Apple iPad (2025) VS Oppo Pad 4 Pro

The most decisive differentiator in this group is weight. The Apple iPad (2025) comes in at 481 g, while the Oppo Pad 4 Pro is a notably heavier 675 g — a difference of nearly 200 g. In practice, that gap is very perceptible during extended handheld use: reading, sketching, or video calls held at arm's length will fatigue the user far more quickly with the Oppo. The iPad's smaller footprint (248.6 × 179.5 mm vs 289.6 × 209.7 mm) and lower volume (312.4 cm³ vs 364.4 cm³) further reinforce its portability advantage, making it easier to carry in a bag or use one-handed.

The Oppo Pad 4 Pro does reclaim one marginal win: at 6 mm thick it is slightly slimmer than the iPad's 7 mm, which is a genuine engineering achievement given the larger chassis. However, that 1 mm difference is unlikely to be noticeable in daily handling and does not meaningfully offset the weight and size disadvantage.

Both tablets share the same accessory limitations — no bundled stylus, no detachable keyboard, and no water resistance — so neither product stands out on those fronts. Overall, the Apple iPad (2025) holds a clear design edge for users who prioritize portability and comfortable long-term handheld use, while the Oppo's larger canvas may appeal to those who need more screen real estate and are willing to accept the extra bulk.

Screen size and resolution tell the first part of this story. The Oppo Pad 4 Pro's 13.2″ panel dwarfs the iPad's 10.9″, and its 3392 × 2400 px resolution combined with a 315 ppi pixel density means noticeably crisper text and finer detail — particularly relevant for document editing, illustration, or media consumption at close range. The iPad's 264 ppi is respectable, but the gap is real and visible side by side.

Where the Oppo pulls further ahead is in motion and usability. A 144Hz refresh rate makes scrolling, animations, and stylus input feel substantially smoother than the iPad's 60Hz panel — a difference that, once experienced, is hard to ignore. The Oppo's touch sampling rate of 540Hz vs the iPad's 180Hz compounds this for precision tasks. Adding to that, the Oppo includes an anti-reflection coating that the iPad lacks, a practical advantage in bright or outdoor environments. Its brightness edge — 600 nits vs 500 nits — is modest but reinforces outdoor legibility.

Both panels are IPS LCD technology and neither supports HDR10, so contrast and color volume are similarly constrained by panel type. Neither has damage-resistant glass branding either, leaving them even on durability. Overall, the Oppo Pad 4 Pro holds a clear display advantage across nearly every meaningful dimension — resolution, refresh rate, brightness, and glare handling — making it the stronger choice for display-intensive use cases.

Raw benchmark numbers reveal a significant gap. The Oppo Pad 4 Pro's Snapdragon 8 Elite scores 10,059 on Geekbench 6 multi-core versus the Apple A16 Bionic's 5,684 — a lead of roughly 77%. Even in single-core, where Apple chips have historically dominated, the Snapdragon 8 Elite pulls ahead with 3,234 versus 2,321. These are not marginal differences; they translate to real-world advantages in sustained workloads like video rendering, large file processing, and complex multitasking.

The memory story compounds this further. The Oppo carries 16 GB of RAM — more than double the iPad's 6 GB — and a dramatically higher memory bandwidth of 85.1 GB/s versus 51.2 GB/s. More RAM means the system can hold more apps and processes in memory without reloading, a tangible benefit for power users who switch between heavy applications. On the GPU side, the Adreno 830's 1,536 shading units versus the Apple A16 GPU's 128 is a striking contrast that suggests substantially greater graphics throughput for GPU-accelerated tasks, despite the iPad's higher GPU clock speed.

The iPad is by no means slow — the A16 Bionic on a 4 nm process remains a capable and efficient chip — but based strictly on the provided data, the Oppo Pad 4 Pro holds a clear performance advantage across CPU, GPU, memory capacity, and bandwidth. Users with demanding computational or creative workloads will find more headroom on the Oppo.

Tablet cameras are rarely a primary purchase driver, but the differences here are meaningful enough to note. Megapixel counts are nearly identical — 12 MP on the iPad versus 13 MP on the Oppo — so resolution is a non-issue. The more telling gap is in aperture: the iPad's main camera opens to f/1.8 versus the Oppo's f/2.2, which means the iPad admits more light and should perform comparatively better in low-light stills. For video, the iPad records 4K at up to 60 fps while the Oppo tops out at 30 fps, a clear win for anyone capturing smooth motion or footage intended for post-production.

