Oppo A5 Pro (Global) VS Vivo Y31 Pro 5G

The most significant differentiator in this group is water protection. The Oppo A5 Pro carries an IP68 rating, meaning it is fully waterproof and can withstand submersion in water — a level of protection typically reserved for premium devices. The Vivo Y31 Pro 5G, by contrast, holds an IP64 rating, which only guards against water splashes from any direction, not immersion. In practical terms, the Oppo can survive an accidental drop in a sink or pool, while the Vivo offers only basic splash resistance. For users in wet environments or those prone to accidents near water, this is a meaningful real-world advantage for the Oppo.

On physical form, the Oppo A5 Pro is also the more compact and lighter device. At 194 g and 7.8 mm thick, it is noticeably lighter than the Vivo's 208 g and slightly slimmer than the Vivo's 8.1 mm. A 14-gram difference is perceptible during extended one-handed use, and the thinner profile contributes to a more premium in-hand feel. The overall volume figures reinforce this: the Oppo displaces roughly 97 cm³ versus the Vivo's 102 cm³, confirming a more compact footprint despite nearly identical height and width dimensions.

Both phones share a standard, non-rugged, non-foldable slab design, so neither caters to extreme-use scenarios beyond their respective IP ratings. Overall, the Oppo A5 Pro holds a clear edge in this group — it is lighter, slimmer, and offers substantially stronger water protection with its IP68 certification.

Both phones use an LCD IPS panel with a 120Hz refresh rate, so scrolling and animations will feel equally fluid on either device. The screen sizes are also virtually identical at 6.67″ and 6.72″ respectively, meaning the day-to-day viewing experience starts from the same baseline. However, beneath these surface similarities lies a substantial gap in image quality.

The sharpness difference is the defining factor here. The Vivo Y31 Pro 5G renders at 1080 x 2408 px — a full HD+ resolution — yielding a pixel density of 393 ppi. The Oppo A5 Pro, by contrast, tops out at 720 x 1604 px with only 264 ppi. At typical viewing distances, text and fine detail on the Oppo will appear noticeably softer. For reading, browsing, or streaming video, the Vivo's sharper panel is a tangible everyday advantage.

The Vivo also includes branded damage-resistant glass — a protection the Oppo lacks — making its screen more resilient against scratches and minor drops. Neither device supports HDR10, HDR10+, or Dolby Vision, so neither has an edge in color volume or high dynamic range content. Overall, the Vivo Y31 Pro 5G takes a clear win in this group, combining a significantly sharper display with added screen durability.

On paper, these two phones share the same storage capacity and base RAM, but the silicon underneath tells a very different story. The Vivo Y31 Pro 5G is powered by the MediaTek Dimensity 7300, built on a 4 nm process, while the Oppo A5 Pro runs the Dimensity 6300 on a 6 nm node. The smaller fabrication process in the Vivo translates directly into greater power efficiency and thermal headroom — meaning it can sustain higher performance for longer without throttling.

The benchmark gap confirms this in concrete terms. The Vivo leads in Geekbench 6 single-core (1026 vs 782) and pulls significantly further ahead in multi-core (2932 vs 2012) — roughly a 46% advantage in sustained workloads. That kind of margin is felt in real use: faster app launches, smoother multitasking, and more headroom for demanding games. The Vivo's GPU also clocks in at 1047 MHz versus the Oppo's 950 MHz, giving it a modest but real edge in graphics-intensive tasks. Compounding this, the Vivo's memory runs on DDR5 at 6400 MHz, compared to the Oppo's DDR4 at 2133 MHz — a generational leap that reduces bottlenecks when the CPU and GPU demand rapid data access.

The Vivo also supports a higher maximum RAM configuration of 16 GB versus the Oppo's 12 GB cap, offering more future flexibility for memory-hungry applications. Across every meaningful performance metric in this group, the Vivo Y31 Pro 5G holds a decisive and well-rounded advantage.

Rarely in a comparison does a spec group produce such a clean result: the camera systems on the Oppo A5 Pro and Vivo Y31 Pro 5G are, based on the provided data, identical in every measurable way. Both feature a 50 & 2 MP dual rear camera and an 8 MP front shooter, and both rely on a CMOS sensor with phase-detection autofocus.

The feature parity extends throughout the full spec list. Neither phone offers optical image stabilization, optical zoom, RAW shooting, or a front-facing flash. Both support the same manual controls — ISO, exposure, focus, and white balance — as well as HDR mode, slow-motion video, continuous autofocus during recording, and in-camera panoramas. There is not a single camera-related differentiator between them in this dataset.

