Apple iPad (2025) VS Infinix Xpad GT

The most significant differentiator in this group is weight. The Apple iPad (2025) comes in at 481 g, while the Infinix Xpad GT is notably heavier at 655 g — a difference of 174 g, which is roughly the weight of a large apple. In real-world use, that gap is clearly perceptible during extended handheld sessions: reading, gaming, or video calls held up without a stand will feel noticeably more fatiguing on the Xpad GT over time.

On thickness, the tables turn slightly — the Xpad GT is marginally slimmer at 6.5 mm versus the iPad's 7 mm. However, a 0.5 mm difference is virtually imperceptible in daily handling and offers no meaningful practical advantage to either device. Both tablets also share the same baseline accessory story: no bundled stylus, no detachable keyboard, and no water resistance, meaning neither product offers any out-of-the-box protection against liquid exposure or an expanded input ecosystem without additional purchases.

On design, the Apple iPad (2025) holds a clear edge, primarily due to its substantially lower weight. For a device class that is frequently used handheld, lighter is almost always better for comfort and portability, and the nearly 175 g advantage is too large to dismiss. The Xpad GT's fractionally thinner profile does not meaningfully offset this disadvantage.

Screen size and refresh rate are where the Infinix Xpad GT pulls ahead most decisively. Its 13″ panel versus the iPad's 10.9″ screen means meaningfully more real estate for multitasking, media consumption, and creative work — a difference that is immediately obvious side by side. More importantly, the Xpad GT's 144Hz refresh rate versus the iPad's 60Hz is a substantial gap: smoother scrolling, more fluid animations, and a tangible advantage in gaming responsiveness are all real, everyday benefits that users will notice from the first swipe.

Despite the size difference, both panels land at virtually identical pixel densities — 263 ppi on the Xpad GT and 264 ppi on the iPad — meaning neither screen will appear sharper or more detailed to the naked eye at normal viewing distances. Both also use IPS LCD technology, so contrast depth and color volume are comparable in kind, though not necessarily identical in calibration. Where the Xpad GT does add a meaningful extra: it supports HDR10, which enables better highlight and shadow detail when streaming compatible content, a feature the iPad entirely lacks in this spec set.

For this group, the Infinix Xpad GT holds a clear advantage. The larger screen, significantly higher refresh rate, and HDR10 support collectively make it the stronger display package — particularly for users who prioritize gaming or media. The iPad's only comparable footing is sharpness, where the two are essentially tied, but that alone is not enough to close the gap.

Raw processing power is not a close contest here. The Apple A16 Bionic in the iPad (2025) achieves a Geekbench 6 multi-core score of 5684 and a single-core score of 2321, compared to the Xpad GT's Snapdragon 888 scores of 3014 and 1002 respectively. That is roughly 2.3× the single-core performance — the metric most directly tied to everyday app responsiveness, UI fluidity, and how quickly individual tasks complete. The A16 is also built on a 4 nm process versus the Snapdragon 888's 5 nm, meaning it achieves this performance advantage while running more efficiently, with implications for sustained load and thermal management.

The memory picture is more nuanced. The Xpad GT carries 8 GB of RAM versus the iPad's 6 GB, and its spec sheet lists a higher maximum memory ceiling of 16 GB. However, the iPad's RAM operates at 6400 MHz — double the Xpad GT's 3200 MHz — which largely offsets the raw capacity gap in bandwidth-sensitive workloads. On storage, the iPad offers up to 512 GB while the Xpad GT tops out at 256 GB, a relevant consideration for users who store large media libraries or work with sizable files locally. The A16 also brings a vastly larger L2 cache of 24 MB versus just 1 MB on the Snapdragon 888, which helps keep frequently accessed data closer to the processor and reduces latency in demanding workflows.

The Apple iPad (2025) has a commanding advantage in this group. Its chipset outperforms the Snapdragon 888 — a chip that launched in 2020 — by a wide margin in both single and multi-core tasks, and its faster RAM and superior cache architecture reinforce that lead. The Xpad GT's slight RAM capacity edge does not meaningfully close the gap in real-world performance.

Tablet cameras are rarely a primary purchase driver, but the differences here are meaningful enough to matter in specific use cases. On the rear, both devices land at nearly identical resolutions — 13 MP on the Xpad GT versus 12 MP on the iPad — so neither has a pixel-count advantage worth discussing. The more telling divergence is in sensor quality and manual control: the iPad features a BSI (Back-Side Illuminated) sensor, which improves light capture efficiency and tends to produce cleaner results in lower-light conditions, while the Xpad GT counters with a broader manual control suite including manual ISO, white balance, and focus — tools that matter to users who want deliberate, hands-on control over their shots.

