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

Both phones share the same fundamental design philosophy — non-folding, non-rugged slabs with waterproofing — but the details reveal meaningful differences. The most significant is the water resistance rating: the Redmi Note 14 Pro carries an IP68 certification versus the Galaxy A36's IP67. In practice, IP68 allows submersion at greater depths and for longer durations, making it more reassuring for accidental drops in water. IP67 is still solid protection for everyday splashes and brief submersion, but IP68 is the clear winner here.

In terms of form factor, the two phones take noticeably different approaches. The Galaxy A36 is slimmer at 7.4 mm thick but considerably wider at 78.2 mm, which can make one-handed use more of a stretch. The Redmi Note 14 Pro is thicker at 8.4 mm but narrower at 74.4 mm, giving it a taller, more traditional in-hand feel that many users find more ergonomic. The Redmi is also marginally lighter at 190 g versus 195 g, though this 5 g difference is barely perceptible in daily use.

Overall, the Redmi Note 14 Pro holds a design edge in this group, primarily due to its superior IP68 water resistance and its narrower, slightly lighter profile. The Galaxy A36's slimmer chassis is a real advantage for those who prefer a sleeker feel in the pocket, but it doesn't outweigh the Redmi's better waterproofing and more hand-friendly width.

On paper, these are both OLED/AMOLED panels with 120Hz refresh rates and nearly identical screen sizes, but the Redmi Note 14 Pro pulls significantly ahead on the specs that matter most for visual quality. Its 1220 x 2712 px resolution translates to a pixel density of 446 ppi, compared to the Galaxy A36's 385 ppi — a gap large enough to be visible when reading fine text or viewing detailed photos up close. Sharper pixels mean crisper, more lifelike imagery, and 446 ppi is comfortably into ″retina-level″ territory where individual pixels become imperceptible.

The brightness difference is where the Redmi truly separates itself. A typical brightness of 3000 nits versus the A36's 1200 nits is not a minor spec bump — it is more than double the luminance. In direct sunlight, the Redmi will remain far more legible, a tangible everyday advantage for outdoor users. The Redmi also adds Dolby Vision support on top of the HDR10 and HDR10+ that both phones share, unlocking a wider range of HDR-mastered streaming content from platforms that use Dolby's ecosystem. The A36 gets no equivalent exclusive HDR standard. Additionally, the Redmi upgrades to Gorilla Glass Victus 2, which offers marginally better drop resistance than the Victus on the A36, though both provide solid scratch and impact protection.

The Galaxy A36 has no meaningful display advantage in this group — its slightly larger screen size is negligible at just 0.03 inches. The Redmi Note 14 Pro wins the display category clearly, offering higher sharpness, dramatically superior brightness for outdoor visibility, broader HDR format support, and a newer generation of protective glass.

A shared 4nm process node and identical 12GB RAM figures might suggest these two phones perform in the same league, but the benchmark results tell a very different story. The Redmi Note 14 Pro's Dimensity 7300 scores roughly 720,000 on AnTuTu against the Galaxy A36's Snapdragon 6 Gen 3 at around 619,500 — a ~16% gap that already points to a faster chip. The Geekbench 6 results, however, reveal the real magnitude: the Redmi scores 2051 single-core and 6487 multi-core, compared to the A36's 1007 and 2917 respectively. That is roughly a 2x advantage across the board, meaning faster app launches, snappier UI responsiveness, and significantly more headroom for sustained workloads like gaming or video editing.

Memory bandwidth is another area where the Redmi pulls away. Its RAM operates at 6400 MHz versus the A36's 2750 MHz — more than double the throughput — which directly translates to faster data transfer between the CPU and memory, reducing bottlenecks in multitasking and memory-intensive applications. The Redmi also ships with 512GB of internal storage (double the A36's 256GB) and supports a higher maximum RAM configuration of 16GB, giving it more room to grow for users who push their devices hard.

