Apple iPad Air 13 (2025) Wi-Fi + Cellular VS Samsung Galaxy Tab S10 FE Plus

Both tablets are remarkably thin — the Apple iPad Air 13 (2025) Wi-Fi + Cellular at 6.1 mm and the Samsung Galaxy Tab S10 FE Plus at 6 mm — making this a practical tie in terms of slimness. Where they diverge is in their physical footprint and weight. The iPad Air 13 is taller and wider, which is expected given its larger screen area, and it weighs 617 g compared to the Tab S10 FE Plus's 668 g. That 51-gram difference is noticeable during extended one-handed use or long reading sessions. The Samsung, however, has a smaller total volume (351.2 cm³ vs 367.8 cm³), reflecting a narrower, more portrait-oriented chassis — a trade-off between screen size and ergonomic reach.

The most impactful practical differences lie in the accessories and durability story. The Tab S10 FE Plus ships with a stylus included in the box, which is a meaningful value differentiator — users get pen input without an additional purchase. The iPad Air 13 offers no bundled stylus, meaning Apple Pencil support comes at extra cost. On durability, the Samsung holds a clear advantage with waterproof protection, while the iPad Air 13 offers no water resistance rating at all, making the Samsung the safer choice for outdoor, kitchen, or field use. Conversely, the iPad Air 13 supports tilt sensitivity for its compatible stylus, enabling more nuanced pressure-based input — a feature the Tab S10 FE Plus lacks.

Overall, the Samsung Galaxy Tab S10 FE Plus has a design edge for most practical scenarios: it is heavier but comes with a stylus and waterproofing, making it a more complete out-of-the-box package for users who value durability and pen input at no extra cost. The iPad Air 13 counters with a lighter build and tilt sensitivity for more expressive stylus work, but those advantages require additional investment. If portability and raw ergonomics are the priority, the iPad Air 13 wins on weight; if real-world resilience and included accessories matter more, the Samsung leads.

At nearly identical screen sizes — 13″ vs 13.1″ — these two tablets occupy the same large-format tier, but their displays tell meaningfully different stories. The iPad Air 13 (2025) resolves at 2048 x 2732 px in a portrait-dominant aspect ratio, yielding 264 ppi, while the Tab S10 FE Plus outputs 2880 x 1800 px in a wider landscape-leaning layout at 259 ppi. The pixel density difference is negligible in practice — both screens are sharp enough that individual pixels are imperceptible at normal viewing distances. The more consequential split is in display technology: the iPad Air 13 uses an IPS LCD panel with a proven color accuracy track record, whereas the Samsung is listed simply as LCD, without the IPS qualifier, which can imply narrower viewing angles depending on implementation.

Refresh rate and glass protection are where the two diverge most practically. The Tab S10 FE Plus runs at 90 Hz versus the iPad Air 13's 60 Hz, and while neither reaches the fluid 120 Hz tier, 90 Hz still delivers visibly smoother scrolling and more responsive stylus tracking in everyday use. On screen protection, the Samsung includes branded damage-resistant glass — the iPad Air 13 does not — which matters for users prone to drops. The iPad Air 13 counters with an anti-reflection coating, which reduces glare in bright ambient lighting; the Tab S10 FE Plus offers no such treatment. Both panels share identical 600 nits typical brightness, so neither has an outright advantage in well-lit environments.

The display comparison is genuinely split, with each tablet winning on different criteria. The iPad Air 13 has the edge for controlled indoor environments thanks to its anti-reflection coating and IPS panel. The Tab S10 FE Plus is the stronger choice for users who prioritize smoother motion and physical screen durability. Neither offers HDR10+ support, so high-dynamic-range content is off the table for both. On balance, the Samsung's 90 Hz refresh rate and protective glass give it a slight practical edge for general use, while the Apple's anti-glare surface makes it more comfortable for document work and reading near windows.

The silicon gap between these two tablets is substantial. The iPad Air 13 (2025) runs on the Apple M3, built on a 3 nm process, while the Tab S10 FE Plus uses the Samsung Exynos 1580 on a 4 nm node. That one-generation process advantage translates directly into greater transistor density, which typically means more compute throughput per watt — the M3 can do more while generating less heat. The iPad Air 13's CPU configuration of 4 performance cores at 3.2 GHz plus 4 efficiency cores is also clocked significantly higher than the Exynos 1580's top speed of 2.9 GHz on a single prime core, with the remaining cores running at considerably lower frequencies. For sustained workloads — video editing, 3D rendering, large document processing — the M3's architecture holds a commanding advantage.

