Apple iPad (2025) VS Samsung Galaxy Tab S10 FE

In terms of form factor, the two tablets take noticeably different shapes. The Apple iPad (2025) is taller and wider, resulting in a significantly larger overall volume (312.4 cm³ vs. 253 cm³), which suggests a more expansive screen footprint — though raw dimensions alone don't confirm screen size. The Samsung Galaxy Tab S10 FE, by contrast, is more compact and slimmer at 6 mm thick versus the iPad's 7 mm, making it slightly more pocketable and sleeker to hold flat. The iPad edges out the weight contest at 481 g versus 500 g, though a 19 g difference is barely perceptible in daily use.

Where the design comparison becomes decisively one-sided is in two key areas: accessories and durability. The Tab S10 FE ships with a stylus included, which is a meaningful real-world value-add — handwriting, sketching, and annotation are immediately available out of the box at no extra cost. The iPad offers no such inclusion. On durability, the Tab S10 FE carries waterproof protection, while the iPad lists no water resistance whatsoever — a significant practical difference for users who work outdoors, in kitchens, or in unpredictable environments.

Overall, the Samsung Galaxy Tab S10 FE holds a clear design edge in this group. Its slimmer profile, bundled stylus, and waterproofing represent tangible functional advantages. The iPad's marginal weight saving does not offset these gaps, making Samsung the stronger choice from a design and build standpoint based strictly on these specs.

Both tablets share an identical 10.9″ screen size and both use LCD panels, so the viewing experience starts from a common baseline. The iPad (2025) pulls ahead on raw sharpness, delivering 264 ppi versus the Tab S10 FE's 249 ppi — a modest but real difference that translates to slightly crisper text and finer detail, particularly noticeable when reading small fonts or viewing high-resolution images up close.

The Samsung Galaxy Tab S10 FE counters with advantages that matter in everyday use. Its 90Hz refresh rate versus the iPad's 60Hz means scrolling, animations, and UI interactions feel noticeably smoother — a tangible perceptual upgrade once you've experienced it. It also edges out on brightness at 600 nits versus 500 nits, which improves legibility in brighter ambient conditions. Additionally, the Tab S10 FE features branded damage-resistant glass, providing meaningful screen protection that the iPad lacks entirely — a practical durability consideration for daily handling.

This display category is genuinely competitive, but the Samsung Galaxy Tab S10 FE holds a slight overall edge. The iPad's pixel density lead is real yet subtle, while Samsung's smoother refresh rate, higher brightness, and screen protection address more impactful real-world usage scenarios. Neither display type reaches AMOLED-level contrast or HDR support, keeping both firmly in the mid-range tier — but within that tier, the Tab S10 FE offers a more well-rounded package.

Raw processing power is where the Apple iPad (2025) establishes a commanding lead. Its Apple A16 Bionic chip scores 2321 in Geekbench 6 single-core and 5684 multi-core, versus the Tab S10 FE's Exynos 1580 at 1360 single-core and 3893 multi-core. Single-core performance is especially telling for everyday responsiveness — app launches, UI snappiness, and general task fluency — and the iPad's roughly 70% advantage there is substantial. Both chips are fabbed on a 4 nm process, so this gap comes down to Apple's architectural efficiency rather than a manufacturing edge.

The memory picture is more nuanced. The Tab S10 FE offers a generous 12GB of RAM compared to the iPad's 6GB, which on paper supports heavier multitasking and more apps held in memory simultaneously. However, the iPad's RAM runs at a much faster 6400 MHz versus 3200 MHz, partially offsetting the capacity disadvantage through bandwidth efficiency. On storage, the iPad ships with up to 512GB internally but has no expansion slot, while the Tab S10 FE tops out at 256GB built-in but supports external memory — a meaningful flexibility advantage for users who need to expand storage affordably over time. The Tab S10 FE also holds a GPU spec edge on paper, with 256 shading units versus 128 and a higher OpenGL ES version, though the real-world GPU delta would need benchmarking to confirm practical gains.

The Apple iPad (2025) takes a clear performance win in this group. Its CPU advantage is too large to overlook — tasks that stress the processor, from video editing to complex apps, will run meaningfully faster on the A16 Bionic. The Tab S10 FE's higher RAM capacity and expandable storage are genuine practical strengths, but they don't close the processing gap. Users who prioritize raw speed and computational headroom will find the iPad decisively ahead here.

Tablet cameras are rarely a primary purchase driver, but the differences here reveal meaningfully different philosophies. The Apple iPad (2025) edges ahead on video capability, shooting 4K at 60 fps compared to the Tab S10 FE's 30 fps ceiling — a real advantage for anyone recording smooth motion footage. It also offers a wider aperture at f/1.8 versus f/2.0, which allows more light into the sensor and typically produces better results in lower-light conditions. Add panorama support and burst/serial shot mode, and the iPad is the stronger choice for casual photography versatility.

The Samsung Galaxy Tab S10 FE counters with a more manual-control-oriented feature set. It supports manual ISO, manual white balance, and manual focus — none of which are available on the iPad — catering to users who want hands-on control over their shots. Critically, it also supports continuous autofocus during video recording, which the iPad lacks; this means the Tab S10 FE will maintain focus on moving subjects while filming, a practical advantage for recording video of people or objects in motion despite its lower frame rate ceiling.