There is no ambiguity in this group: the Redmi Note 14 Pro is the clear performance winner, and by a wide margin. The Galaxy A36's Snapdragon 6 Gen 3 is a capable mid-range chip, but it cannot match the Dimensity 7300's benchmark output, memory bandwidth, or storage capacity. For users who prioritize raw speed and future-proofing, the Redmi holds a decisive advantage here.

The camera specs for these two phones share a nearly identical feature set — OIS, phase-detection autofocus, 4K/30fps video, slow-motion, HDR mode, and the same manual controls across the board. The defining difference, however, is impossible to overlook: the Redmi Note 14 Pro's main sensor clocks in at a staggering 200 MP, compared to the Galaxy A36's 50 MP. A 200MP sensor captures far more raw detail, enabling aggressive crops without visible quality loss and producing high-resolution output for large prints or detailed zoom-ins. The Redmi's main lens also has a marginally wider aperture of f/1.7 versus the A36's f/1.8, which allows slightly more light in — a small but real advantage in low-light conditions.

The selfie camera gap is less dramatic but still meaningful. The Redmi offers a 20MP front shooter against the A36's 12MP, which translates to more detail in selfies and better flexibility when cropping or zooming into portrait shots. Both front cameras share the same f/2.2 aperture, so the advantage is purely in resolution. It is worth noting that both phones carry an identical third lens at just 2MP (Redmi) and 5MP (Samsung) for depth sensing — neither is a particularly strong ultrawide or telephoto option, and neither offers optical zoom.

The Redmi Note 14 Pro takes this category, driven by its 200MP primary sensor and higher-resolution front camera. The Galaxy A36's 50MP main shooter is respectable for its class, but given that every other camera feature is effectively tied, the Redmi's resolution advantage and slightly wider aperture give it a clear and practical edge for users who prioritize photographic detail and low-light capability.

The software landscape for these two phones is remarkably uniform — both run Android with dark mode, dynamic theming, split-screen multitasking, picture-in-picture, on-device machine learning, and a comprehensive suite of privacy controls including camera/microphone toggles and app tracking blocks. Given how much overlap exists, the differences narrow down to just two meaningful points. The most impactful is the Android version: the Galaxy A36 ships with Android 15 while the Redmi Note 14 Pro launches on Android 14. A newer base OS version means access to the latest platform security patches, privacy enhancements, and system-level features from day one — a tangible advantage, particularly for users who keep their phones for several years.

The only other differentiator is app offloading. The Galaxy A36 supports app offloading — the ability to remove an app's installation files while retaining its data — whereas the Redmi does not. For users managing limited storage on a 256GB device, this is a practical space-saving tool that avoids the frustration of losing progress or settings when freeing up storage. It is a minor feature in isolation, but useful enough to be worth noting.

This category goes to the Samsung Galaxy A36 5G, and the reasoning is straightforward: a newer out-of-the-box Android version is a foundational software advantage, and the addition of app offloading gives it a small but real practical edge. The Redmi's Android 14 base is by no means obsolete, but all else being essentially equal, starting a generation ahead on the OS is the deciding factor here.

Strip away the branding and these two battery specs are nearly identical. Both pack large cells — 5000 mAh on the Galaxy A36 versus 5110 mAh on the Redmi Note 14 Pro — and both support 45W fast charging with no wireless charging option. The 110 mAh capacity difference is negligible in real-world use; it would not produce a noticeable difference in screen-on time or the number of days between charges for typical users.

The one concrete differentiator in this group is in the box: the Redmi Note 14 Pro includes a charger in the package, while the Galaxy A36 does not. For users who do not already own a compatible 45W USB-C adapter, this is an immediate added cost with the Samsung — and at the 45W tier, a quality charger is not cheap. It is a straightforward value consideration that tips the practical advantage to the Redmi.