The Oppo counters with a notably richer manual control set — offering manual ISO, manual white balance, and manual focus that the iPad omits entirely — making it the more capable tool for users who want hands-on control over their shots. It also includes continuous autofocus during video recording, a flash, and a video light, none of which the iPad provides. The iPad retains in-camera panorama shooting, which the Oppo lacks, though that is a niche feature for most users.

On the front camera, the iPad's 12 MP selfie sensor holds a meaningful resolution advantage over the Oppo's 8 MP, which matters for video calls on a device frequently used in that context. Overall, this group is genuinely split: the Apple iPad (2025) leads on video quality and front-camera resolution, while the Oppo Pad 4 Pro suits users who want greater manual shooting control and practical shooting aids like flash and continuous autofocus.

The audio specs for these two tablets are identical across every provided data point. Both feature stereo speakers, omit a 3.5 mm headphone jack, and lack a built-in radio. There is simply no differentiator to analyze here — this group is a complete tie, and any purchasing decision should rest entirely on the other specification groups.

Battery capacity is where the Oppo Pad 4 Pro asserts a substantial advantage. Its 12,140 mAh cell is roughly 43% larger than the iPad's 8,500 mAh — a gap that, all else being equal, translates directly into meaningfully longer time between charges. For users who rely on their tablet through long travel days, extended work sessions, or away from a power outlet, that extra capacity provides a real buffer.

Charging speed compounds the difference further. The Oppo supports fast charging while the iPad does not, meaning not only does the Oppo last longer on a single charge, but it also returns to full capacity faster when it does need to be plugged in. The iPad's lack of fast charging is a notable omission that makes its smaller battery feel more limiting in practice. Neither device offers wireless charging, so both are equal on that front.

The Oppo Pad 4 Pro holds a clear and meaningful edge in this category. Greater raw capacity plus fast charging support makes it the stronger choice for users who prioritize battery endurance and charging convenience.

Two differences stand out immediately as high-impact for everyday use. First, the Oppo Pad 4 Pro supports Wi-Fi 7 (802.11be), a generation ahead of the iPad's Wi-Fi 6 ceiling — meaning faster throughput and lower latency on compatible routers, which matters for 4K streaming, large file transfers, and cloud-heavy workflows. Second, its USB 3.2 port offers dramatically faster wired data transfer than the iPad's USB 2, a meaningful gap for anyone moving large media files or connecting external storage. These are concrete, functional advantages rooted in hardware.

The iPad, however, recovers ground in connectivity breadth and privacy. It includes a cellular module with 5G support and GPS — both absent on the Oppo — making it the only option here for users who need internet access beyond Wi-Fi or location tracking without a phone nearby. On privacy, the iPad additionally offers Mail Privacy Protection and cross-site tracking blocking, features the Oppo lacks. The iPad also receives direct OS updates, whereas the Oppo does not, which has long-term security implications worth weighing. A built-in fingerprint scanner on the iPad further adds a convenient biometric unlock method the Oppo omits entirely.

The Oppo counters with multi-user support — useful in shared household or enterprise settings — and a richer software customization layer including dynamic theming. Overall, this group reflects fundamentally different priorities: the Apple iPad (2025) edges ahead for users who need cellular connectivity, location services, and strong privacy controls, while the Oppo Pad 4 Pro is the stronger choice for those on Wi-Fi-first setups who want faster wired transfer speeds and shared-device flexibility.

This group contains only two data points, one of which is shared. Both tablets use DDR5 memory, placing them on equal footing in terms of memory generation and the bandwidth and efficiency benefits that standard brings. The sole differentiator is multithreading: the Oppo Pad 4 Pro supports it while the Apple iPad (2025) does not. Multithreading allows individual CPU cores to handle multiple instruction streams simultaneously, which can improve throughput in parallelizable workloads — though its practical impact depends heavily on how well software is optimized to take advantage of it.

Based strictly on the data provided, the Oppo Pad 4 Pro holds a narrow edge here by virtue of multithreading support, but with only two specs to assess, this group carries limited weight on its own and should be considered alongside the broader performance data.