For video and practical shooting, the Xpad GT pulls ahead in a few targeted ways. It includes a rear flash and a video light, making it more self-sufficient in dim environments without relying on ambient lighting. It also supports continuous autofocus during video recording, which the iPad lacks — a tangible advantage when capturing moving subjects. The iPad, on the other hand, wins on the front camera: its 12 MP selfie shooter significantly outresolves the Xpad GT's 9 MP front camera, which is relevant for video calls and self-facing content, arguably the most common camera use case on a tablet.

This group ends in a genuine split depending on the user's priorities. The iPad's superior front camera and BSI sensor give it an edge for video conferencing and low-light rear shooting, while the Xpad GT's manual controls, flash, and continuous autofocus make it more capable for deliberate rear-camera photography and video work. Neither product dominates outright — the right choice depends on which camera role matters most to the individual user.

The audio spec sheet for these two tablets is identical in every available data point. Both feature stereo speakers, both omit a 3.5 mm headphone jack, and neither includes a built-in radio. Users who prefer wired headphones will need a USB-C adapter on either device — a now-common trade-off in the tablet segment. The shared stereo speaker setup means both are at least capable of producing directional sound, which benefits media consumption compared to a mono configuration.

This group is a complete tie based on the provided specs. There is no differentiator between the two products here, and no advantage can be assigned to either side.

Battery capacity favors the Infinix Xpad GT in a meaningful way. Its 10000 mAh cell outpaces the iPad's 8500 mAh by 1500 mAh — an 18% larger reservoir on paper. It is worth noting that raw capacity alone does not determine real-world screen-on time, since a larger, higher-refresh display (as the Xpad GT has) draws more power. That said, the capacity gap is substantial enough that the Xpad GT still holds a credible endurance advantage in comparable usage scenarios.

Where the difference becomes unambiguous is charging. The Xpad GT supports fast charging, while the iPad (2025) does not — meaning the iPad not only starts with a smaller battery but also takes longer to replenish it. For users who rely on their tablet through long days without consistent access to a power source, that combination of higher capacity and faster top-up speed is a practical, everyday benefit. Neither device supports wireless charging, so both require a wired connection regardless.

The Infinix Xpad GT holds a clear edge in this group. Larger capacity and fast charging support together form a stronger battery package, and the absence of fast charging on the iPad is a notable omission that compounds the capacity disadvantage at refill time.

Connectivity hardware is where the Apple iPad (2025) establishes a substantial lead. It includes a cellular module with 5G support and GPS, making it a genuinely untethered device capable of staying connected and location-aware without a Wi-Fi network nearby. The Xpad GT is Wi-Fi only with no GPS, which limits its usefulness in mobile or navigation-dependent scenarios. The iPad also features a fingerprint scanner for biometric authentication — a convenience the Xpad GT entirely lacks — and a barometer for environmental sensing, rounding out a more capable hardware feature set.

On the software and privacy side, the iPad again holds more ground. It offers Mail Privacy Protection, cross-site tracking blocking, focus modes, and direct OS updates — features that collectively reflect a more mature and privacy-forward software ecosystem. The Xpad GT, however, has its own advantages here: it supports multi-user accounts, making it more shareable in household or institutional settings, and offers dynamic theming and deeper visual customization options that the iPad does not. It can also play games while they download in the background, a small but welcome convenience for gaming-oriented users.

Overall, the Apple iPad (2025) holds the stronger position in this group. The combination of cellular connectivity, GPS, biometric security, and a more comprehensive privacy framework represents a wider and more impactful set of advantages than the Xpad GT's multi-user support and customization flexibility — particularly for users who need their tablet to function independently of Wi-Fi.

The data in this group is sparse but pointed. The Geekbench 5 results reinforce what the Geekbench 6 figures already indicated in the Performance group: the Apple iPad (2025) leads decisively, posting a single-core score of 1874 versus the Xpad GT's 966, and a multi-core score of 5382 against 3043. Across both threading scenarios, the iPad roughly doubles the Xpad GT's single-core output — the metric most reflective of snappy, real-world task execution — and maintains a commanding multi-core lead as well. These figures from a different benchmark suite corroborate the same performance hierarchy with consistency.

Both devices share DDR5 memory, which is the one point of parity here. DDR5 offers higher bandwidth and improved efficiency over its predecessor, so both tablets benefit equally from that architectural baseline — it is not a differentiator between them.

The Apple iPad (2025) holds the clear advantage in this group. The DDR5 tie is the only common ground; on computational performance, the gap is wide and consistent across both single and multi-core measurements.