Apple iPad Air 11 (2025) Wi-Fi VS Huawei MatePad Pro 12.2 (2025)

In terms of physical form, these two tablets take notably different approaches. The iPad Air 11 is the more compact and lighter device at 460 g and 247.6 × 178.5 mm, while the MatePad Pro 12.2 is larger at 271.3 × 182.5 mm and heavier at 508 g — a 48 g difference that, over extended handheld use, translates into noticeably less fatigue. The trade-off, however, is thickness: the MatePad Pro is the slimmer device at 5.5 mm versus the iPad Air's 6.1 mm, giving it a more premium, svelte feel in the hand despite its larger footprint. Their total volumes are nearly identical, meaning neither wastes space — they simply distribute their mass differently.

One functional differentiator worth highlighting is tilt sensitivity: the iPad Air 11 supports it, the MatePad Pro 12.2 does not. For users who plan to use a stylus for illustration or note-taking, tilt sensitivity enables more natural, pressure-varied strokes — a meaningful creative advantage. On the other hand, both tablets ship without an included stylus and without a detachable keyboard, so neither offers an out-of-the-box productivity or creative bundle. Both also lack any formal water resistance rating, making them equally vulnerable to liquid exposure.

Overall, the iPad Air 11 holds the design edge for most users: it is meaningfully lighter and adds tilt sensitivity support, which matters for stylus-driven workflows. The MatePad Pro 12.2 counters with a slimmer profile and a larger canvas, which may appeal to those prioritizing screen real estate and aesthetics over portability — but its weight penalty is real.

The display category is where these two tablets diverge most dramatically. The MatePad Pro 12.2 uses an OLED/AMOLED panel while the iPad Air 11 relies on IPS LCD — a fundamental technology gap that shapes the entire viewing experience. OLED delivers per-pixel lighting, meaning true blacks, richer contrast, and more vibrant colors by design. Paired with a peak brightness of 2000 nits versus the iPad Air's 500 nits, the MatePad Pro is dramatically better suited for outdoor use or bright indoor environments where glare is a real challenge.

The refresh rate gap is equally significant. At 144Hz, the MatePad Pro's screen renders scrolling, animations, and stylus input with a fluidity that the iPad Air's 60Hz panel simply cannot match. For everyday browsing this may seem subtle, but for artists or note-takers using a stylus, the higher refresh rate reduces the visible lag between pen and stroke — a tangible usability improvement. Resolution and pixel density also favor the MatePad Pro (2800 × 1840 px at 275 ppi versus 2360 × 1640 px at 264 ppi), though both panels are sharp enough that the difference is marginal in day-to-day reading. One exclusive feature worth noting: the MatePad Pro includes an e-paper display mode, which can reduce eye strain during prolonged reading sessions — a meaningful differentiator for book-heavy users.

The iPad Air 11 is not without merit here — its anti-reflection coating is present on both devices, and its LCD will exhibit no risk of OLED burn-in over time. But on balance, the MatePad Pro 12.2 holds a decisive display advantage, driven by superior panel technology, a four-fold brightness lead, and a refresh rate more than twice as high. For users who prioritize screen quality above all else, the gap is hard to overlook.

Raw silicon tells a clear story here. The iPad Air 11 is powered by the Apple M3, built on a 3 nm process, while the MatePad Pro 12.2 runs on the HiSilicon Kirin 9000S, manufactured at 5 nm. That two-generation process node gap is not merely a marketing figure — a smaller node typically means more transistors per area, translating directly into greater computational efficiency and better performance-per-watt. The M3's CPU configuration of 8 cores all clocked at 3.4 GHz contrasts sharply with the Kirin 9000S's heterogeneous cluster topping out at just 2.62 GHz on its single performance core. For sustained workloads — video editing, 3D rendering, or complex multitasking — the iPad Air's CPU headroom is in a different class.

Memory bandwidth is perhaps the starkest data point in this group. The M3 delivers up to 100 GB/s of memory bandwidth versus the Kirin's 44 GB/s — more than double. This directly impacts tasks that move large amounts of data between CPU and memory, such as image processing, machine learning inference, or working with high-resolution assets. The MatePad Pro counters with more RAM at 12 GB compared to the iPad Air's 8 GB, which can support keeping more apps active in the background, but raw RAM capacity cannot compensate for a bandwidth deficit of this magnitude in compute-intensive scenarios. Storage also favors the iPad Air, with configurations up to 1024 GB versus a 512 GB ceiling on the MatePad Pro.

The iPad Air 11 wins the performance category decisively. The M3's process node advantage, dramatically higher CPU frequencies, and more than double the memory bandwidth establish a clear lead in raw compute power. The MatePad Pro's extra RAM offers a modest multitasking benefit, but it is insufficient to shift the overall balance. Users with demanding workloads should take note of the gap — it is substantial.

