Oppo Pad 4 Pro VS Vivo Pad 5

The most impactful real-world difference between these two tablets is weight. The Oppo Pad 4 Pro comes in at 675 g versus the Vivo Pad 5's 590 g — an 85-gram gap that is immediately noticeable during extended handheld use. For reading, video calls, or any session where the tablet is held unsupported, the Vivo Pad 5's lighter frame translates to meaningfully less fatigue. The Oppo, however, compensates with a slimmer profile at 6 mm thick versus the Vivo's 6.6 mm, making it feel sleeker in hand despite its greater mass and larger footprint.

The size difference is also worth considering for portability. The Oppo Pad 4 Pro is a noticeably larger device — 289.6 × 209.7 mm against the Vivo Pad 5's 266.4 × 192 mm — which suggests it is likely paired with a larger display. Users who prioritize screen real estate will lean toward the Oppo, while those who want something easier to slip into a bag or use one-handed will prefer the more compact Vivo.

A clear and exclusive advantage for the Vivo Pad 5 is its water resistance, which the Oppo Pad 4 Pro entirely lacks. In practical terms, this means the Vivo can survive splashes, accidental spills, or use in humid environments — a meaningful edge for users who use their tablet in kitchens, near pools, or outdoors. Both devices share the same accessory limitations — no included stylus, no detachable keyboard, and no tilt sensitivity — so neither has an edge on the productivity-accessory front. Overall, the Vivo Pad 5 holds a design advantage through its lighter build and water resistance, while the Oppo Pad 4 Pro appeals to those who prioritize a thinner form factor and a larger panel.

Screen size and sharpness are where these two tablets diverge most meaningfully. The Oppo Pad 4 Pro sports a larger 13.2″ panel versus the Vivo Pad 5's 12.1″, and that extra inch makes a genuine difference for multitasking, split-screen workflows, and media consumption. Sharpness follows the same direction: the Oppo resolves at 3392 x 2400 px and 315 ppi, compared to the Vivo's 2800 x 1968 px at 283 ppi. Both are perfectly sharp for typical use, but the Oppo's higher pixel density will yield visibly crisper fine text and detail — an advantage that matters for document-heavy or creative workflows.

Both tablets share a 144Hz LCD IPS panel, meaning neither holds an edge on panel technology or smoothness of animation. Where they diverge sharply is touch responsiveness: the Oppo Pad 4 Pro's 540Hz touch sampling rate is nearly four times that of the Vivo's 144Hz. In everyday use this difference is subtle, but for stylus precision or fast on-screen interactions it means the Oppo registers input with significantly lower latency — a genuine advantage for note-takers and digital artists.

The Vivo Pad 5 punches back with HDR10 support, which the Oppo lacks entirely. On compatible streaming content, HDR10 delivers expanded contrast and a wider color range — a real benefit for video-focused users. Neither display has branded damage-resistant glass, so both are equally exposed on that front. On balance, the Oppo Pad 4 Pro holds the stronger display advantage overall — bigger screen, higher resolution, and far superior touch sampling — though users who prioritize HDR video playback will find the Vivo's panel better suited to that specific use case.

At the heart of this comparison is a generational chipset gap. The Oppo Pad 4 Pro runs on the Qualcomm Snapdragon 8 Elite, fabbed on a 3 nm process, while the Vivo Pad 5 relies on the MediaTek Dimensity 9300 Plus at 4 nm. That difference in node size is not just a marketing number — smaller transistors generally translate to better power efficiency and more headroom for sustained performance. The Geekbench 6 scores make the real-world gap concrete: the Oppo leads in both single-core (3234 vs 2302) and multi-core (10059 vs 7547) results, representing roughly a 40% advantage in sustained multi-threaded workloads. For users running demanding apps, large document editors, or complex multitasking, the Oppo is meaningfully faster.

Memory architecture tells a similar story. Both tablets ship with 16 GB of RAM and 512 GB of storage, and both top out at the same 24 GB maximum — so neither has a capacity edge. However, the Oppo's RAM operates at 5300 MHz versus the Vivo's 4800 MHz, and its memory bandwidth reaches 85.1 GB/s against the Vivo's 76.8 GB/s. Faster memory bandwidth reduces bottlenecks when the CPU and GPU are pulling large data sets simultaneously — a factor that compounds during GPU-intensive tasks like gaming or video rendering. The Vivo does counter with a larger L3 cache of 18 MB versus the Oppo's 8 MB, which can reduce latency on cache-friendly workloads, and its GPU clock is marginally higher at 1300 MHz — though these are unlikely to offset the Snapdragon 8 Elite's broader architectural advantages.

Both tablets run Android 15 and share the same software foundation, so the performance gap is purely a hardware story. The Oppo Pad 4 Pro holds a decisive edge in this category — its next-generation chipset, higher benchmark scores, and faster memory subsystem make it the stronger performer across virtually every demanding use case.