Memory tells a similarly lopsided story, though with an interesting twist. The iPad Air 13 supports up to 24 GB maximum memory and delivers a memory bandwidth of 100 GB/s, nearly double the Tab S10 FE Plus's 51.2 GB/s. Higher bandwidth is critical for GPU-accelerated tasks and large asset manipulation, where data must move rapidly between memory and processor. The Samsung counters with 12 GB of RAM versus the iPad Air 13's 8 GB, which gives it a raw multitasking headroom advantage for keeping more apps live in the background. However, the Tab S10 FE Plus's maximum memory is also capped at 12 GB, while Apple's platform can scale far beyond. On storage, the iPad Air 13 offers up to 1024 GB of built-in storage, but has no expansion slot; the Samsung tops out at 256 GB internally yet supports external memory expansion — a meaningful flexibility advantage for users who prefer modular storage.

Raw performance is unambiguously in the iPad Air 13's corner. The M3 chip's process node, clock speeds, memory bandwidth, and storage ceiling all outclass the Exynos 1580 by a wide margin, making the iPad Air 13 the clear choice for compute-intensive tasks. The Tab S10 FE Plus's higher base RAM and expandable storage soften the blow for everyday multitasking and media management, but these advantages do not close the performance gap. Users who primarily browse, stream, and work in office apps may find the Samsung's specs more than adequate — but for anyone pushing the hardware, the iPad Air 13 holds a decisive edge.

On paper, the two main cameras are close — 12 MP on the iPad Air 13 (2025) versus 13 MP on the Tab S10 FE Plus — but megapixel count is rarely the deciding factor in tablet camera quality. The more telling difference is aperture: the iPad Air 13's f/1.8 lens is meaningfully wider than the Samsung's f/2.0, meaning it admits more light per frame. In practical terms, this gives the iPad Air 13 an inherent advantage in lower-light shooting conditions, where a wider aperture reduces the need for longer exposures or boosted ISO. Both tablets share a 12 MP front camera, so video calls and selfies are on equal footing there.

Video capability diverges clearly in the iPad Air 13's favor. It records 4K at 60 fps, compared to the Tab S10 FE Plus's cap of 4K at 30 fps — double the frame rate for smoother, more cinematic footage. The iPad Air 13 also supports slow-motion recording and burst/serial shot mode, neither of which the Samsung offers. The Tab S10 FE Plus counters with continuous autofocus during video recording, which helps keep moving subjects sharp without manual intervention — a feature the iPad Air 13 lacks — and it adds manual ISO and manual white balance controls for users who prefer granular exposure management. The iPad Air 13 offers manual shutter speed instead, rounding out a different but partially overlapping set of manual controls.

Neither tablet is a primary camera replacement, but for users who do reach for their tablet to capture video or stills, the iPad Air 13 holds the stronger overall camera profile. Its wider aperture, higher video frame rate, and slow-motion support outweigh the Samsung's continuous autofocus and extra manual controls for most use cases. The Tab S10 FE Plus's continuous autofocus in video and expanded manual settings make it a reasonable pick for users who shoot deliberate, controlled footage — but the iPad Air 13's versatility and raw video capability give it the edge in this category.

Audio hardware is nearly identical across these two tablets, and the shared features tell a clear story about where the market has landed for large-format devices. Both the iPad Air 13 (2025) and the Tab S10 FE Plus offer stereo speakers and have dropped the 3.5 mm headphone jack, pushing users toward Bluetooth or USB-C audio adapters. Neither includes a radio. For media consumption and video calls, the stereo speaker setup on both ensures directional sound — an advantage over mono configurations — but the provided specs do not differentiate speaker quality, driver size, or tuning between the two.

The only measurable difference in this category is microphone count: the Tab S10 FE Plus equips 3 microphones versus 2 on the iPad Air 13. More microphones generally enable better spatial audio capture, improved noise cancellation, and more accurate beamforming — the process of isolating a voice from background noise during calls or recordings. For users who frequently conduct video conferences in noisy environments, record voiceovers, or use voice recognition features, an additional microphone can translate into noticeably cleaner audio pickup.

