Apple iPad (2025) VS ZTE Nubia Pad Pro

Both tablets share a similarly slim profile, but there are meaningful differences in how they distribute their physical footprint. The Apple iPad (2025) is notably lighter at 481 g versus the Nubia Pad Pro's 523 g — a 42 g difference that is genuinely noticeable during extended handheld use, such as reading or media consumption. The iPad is also marginally thinner at 7 mm compared to 7.3 mm, giving it a slightly more premium, pocketable feel in a bag or sleeve.

The dimensional split is less straightforward: the iPad is taller (179.5 mm vs 164.6 mm) while the Nubia Pad Pro is wider (253.3 mm vs 248.6 mm), reflecting different aspect ratio choices that affect one-handed grip and landscape usability. Interestingly, despite being heavier, the Nubia Pad Pro has a marginally smaller total volume (304.4 cm³ vs 312.4 cm³), suggesting its mass is packed more densely — likely due to internal hardware differences rather than a design efficiency advantage.

On the accessories front, neither device includes a stylus or a detachable keyboard in the box, and neither offers any rated water resistance — so both stand equal on those dimensions. Overall, the Apple iPad (2025) holds a clear design edge in the most user-perceptible metrics: it is lighter and thinner, which translates directly to more comfortable prolonged use and a more refined physical presence.

At identical 10.9″ screen sizes and the same IPS LCD panel technology, these two tablets share a common foundation — but the Nubia Pad Pro pulls significantly ahead in raw display performance. Its 2880 x 1800 resolution versus the iPad's 2360 x 1640 translates to a pixel density of 312 ppi vs 264 ppi, a difference that is visible when reading small text or viewing detailed images up close. At typical tablet viewing distances the gap is subtle, but the Nubia's sharper panel gives it a measurable advantage for productivity and content creation tasks.

The more impactful differentiator, however, is refresh rate. The Nubia Pad Pro's 144Hz panel compared to the iPad's standard 60Hz means dramatically smoother scrolling, more fluid animations, and a noticeably more responsive feel during fast-paced gaming or even everyday navigation. This is more than a spec on paper — users who have experienced high-refresh displays consistently find it difficult to go back. For a tablet used heavily for media, gaming, or drawing, this gap is meaningful.

On the shared shortcomings, neither device features damage-resistant branded glass or HDR10 support, which levels the playing field somewhat at the premium end. Still, the ZTE Nubia Pad Pro holds a clear display advantage in this group, combining higher resolution with a significantly faster refresh rate — both of which have tangible real-world impact. The iPad's display is perfectly competent, but by the numbers it is the more conservative offering.

The single-core Geekbench 6 scores tell a fascinating story: the Apple A16 Bionic edges out the Snapdragon 8 Gen 3 with a score of 2321 vs 2213, meaning the iPad actually delivers faster per-core execution — which is what drives responsiveness in everyday tasks like app launches, UI interactions, and single-threaded workloads. However, the Nubia Pad Pro flips the result in multi-core performance, scoring 7325 vs 5684, thanks to its 8-core CPU configuration versus the iPad's 6-core setup. This multi-core advantage benefits sustained workloads like video exports, complex document rendering, and multitasking under load.

Where the Nubia Pad Pro pulls decisively ahead is memory. Its 16 GB of RAM (expandable to 24 GB maximum) against the iPad's 6 GB is not a marginal gap — it is the difference between keeping dozens of apps and browser tabs active simultaneously versus experiencing more frequent reloads. The Nubia also doubles the storage at 1 TB versus 512 GB, and its memory bandwidth of 76.6 GB/s vs 51.2 GB/s means data moves between CPU and RAM considerably faster, which aids GPU-intensive and AI-related tasks. The iPad counters with a substantially larger L2 cache of 24 MB (versus just 1 MB) and faster RAM speed at 6400 MHz, which help sustain its strong single-threaded efficiency.

Declaring an overall winner here depends on the use case. For raw single-threaded snappiness and cache-driven efficiency, the Apple iPad (2025) holds its own impressively. But for multitasking headroom, sustained parallel workloads, and future-proofing with far greater memory capacity, the Nubia Pad Pro has a clear and substantial advantage — particularly for power users who push their tablet hard.

Rear camera megapixels are nearly identical — 13 MP on the Nubia Pad Pro versus 12 MP on the iPad — so raw resolution is a non-factor here. The more meaningful split is in sensor technology: the iPad carries a BSI (back-side illuminated) sensor, which is designed to capture more light in low-light conditions by repositioning the sensor's circuitry. The Nubia does not list this feature, but compensates with a flash and a video light, giving it a practical tool for illuminating subjects in dark environments that the iPad entirely lacks.