This category ends in a considered split rather than a clean win. The iPad holds the edge for video quality and low-light stills thanks to its higher frame rate and wider aperture, while the Tab S10 FE suits users who want manual shooting control and reliable video autofocus. The deciding factor comes down to use case: casual capture and smooth video favors the iPad (2025), while deliberate, controlled shooting leans toward the Tab S10 FE.

The audio specs for these two tablets are nearly identical, and the shared features are worth noting: both offer stereo speakers for a wider, more immersive soundstage compared to mono setups, and neither includes a 3.5mm headphone jack, meaning wired audio requires a USB-C adapter on both devices. Users dependent on traditional wired headphones should factor this in regardless of which tablet they choose.

The only meaningful differentiator in this group is microphone count. The Samsung Galaxy Tab S10 FE includes 3 microphones versus the iPad's 2. An additional microphone typically enables better spatial audio capture, improved background noise rejection, and more accurate beamforming during calls or voice recordings — practical benefits for video conferencing, dictation, or content creation use cases.

This is a near-tie category, but the Tab S10 FE earns a slim edge purely on the basis of its extra microphone. The difference won't matter to users who primarily consume media, but those who frequently record audio, take calls, or use voice input will find the three-microphone configuration a modest but real practical advantage.

Battery capacity is close but not equal: the Apple iPad (2025) packs a slightly larger 8500 mAh cell versus the Tab S10 FE's 8000 mAh. That 500 mAh gap is modest — roughly 6% more capacity on paper — and real-world battery life will also depend heavily on factors like screen brightness, processor efficiency, and software optimization, none of which are captured here. Still, all else being equal, the larger cell gives the iPad a marginal endurance edge on a single charge.

Where the tables turn is charging. The Samsung Galaxy Tab S10 FE supports fast charging, while the iPad (2025) does not. This is a meaningful real-world distinction: fast charging dramatically reduces the time a tablet spends tethered to a cable, which matters for users with busy schedules or those who forget to charge overnight. A slightly larger battery that charges slowly can end up feeling less convenient than a smaller one that tops up quickly.

This group results in a genuine trade-off rather than a clear overall winner. The iPad (2025) holds a slim advantage in raw capacity, suggesting marginally longer unplugged endurance. But the Tab S10 FE's fast charging support is the more impactful daily-use feature for many people. Users who prioritize time-to-full and charging convenience will lean toward Samsung; those who want to maximize time away from the outlet have a slight edge with the iPad.

Wireless connectivity gives the Samsung Galaxy Tab S10 FE a notable hardware edge: it supports Wi-Fi 6E, which unlocks the 6GHz band for less congested, faster connections in environments with many competing devices — something the iPad (2025) tops out at Wi-Fi 6 without. Samsung also includes NFC, enabling contactless payments and device pairing, and supports both a physical SIM and an eSIM simultaneously, versus the iPad's eSIM-only cellular setup. For users who need SIM flexibility or frequently tap-to-pay, these are practical, day-to-day advantages.

The software and ecosystem features diverge sharply along platform lines. The Tab S10 FE is a multi-user system, allowing different people to maintain separate profiles on the same device — a significant advantage for shared or family-use scenarios. It also offers richer personalization through dynamic theming and full theme customization. The iPad (2025) counters with stronger privacy tooling, including cross-site tracking blocking and Mail Privacy Protection, plus direct OS updates from Apple — meaning faster, more predictable software support over the device's lifespan. The iPad also retains a gyroscope and compass, which the Tab S10 FE lacks, relevant for navigation and motion-sensitive applications.

This is the most feature-dense group, and it reflects two distinct ecosystems rather than one clear winner. The Tab S10 FE has the edge on connectivity hardware — Wi-Fi 6E, NFC, and dual SIM — plus multi-user support that broadens its appeal for shared use. The iPad (2025) leads on privacy protections, direct software updates, and sensor completeness. Which tablet wins here depends squarely on what the user values: connectivity flexibility and shareability favor Samsung, while privacy and long-term software reliability favor Apple.

This group contains only two data points, and one is shared: both tablets use DDR5 memory, the current mainstream standard that delivers strong bandwidth and power efficiency compared to older DDR4 implementations. No advantage separates them here.

The sole differentiator is multithreading support. The Samsung Galaxy Tab S10 FE uses multithreading, while the Apple iPad (2025) does not. Multithreading allows each physical CPU core to handle more than one instruction thread simultaneously, which can improve throughput in workloads that benefit from parallelism — such as background processing, certain productivity tasks, or running multiple demanding operations concurrently. That said, this spec point must be read alongside the broader performance picture: raw single-core and multi-core benchmark results are a more complete measure of real-world CPU output than multithreading support alone.

Based strictly on this group's data, the Tab S10 FE has the nominal edge due to multithreading. However, with only two specs available here — one of which is tied — this is among the thinner differentiators across the full comparison, and should be weighted accordingly in any overall purchasing decision.