This is a close category overall, but the Tab S10 FE Plus earns a narrow edge purely on the strength of its third microphone. The speaker configuration is a tie. Neither device offers a headphone jack, so both equally require an adapter or wireless solution for wired audio. If microphone fidelity in calls and recordings is a priority, the Samsung has a technical advantage here — even if it is the only differentiator in an otherwise matched audio spec set.

Battery capacity is essentially matched in this comparison. The Tab S10 FE Plus packs 10090 mAh against the iPad Air 13 (2025)'s 9705 mAh — a difference of roughly 385 mAh, or less than 4%. In real-world terms, that gap is unlikely to be perceptible as a meaningful difference in daily endurance; both tablets sit comfortably in the large-capacity tier expected of 13-inch devices. Both support fast charging and share the same structural traits: non-removable, rechargeable cells with no wireless charging on either side.

The absence of wireless charging on both tablets is worth flagging for users coming from premium smartphones where that feature is now standard. Both devices require a wired connection to charge, which is the norm at this tablet size and price segment but worth noting for workflow planning. The fast charging support on both at least ensures that time tethered to a cable is minimized, though the provided specs do not detail the maximum wattage supported by either device.

This category is effectively a tie. The Tab S10 FE Plus holds a marginal lead in raw capacity with its 10090 mAh battery, but the 4% difference is too small to declare a practical winner — real-world battery life depends heavily on factors like display efficiency, chipset power draw, and software optimization, none of which are captured in mAh alone. Users should not make a decision based on battery specs alone here; the two tablets are functionally equivalent in this group.

Wireless connectivity is a practical tie — both tablets support Wi-Fi 6E, 5G, Bluetooth 5.3, and dual SIM with eSIM, putting them on equal footing for network performance. Where the hardware diverges significantly is USB: the iPad Air 13 (2025) uses USB 3.1, which enables fast wired data transfers ideal for offloading large video files or connecting external storage at speed, while the Tab S10 FE Plus is limited to USB 2 — a generation behind and considerably slower for wired data. The Samsung counters with NFC support, absent on the iPad Air 13, which enables contactless payments and device pairing workflows. The iPad Air 13 includes a gyroscope and compass, which the Tab S10 FE Plus lacks — relevant for AR applications and navigation use cases.

The software and privacy feature split reflects the two platforms' philosophies. The iPad Air 13 brings a denser privacy stack: Mail Privacy Protection, cross-site tracking blocking, and focus modes for managing interruptions — none of which appear on the Samsung. The Tab S10 FE Plus answers with greater personalization depth, including dynamic theming, theme customization, an extra dim mode, and the ability to play games while they download. Critically, the Samsung also supports multi-user profiles, making it a more practical shared device for families or teams — a capability the iPad Air 13 does not offer. The Samsung's open-source status also gives technically inclined users more platform flexibility.

The iPad Air 13 holds a clear edge for individual power users who prioritize fast wired data throughput, sensors for AR, and a more comprehensive privacy toolkit, and it benefits from direct OS updates without relying on carrier or manufacturer timelines. The Tab S10 FE Plus is the stronger pick for shared environments thanks to multi-user support, and its NFC capability adds everyday payment convenience the iPad Air 13 cannot match. On balance, the iPad Air 13 wins on connectivity depth and privacy, while the Samsung wins on flexibility and sharing — making the decision largely a function of use context rather than one device being comprehensively superior.

The only data point in this group is shared: both the Apple iPad Air 13 (2025) Wi-Fi + Cellular and the Samsung Galaxy Tab S10 FE Plus use DDR5 memory. DDR5 is the current-generation RAM standard, offering higher data transfer rates and improved power efficiency compared to DDR4 — which matters for memory-intensive workloads like multitasking across heavy applications or handling large media assets. The fact that both tablets implement DDR5 means neither has an architectural disadvantage at the memory generation level.

This is a clear tie. With no differentiating specs present in this group, the Miscellaneous category does not shift the overall comparison in either direction. Any meaningful performance differences between the two devices traced back to memory — such as bandwidth or total capacity — are better attributed to the specs analyzed in the Performance group rather than the DDR generation alone.