The front cameras tell a starker story. The Nubia Pad Pro's 20 MP front camera with a wider f/2.0 aperture significantly outclasses the iPad's 12 MP front camera at f/2.4 — both in resolution for video calls and selfies, and in light intake given the lower aperture number. The Nubia also adds continuous autofocus during video recording and a more complete manual controls suite including manual ISO, white balance, and manual focus, making it a more capable option for users who want deliberate control over their shots. The iPad counters with panorama mode, slow-motion video, and serial shot mode — features the Nubia omits — pointing toward a more consumer-friendly, automated shooting experience.

Neither tablet is a serious photography tool, but their camera philosophies diverge clearly. The iPad leans into convenience features and sensor quality for casual capture, while the Nubia Pad Pro prioritizes a stronger front camera and manual control depth. For video calls and intentional shooting, the Nubia Pad Pro holds the edge; for quick, automated rear-camera use the iPad's BSI sensor and feature set remain competitive.

The audio specifications for these two tablets are an exact match across every available data point. Both feature stereo speakers, omit a 3.5 mm headphone jack, and include no FM radio — leaving no basis for differentiation within the provided data.

The shared absence of a headphone jack is worth noting practically: wired audio requires a USB-C adapter on both devices, which adds a minor inconvenience for users who prefer traditional headphones. Stereo speakers on both tablets mean sound is spatially separated — an improvement over mono setups for media consumption, particularly in landscape orientation.

This group is a complete tie. Based strictly on the provided specs, neither the Apple iPad (2025) nor the Nubia Pad Pro holds any audio advantage over the other.

Capacity is the headline difference here: the Nubia Pad Pro packs a 10100 mAh battery against the iPad's 8500 mAh — a 1600 mAh gap that represents roughly 19% more stored energy. All else being equal, this translates to meaningfully longer usage between charges, which matters particularly for travel, long work sessions, or any scenario where access to a power outlet is limited.

Charging speed compounds the advantage further. The Nubia Pad Pro supports fast charging, while the Apple iPad (2025) does not — meaning not only does the Nubia start with a larger tank, it also refills faster. For users who do run the battery down, the iPad's slower charging rate adds friction that the Nubia avoids entirely. Neither device offers wireless charging, so both are limited to wired top-ups.

The Nubia Pad Pro holds a clear and double-edged battery advantage: greater capacity for longer endurance and fast charging support for quicker recovery. The iPad's battery is adequate for typical daily use, but by the numbers it is the less capable option in this category on both fronts.

Sensor coverage is one of the starkest divides in this group. The Apple iPad (2025) carries a full motion and navigation suite — GPS, gyroscope, compass, accelerometer, and barometer — while the Nubia Pad Pro lists none of these. In practice, this means the iPad can function as a standalone navigation device, support AR applications, and accurately track orientation and movement, whereas the Nubia is dependent on paired devices or Wi-Fi-based positioning for location-aware tasks. For fitness apps, augmented reality, or outdoor use, this gap is significant. Compounding this, the iPad includes a cellular module with 5G support; the Nubia is Wi-Fi only, tethering it to network availability in a way the iPad is not.

Privacy-conscious users will also find the iPad's feature set more comprehensive: it adds Mail Privacy Protection, cross-site tracking blocking, and Focus modes on top of the shared baseline of clipboard warnings and camera/microphone controls. The Nubia counters in the hardware connectivity department with a notably faster USB 3.2 port versus the iPad's USB 2.0 — a meaningful real-world difference for transferring large files or connecting high-bandwidth peripherals. The Nubia also supports multi-user accounts and receives no direct OS updates, while the iPad is a single-user device that does get direct updates — a trade-off between shared-device flexibility and long-term software reliability.

Taken together, the Apple iPad (2025) holds a clear overall advantage in this group. Its complete sensor array, built-in cellular connectivity, stronger privacy architecture, biometric security via fingerprint scanner, and guaranteed direct OS updates represent a broader and more robust feature set. The Nubia's USB 3.2 port and multi-user support are genuine wins, but they do not offset the iPad's lead across the higher-impact categories.

This group offers only two data points, but one of them is worth examining. Both tablets use DDR5 memory, placing them on equal footing in terms of memory generation — DDR5 brings improved power efficiency and higher theoretical bandwidth compared to older standards, and neither device has an advantage here.

The single differentiator is multithreading support: the Nubia Pad Pro uses multithreading, while the Apple iPad (2025) does not. Multithreading allows individual CPU cores to handle multiple instruction threads simultaneously, which can improve throughput in parallel workloads such as background processing, complex app operations, and certain productivity tasks. The absence of multithreading on the iPad does not necessarily translate to a perceptible real-world slowdown for typical use — as seen in the Performance group, the iPad's single-core speed remains competitive — but it does represent a structural ceiling in theoretical parallel execution.

On the basis of the available data, the Nubia Pad Pro holds a narrow edge here solely due to its multithreading support. The shared DDR5 memory generation keeps both devices level on that front, making multithreading the only differentiator in an otherwise sparse category.