The verdict here is a complete tie. Camera choice will not be a deciding factor between these two devices based on the available specifications — any difference in real-world photo quality would come down to software processing, which falls outside the scope of this data.

Much like the camera group, the operating system category produces a second straight tie. Both the Oppo A5 Pro and Vivo Y31 Pro 5G ship with Android 15 and share an identical feature set across every single data point provided — from privacy controls like location and camera/microphone permissions, to usability features like dark mode, dynamic theming, split-screen, and Picture-in-Picture.

Noteworthy shared capabilities include on-device machine learning, offline voice recognition, Live Text, and app tracking blockers — features that collectively reflect a modern, well-equipped Android skin. Both devices also lack direct OS updates, meaning neither receives patches straight from Google and both depend on their respective manufacturers for software maintenance timelines. Neither supports Wi-Fi password sharing, cross-site tracking blocking, or focus modes.

This is a complete tie with no differentiators in the provided data. OS experience will not be a deciding factor between these two phones — buyers should base their software expectations on each brand's own update track record, which falls outside the scope of this dataset.

Battery capacity is where the Vivo Y31 Pro 5G carves out a clear advantage. Its 6500 mAh cell outpaces the Oppo A5 Pro's already-generous 5800 mAh by 700 mAh — a roughly 12% larger reserve. In practice, that gap translates to a meaningful extension of screen-on time, particularly for heavy users who stream video, game, or navigate frequently. Both cells are well above the 5000 mAh mainstream threshold, so either phone is capable of comfortably lasting a full day, but the Vivo offers a more substantial buffer before needing a charge.

Charging speed is essentially a dead heat: the Oppo supports 45W fast charging versus the Vivo's 44W — a 1W difference with no real-world significance. Both phones ship with a charger included, so there is no added cost to get up and running at full speed. Neither device offers wireless charging, which is a common omission at this price tier.

With charging parity effectively confirmed, the sole differentiator is raw capacity, and the Vivo Y31 Pro 5G wins this group on that basis alone. For endurance-focused users, its larger battery is a straightforward advantage.

The audio specs for these two devices are mirror images of each other. Both the Oppo A5 Pro and Vivo Y31 Pro 5G feature stereo speakers — a welcome inclusion at this price tier that makes a genuine difference for media consumption, delivering wider soundstage and better channel separation compared to a mono setup.

On the wireless audio side, neither phone supports any high-resolution Bluetooth codec — no aptX, aptX HD, aptX Adaptive, aptX Lossless, or LDAC. For most users streaming from services like Spotify or YouTube, this is inconsequential, as standard SBC and AAC codecs handle those use cases adequately. Audiophiles pairing with premium wireless headphones, however, will find neither device capable of transmitting lossless or high-fidelity audio wirelessly. Both devices also omit a built-in FM radio.

This group is a complete tie across every available data point. Audio hardware will not differentiate these two phones for any buyer, regardless of whether they prioritize speaker performance or wireless listening.

The connectivity foundations are nearly identical: both phones offer 5G, dual SIM, Wi-Fi 5, USB Type-C, expandable storage, a fingerprint scanner, GPS with Galileo, and an accelerometer. Download speeds are effectively the same at 3300 vs 3270 Mbits/s — a gap too small to matter in any real-world scenario. The Bluetooth versions differ slightly (5.4 on the Vivo vs 5.3 on the Oppo), but the practical impact of that single revision is negligible for everyday use.

Where the two diverge meaningfully is in feature additions on the Vivo Y31 Pro 5G. It includes a gyroscope — absent on the Oppo — which is important for gaming (enabling motion controls), augmented reality apps, and accurate screen rotation. It also adds an infrared sensor, allowing the phone to function as a universal remote control for TVs and home appliances, a utility feature the Oppo entirely lacks. On the flip side, the Oppo A5 Pro retains NFC, which the Vivo omits. NFC is essential for contactless payments via mobile wallets, as well as quick device pairing and data transfers — a meaningful everyday capability depending on the user's market and habits.

These two phones effectively trade punches in this group: the Vivo wins on sensors with its gyroscope and IR blaster, while the Oppo wins on payment and pairing convenience with NFC. Neither holds an overall edge — the right choice here comes down entirely to which feature set aligns better with the individual user's needs.

The Miscellaneous group offers very little to analyze — all four data points are identical across the Oppo A5 Pro and Vivo Y31 Pro 5G. Both include a video light, and neither features a sapphire glass display, a curved screen, or an e-paper panel. None of these shared absences are surprising or disadvantageous at this device tier.

This group is a complete tie with no differentiators in the provided data. It has no bearing on the overall comparison between these two devices.