Tablet cameras are rarely a primary purchase driver, but the gap here is wide enough to matter. The Oppo Pad 4 Pro leads with a 13 MP main camera capable of recording at 4K (2160p) at 30 fps, while the Vivo Pad 5 offers only 8 MP and tops out at 1080p video. In practical terms, the Oppo will capture noticeably more detail in photos and produce sharper, more versatile video footage — particularly relevant for users who scan documents, shoot product photos, or record video calls and presentations. The resolution gap on the front camera follows the same pattern: 8 MP vs 5 MP, giving the Oppo a clear edge for video conferencing quality.

Another exclusive capability of the Oppo is slow-motion video recording, which the Vivo entirely lacks. While this is not a daily-use feature for most tablet owners, it reflects a broader gap in the Oppo's camera feature set. Both devices share a solid common baseline — HDR photo mode, touch autofocus, continuous autofocus during video, manual ISO, white balance, focus, and exposure controls — so neither is stripped-down on fundamentals. Notably, neither includes optical image stabilization, which limits handheld video smoothness on both.

The Oppo Pad 4 Pro is the clear winner in this category across every measurable dimension — higher resolution stills, superior video ceiling, and slow-motion support. The Vivo Pad 5 covers the basics adequately but offers nothing to close the gap. For users who lean on their tablet camera with any regularity, the Oppo is the more capable choice.

On audio, these two tablets are identical in every measurable way the provided data covers. Both feature stereo speakers, both drop the 3.5 mm headphone jack, and neither supports any high-resolution Bluetooth audio codec — no LDAC, no aptX in any of its variants. Users who rely on wired headphones will need a USB-C adapter on either device, and audiophiles hoping for lossless wireless audio over Bluetooth will find no advantage on either side.

This is a clear and complete tie. There is no differentiator within the provided specs to favor one tablet over the other. Buyers for whom audio quality is a priority should look to external factors — such as speaker tuning or Bluetooth connectivity specs — that fall outside the data available for this group.

Battery capacity is one of the starkest differences between these two tablets. The Oppo Pad 4 Pro packs a substantial 12140 mAh cell, compared to the Vivo Pad 5's 10000 mAh — a gap of over 2100 mAh, or roughly 21% more capacity. For a device class where all-day and multi-day use is a core expectation, that difference is meaningful. Users who travel frequently, attend long meetings, or simply want fewer charging interruptions will find the Oppo's larger battery a genuine advantage.

Both tablets support fast charging and share the same limitations — no wireless charging and no removable battery. Since the data does not specify charging wattage for either device, no conclusion can be drawn on how quickly either replenishes from empty. What is clear, however, is that the Oppo starts each charge cycle with a larger reserve to draw from.

The Oppo Pad 4 Pro takes this category outright. Its significantly larger battery is the only differentiator here, and it points in one direction: longer time between charges. For battery-conscious buyers, the Oppo has a clear and uncomplicated edge.

Across this entire specification group, the two tablets are remarkably well-matched — same Wi-Fi 7 support, identical Bluetooth 5.4, the same USB 3.2 Type-C port, and a near-identical software feature set covering split-screen, Picture-in-Picture, dynamic theming, dark mode, and on-device machine learning. Neither includes a cellular module, NFC, or a fingerprint scanner, so both sit in the same connectivity tier for most users.

Dig into the numbers, though, and two differences emerge. The Vivo Pad 5 posts a significantly higher Wi-Fi upload speed of 7000 Mbits/s versus the Oppo Pad 4 Pro's 3500 Mbits/s — exactly double. While both share the same 10000 Mbits/s download ceiling, that upload gap could matter for users who regularly push large files to the cloud, stream to remote servers, or work in upload-heavy workflows. In the other direction, the Oppo includes a compass sensor that the Vivo lacks — a minor but real advantage for navigation or augmented reality applications that depend on orientation data.

Overall, this category is effectively a tie. The Vivo's upload speed advantage and the Oppo's compass are niche differentiators that will matter to very specific users but are unlikely to be decisive for the majority. Anyone prioritizing upload-heavy tasks gets a nudge toward the Vivo; anyone needing sensor-based orientation gets a nudge toward the Oppo — but neither edge is significant enough to call a clear winner.

This group surfaces only two data points, but one of them carries real weight. Both tablets use DDR5 memory, the current standard for high-bandwidth, power-efficient RAM — so neither has an edge there. The meaningful difference is that the Oppo Pad 4 Pro supports multithreading, while the Vivo Pad 5 does not. Multithreading allows each physical CPU core to handle multiple instruction streams simultaneously, which improves throughput on parallelizable workloads — think background app processing, file compression, or any task that benefits from concurrent execution.

In practice, the absence of multithreading on the Vivo Pad 5 means its CPU cores are working with less flexibility under load, which can translate to reduced efficiency when juggling multiple demanding tasks at once. Combined with the chipset gap already noted in the Performance category, this reinforces the Oppo's broader processing advantage. The Oppo Pad 4 Pro is the clear winner here, with multithreading support being its sole but meaningful differentiator in this group.