As a category, battery is essentially a tie on performance, but the Redmi Note 14 Pro earns a narrow overall edge here solely because it ships with the charger included. The Galaxy A36 matches it on every technical spec, making the in-box accessory the sole deciding factor.

Audio hardware is largely a wash between these two phones — both drop the 3.5mm headphone jack, feature stereo speakers, and omit FM radio. For wired audio purists, neither offers a reprieve; adapters or Bluetooth are the only paths forward on both devices. The stereo speaker setup is a shared win for media consumption, providing a wider, more immersive soundstage than a single-driver setup.

Where the Redmi Note 14 Pro distinguishes itself is with LDAC support — Sony's high-quality Bluetooth audio codec that can transmit up to three times more data than standard SBC Bluetooth. For users with LDAC-compatible wireless headphones or earbuds, this means near-lossless audio quality over Bluetooth, preserving detail that standard codecs compress away. The Galaxy A36 lacks LDAC entirely, limiting it to lower-bandwidth Bluetooth audio options regardless of how capable the headphones on the other end may be.

The Redmi Note 14 Pro takes this category. LDAC is a meaningful advantage for anyone invested in quality wireless audio gear, and it comes at no cost to shared features — both phones are otherwise identical in their audio hardware. The Galaxy A36 has no compensating audio feature to offset the omission.

The connectivity foundations are virtually identical — both phones support 5G, Wi-Fi 6, USB Type-C (USB 2.0), NFC, GPS, and the full standard sensor suite including gyroscope, accelerometer, and compass. The Redmi Note 14 Pro edges ahead on Bluetooth 5.4 versus the A36's 5.3, a minor generational step that brings marginally improved connection stability and efficiency, though in practice the real-world difference is minimal for most users. More notably, the Redmi's cellular speeds reach 3270 Mbits/s symmetrically for both upload and download, compared to the A36's 2900 Mbits/s down and 1600 Mbits/s up. The upload gap is the more striking figure — the Redmi can push data to the network roughly twice as fast, a meaningful advantage for users who frequently upload large files, stream live video, or use cloud backup on the go.

Two other differences stand out. The Galaxy A36 supports eSIM — in fact, up to two eSIMs alongside physical SIM slots — while the Redmi is limited to two physical SIM cards with no eSIM capability. For frequent travelers or users who like to maintain separate work and personal numbers digitally without carrying extra physical cards, eSIM support is a genuine convenience advantage. Conversely, the Redmi Note 14 Pro includes an infrared sensor, which allows the phone to function as a universal remote for TVs, air conditioners, and other IR-controlled appliances — a niche but handy feature the A36 entirely lacks.

This category is genuinely split. The Galaxy A36 wins on SIM flexibility with eSIM support, while the Redmi Note 14 Pro counters with faster upload speeds and an infrared blaster. Neither phone holds an across-the-board edge; the better choice here depends on whether eSIM support or IR control matters more to the individual user.

This is a lean spec group with limited room for differentiation. Both phones share a video light, lack sapphire glass, and skip e-paper displays — none of which are surprising or meaningful distinctions at this price tier. The only point of divergence is the curved display on the Redmi Note 14 Pro, which the Galaxy A36 does not have.

A curved screen is largely an aesthetic and ergonomic choice. The gentle edge curvature can make the phone feel more refined in hand and give the display a more immersive, edge-to-edge appearance. The trade-off is that curved panels are slightly more susceptible to edge damage from drops and can introduce accidental touch inputs along the sides — a consideration worth noting for users who prioritize durability. The Galaxy A36's flat display, by contrast, is more forgiving in cases and generally easier to apply screen protectors to.

Whether the curved display is an advantage or a drawback is genuinely subjective, but based strictly on the data, it is the Redmi Note 14 Pro's only distinguishing feature in this group. Users who value a premium, sculpted look will favor it; those who prioritize practicality and repairability may prefer the A36's flat panel. As a category, this is effectively a tie with a minor stylistic edge to the Redmi.