots with no eSIM support. Conversely, the Redmi fights back with two features the A36 lacks: a microSD card slot for expandable storage, and an infrared sensor that lets the phone act as a universal remote for TVs and appliances — a niche but genuinely handy feature Xiaomi has long included in its devices.

This category is a split decision with no outright winner. The A36 offers a more future-proof wireless stack with Wi-Fi 6 and eSIM support, while the Redmi Note 14 counters with expandable storage and an infrared blaster. Which set of trade-offs matters more depends entirely on the user's priorities — flexible connectivity or flexible storage and device control.

The Miscellaneous category offers no differentiation between these two phones whatsoever. Both have a video light, neither uses sapphire glass, neither has a curved or e-paper display — every data point is identical. This is a complete tie by the available data.