Oppo A5 Pro (Global) VS Samsung Galaxy A36 5G

Both phones are waterproof and share a remarkably similar physical footprint, but there are meaningful differences beneath the surface. The most significant is water resistance certification: the Oppo A5 Pro carries an IP68 rating, while the Samsung Galaxy A36 5G is rated IP67. In practical terms, IP68 allows for submersion beyond the standard 1-meter depth tested by IP67, making the A5 Pro the safer choice if accidental drops in deeper water — a pool, a sink full of water — are a concern. For everyday splashes and rain, both are equally protected.

In terms of physical form, the two phones are nearly indistinguishable by weight — 194 g versus 195 g — a difference no user will ever feel. The A36 5G is marginally slimmer at 7.4 mm compared to the A5 Pro's 7.8 mm, and its slightly smaller total volume (94.27 cm³ vs 97.05 cm³) means it is fractionally more compact overall, despite being a bit wider. Neither device has a rugged build or folding form factor, so both target the same mainstream audience.

The Oppo A5 Pro holds a clear edge in design for users who prioritize water resistance, thanks to its superior IP68 certification. The Samsung Galaxy A36 5G counters with a slightly slimmer and more compact body, but this is a minor ergonomic advantage. For anyone who spends time near water or simply wants extra peace of mind, the A5 Pro's higher ingress protection is the decisive differentiator in this category.

The display is where these two phones diverge most dramatically. The Galaxy A36 5G uses an AMOLED panel, while the Oppo A5 Pro relies on an LCD IPS screen — a fundamental technology gap that affects nearly every visual experience on the device. AMOLED produces true blacks by turning pixels off entirely, delivers richer contrast and more vibrant colors, and typically consumes less power when rendering dark content. For everyday tasks like scrolling social media, watching video, or using dark mode, the A36 5G's panel will simply look more vivid and punchy.

The resolution gap reinforces this advantage. The A36 5G's 1080 x 2340 px resolution at 385 ppi is significantly sharper than the A5 Pro's 720 x 1604 px at 264 ppi — a difference that is visibly noticeable when reading small text or viewing detailed images. The A36 5G also supports HDR10 and HDR10+, meaning compatible streaming content will render with expanded dynamic range and more accurate highlights. Add in an Always-On Display and branded damage-resistant glass, and the A36 5G's screen package is comprehensively more capable. The shared 120Hz refresh rate is the one area where both phones stand equal, ensuring smooth scrolling on either device.

The Samsung Galaxy A36 5G holds a decisive advantage in display. The combination of AMOLED technology, full-HD+ sharpness, HDR support, and screen protection makes it the stronger choice for anyone who values visual quality — which, on a smartphone used for media, gaming, or just daily browsing, is essentially everyone.

Under the hood, the Galaxy A36 5G pulls ahead meaningfully. Its Snapdragon 6 Gen 3 is built on a 4 nm process node, compared to the 6 nm Dimensity 6300 in the Oppo A5 Pro — a smaller node generally translates to better power efficiency and thermal performance under sustained load. The Geekbench 6 scores make the gap concrete: the A36 5G posts 1007 single-core and 2917 multi-core, versus the A5 Pro's 782 single-core and 2012 multi-core. Single-core performance in particular drives everyday responsiveness — app launches, UI animations, and general snappiness — so the roughly 29% advantage here is something users will actually feel.

The memory architecture tells a similar story. The A36 5G ships with 12 GB of DDR5 RAM running at 2750 MHz and a peak memory bandwidth of 25.6 GB/s, while the A5 Pro offers 8 GB of DDR4 RAM at 2133 MHz with 17.07 GB/s bandwidth. More RAM means more apps can remain open in the background without being force-closed, and the faster DDR5 interface reduces bottlenecks when the CPU and GPU are working hard. Storage is identical at 256 GB on both devices, so that is a non-factor.

Across every meaningful performance metric — chipset efficiency, CPU throughput, RAM capacity, and memory speed — the Samsung Galaxy A36 5G has a clear and well-rounded advantage. The A5 Pro is a capable mid-range performer, but the A36 5G is the stronger choice for users who multitask heavily, play games, or simply want their phone to feel fast for longer into its lifecycle.

Camera hardware is another area where the Galaxy A36 5G builds a tangible lead. Both phones open with the same 50 MP primary sensor, but the A36 5G pairs it with an 8 MP ultrawide and a 5 MP macro lens, creating a proper three-camera system. The Oppo A5 Pro counters with just a 2 MP secondary lens — a depth sensor in all but name, offering little practical photographic versatility. For users who want to switch between shooting styles — wide environmental shots, close-up details, or standard portraits — the A36 5G's setup is meaningfully more flexible.

Two other differentiators stand out. The A36 5G includes optical image stabilization (OIS), which the A5 Pro lacks entirely. OIS physically counteracts hand movement during capture, producing sharper photos in low light and smoother handheld video — it is one of the most impactful camera hardware features for real-world image quality. The front camera gap is also notable: the A36 5G's 12 MP selfie camera resolves considerably more detail than the A5 Pro's 8 MP shooter, which matters for video calls and self-portraits alike.