Camera systems on tablets are rarely a primary purchase driver, but the gap between these two is worth understanding. The MatePad Pro 12.2 fields a dual rear camera setup — 50 MP + 8 MP — giving it both higher resolution capture and a secondary lens for added versatility, along with a physical flash and a video light for low-light situations. The iPad Air 11 counters with a single 12 MP rear shooter and no flash, which on paper looks like a significant deficit. However, megapixel count alone does not determine image quality, and the iPad Air does bring a BSI sensor — a backside-illuminated design that improves light capture efficiency — which the MatePad Pro lacks.

Video recording is another point of divergence. Both tablets shoot at 4K (2160p), but the iPad Air reaches 60 fps at that resolution while the MatePad Pro caps at 30 fps — a meaningful difference for anyone capturing fast motion or wanting smoother footage. The MatePad Pro compensates with continuous autofocus during video recording, a feature the iPad Air omits, which helps maintain subject sharpness in moving scenes. For manual controls, the two split roughly evenly: the MatePad Pro adds manual ISO and manual white balance, while the iPad Air offers manual shutter speed and in-camera panoramas — neither is a clear sweep on this front.

Selfie camera priorities are reversed: the iPad Air's 12 MP front camera significantly outresolves the MatePad Pro's 8 MP unit, with the MatePad Pro's slightly wider f/2.0 aperture offering a modest low-light edge over the iPad Air's f/2.4. On balance, neither tablet is a camera-first device, but the MatePad Pro's dual rear system, flash, and video autofocus give it a broader real-world utility advantage for rear camera use, while the iPad Air leads for video smoothness and front-camera resolution — making this category a narrow edge to the MatePad Pro 12.2 for overall rear camera versatility.

The audio specifications for these two tablets are identical across every available data point. Both feature stereo speakers, both omit a 3.5 mm headphone jack, and neither includes a radio. Wired audio listeners will need to rely on an adapter or switch to Bluetooth on either device — a trade-off that has become standard practice in the premium tablet segment.

Based strictly on the provided specifications, this category is a complete tie. There is no differentiator to analyze or advantage to assign to either product. Users for whom audio output quality is a deciding factor should look beyond this data set, as the available specs do not surface any distinction between the two.

Battery capacity is a straightforward win for the MatePad Pro 12.2, which packs a 10100 mAh cell against the iPad Air 11's 7606 mAh — a difference of roughly 2500 mAh, or about 33% more raw energy storage. All else being equal, a larger battery means more hours between charges, which matters considerably for users who work away from a power source for extended periods. It is worth noting that the MatePad Pro's power-hungry OLED display and 144Hz refresh rate will draw on that reserve more aggressively than the iPad Air's more frugal LCD panel — but that context comes from the display group, not these specs alone.

Where the iPad Air reclaims ground is charging speed: it supports fast charging, while the MatePad Pro does not. A smaller battery that refills quickly can in practice compete with a larger battery that charges slowly, particularly for users who top up frequently throughout the day. Neither device offers wireless charging, so both require a wired connection regardless. The fast charging advantage on the iPad Air is meaningful, but it does not fully offset a capacity gap of this size for users who prioritize longevity over turnaround time.

On balance, the MatePad Pro 12.2 holds the battery edge purely on capacity — the larger reservoir gives it a structural advantage for sustained use. The iPad Air's fast charging support is a genuine convenience perk that narrows the practical gap, but users who regularly spend long stretches away from an outlet will likely appreciate the MatePad Pro's extra headroom.

Wireless connectivity is a tale of competing priorities. The MatePad Pro 12.2 supports Wi-Fi 7 (802.11be), the latest standard offering significantly higher throughput and lower latency on compatible routers, while the iPad Air 11 tops out at Wi-Fi 6E — still excellent, but one generation behind. On Bluetooth, the iPad Air edges ahead with Bluetooth 5.3 versus the MatePad Pro's 5.2, a marginal difference in practice. The more meaningful wireless distinction is that the iPad Air includes 5G support despite having no built-in cellular module in this Wi-Fi variant — while the MatePad Pro lacks 5G support entirely, meaning a cellular version of the MatePad Pro would still be limited to 4G connectivity. For users who anticipate upgrading to a cellular model down the line, this is a structural limitation worth considering.

USB connectivity also splits between the two: the MatePad Pro offers USB 3.2 versus the iPad Air's USB 3.1, a modest but real advantage when transferring large files to external storage or displays. Location capability diverges as well — the MatePad Pro includes a GPS module, useful for navigation and geotagging even without a cellular connection, while the iPad Air omits it. Conversely, the iPad Air includes a barometer, which the MatePad Pro lacks, enabling altitude sensing for fitness and weather applications. The MatePad Pro also functions as a multi-user system, allowing separate profiles on a single device — a practical feature for shared households or workplaces that the iPad Air does not support.

One significant software-side distinction: the iPad Air gets direct OS updates while the MatePad Pro does not, meaning the iPad Air receives timely security patches and feature updates directly from Apple, whereas the MatePad Pro depends on third-party update distribution — a long-term reliability consideration. Weighing everything, this category is closely contested, but the iPad Air 11 holds a slight overall edge thanks to its direct update pipeline and 5G readiness, while the MatePad Pro counters meaningfully with Wi-Fi 7, GPS, and multi-user support.