Where manual controls, autofocus behavior, and shooting modes are concerned, both phones are essentially identical — phase-detection autofocus, HDR, panorama, slow-motion, and a full suite of manual adjustments are present on each. But the structural advantages of a triple-lens rear system, OIS, and a higher-resolution front camera give the Samsung Galaxy A36 5G a clear edge in cameras that the A5 Pro cannot offset with shared features alone.

Rarely does a specification group produce a result this unambiguous: based on the provided data, the Oppo A5 Pro and the Samsung Galaxy A36 5G run identical software feature sets across every single tracked attribute. Both launch on Android 15, and both support the same breadth of privacy controls — including camera and microphone toggles, app tracking blockers, and location permissions — as well as productivity staples like split-screen multitasking, Picture-in-Picture, widgets, and offline voice recognition.

Quality-of-life features are equally matched: dark mode, dynamic theming, extra dim mode, full-page screenshots, customizable notifications, battery health checks, and a media picker are all present on both devices. Neither phone offers direct OS updates from Google, Wi-Fi password sharing, focus modes, or PC mode — again, a symmetrical result. Every privacy, usability, and utility checkbox in this dataset lands the same way for each product.

This group is a complete tie. There is no software feature in the provided specs that distinguishes one device from the other, and a buyer's decision here will come down entirely to factors covered in other specification groups rather than anything in the operating system category.

Battery capacity is where the Oppo A5 Pro reclaims ground lost in other categories. Its 5800 mAh cell holds a meaningful 16% more energy than the Galaxy A36 5G's 5000 mAh battery. In practical terms, that gap can translate to several additional hours of screen-on time over a full day, and it makes a real difference for users who are away from a charger for extended periods — travel days, long commutes, or outdoor use. It is the A5 Pro's clearest hardware advantage in this comparison so far.

Charging speed is identical: both devices support 45W fast charging, so the time spent tethered to a wall is comparable once the battery is depleted. Neither phone offers wireless charging, and neither has a removable battery — standard trade-offs at this segment. One practical distinction, however, is that the A5 Pro includes a charger in the box, while the Galaxy A36 5G does not. For buyers who don't already own a compatible 45W adapter, this is a hidden cost worth factoring into the purchase decision.

The Oppo A5 Pro edges ahead in battery. The larger capacity gives it a stamina advantage on paper, and the bundled charger adds immediate out-of-box value. The A36 5G's smaller cell is not inadequate for a typical day of use, but users who prioritize longevity or frequently go long stretches without charging will find the A5 Pro's battery setup more reassuring.

The audio spec sheet for these two phones is a mirror image. Both feature stereo speakers, and both omit LDAC, aptX Lossless, and a built-in radio. There is simply nothing in the provided data that separates them on audio hardware.

The presence of stereo speakers on each device is worth noting as a shared positive — it means sound is spatially spread across two drivers rather than a single mono output, which noticeably improves the experience when watching video or playing games without headphones. The absence of high-resolution Bluetooth codecs like LDAC or aptX Lossless is a shared limitation for audiophiles using wireless headphones, though this is typical at the mid-range price tier.

This group is a complete tie. Based strictly on the available specs, neither phone holds any audio advantage over the other, and buyers with specific audio priorities should look to other specification groups to inform their decision.

Both the Oppo A5 Pro (Global) and Samsung Galaxy A36 5G support 5G connectivity, ensuring fast mobile data speeds. The Oppo A5 Pro supports Wi-Fi 4 (802.11n) and Wi-Fi 5 (802.11ac), while the Galaxy A36 5G goes a step further by also supporting Wi-Fi 6 (802.11ax), offering potentially faster and more reliable Wi-Fi performance. The Oppo A5 Pro features 2 SIM slots, while the Galaxy A36 5G can support 1 SIM, 1 eSIM, 2 SIM, or 2 eSIM options, offering more flexibility in network configuration.

Both phones include Bluetooth 5.3, NFC, a USB Type-C port with USB version 2, and a fingerprint scanner. The Oppo A5 Pro has an external memory slot, allowing for expandable storage, while the Galaxy A36 5G lacks this feature. Both devices offer GPS, a compass, an accelerometer, and a gyroscope for navigation and motion tracking.

For connectivity, both phones lack support for emergency SOS via satellite, crash detection, DLNA certification, an infrared sensor, a barometer, HDMI output, 3D facial recognition, and an iris scanner. Neither device includes a stylus or a built-in projector. The Oppo A5 Pro has a download speed of 3300 MBits/s, while the Galaxy A36 5G's download speed is slightly lower at 2900 MBits/s. Both devices support Galileo for satellite navigation.

The miscellaneous spec group offers no differentiating data between these two phones. Every tracked attribute — video light, sapphire glass, curved display, and e-paper display — resolves identically for both the Oppo A5 Pro and the Samsung Galaxy A36 5G. Both have a video light, and neither features any of the premium or niche display technologies listed.

This group is a complete tie. With so few data points shared uniformly across both devices, there is nothing here to sway a purchasing decision in either direction. Buyers should weigh the more substantive differences identified in other specification groups when making their final call.