Samsung Galaxy Tab S11 Ultra VS Xiaomi Pad 7 Ultra

Both tablets share an identical 5.1 mm thickness, making them equally slim in hand, but their overall footprints and weights tell a different story. The Samsung Galaxy Tab S11 Ultra is noticeably larger — 326.3 × 208.5 mm versus 305.8 × 207.5 mm for the Xiaomi Pad 7 Ultra — and at 695 g compared to 609 g, the Samsung is 86 g heavier. That gap is meaningful in practice: during extended handheld use or note-taking sessions, the Xiaomi will feel considerably less fatiguing.

The accessory story is where the two diverge most sharply. The Tab S11 Ultra ships with a stylus included and no bundled keyboard, while the Xiaomi Pad 7 Ultra flips that equation entirely — it comes with a detachable keyboard but no stylus. Neither keyboard is backlit, and neither tablet has tilt sensitivity for its stylus input. This means the Samsung leans toward creative and note-taking workflows out of the box, whereas the Xiaomi is positioned more as a laptop replacement from day one.

A critical real-world differentiator is water resistance: the Tab S11 Ultra carries a waterproof rating, while the Xiaomi Pad 7 Ultra has none. For users who work in kitchens, outdoors, or simply want peace of mind around accidental spills, this is a significant durability advantage for Samsung. Overall, neither tablet dominates outright — the Xiaomi Pad 7 Ultra edges ahead on portability and productivity setup, while the Samsung Galaxy Tab S11 Ultra holds the advantage in durability and pen-ready creativity.

Both tablets sport large OLED/AMOLED panels with a 120Hz refresh rate and anti-reflection coatings, so the baseline viewing experience is premium on either device. Where they diverge is in screen size and sharpness: the Tab S11 Ultra goes bigger at 14.6″ with a 239 ppi pixel density, while the Xiaomi Pad 7 Ultra opts for a 14″ panel but pushes resolution to 3200 × 2136 px, yielding a noticeably crisper 275 ppi. That 36 ppi difference is perceptible when reading fine text, rendering detailed illustrations, or working with dense spreadsheets — the Xiaomi's display will simply look sharper up close.

Screen protection is another meaningful split. The Xiaomi Pad 7 Ultra includes branded damage-resistant glass, offering a meaningful layer of scratch and impact protection that the Tab S11 Ultra lacks. For a large, expensive tablet used on desks or in bags, this is a practical durability advantage. Both tablets support HDR10, but the HDR ecosystem support diverges from there: the Samsung adds HDR10+ for dynamic tone-mapping on compatible content, while the Xiaomi counters with Dolby Vision, which enjoys broader streaming platform support across Netflix, Apple TV+, and Disney+.

On balance, the Xiaomi Pad 7 Ultra holds a display edge for most users — its higher pixel density, damage-resistant glass, and Dolby Vision support make it the sharper, better-protected, and more streaming-friendly screen. The Tab S11 Ultra's larger canvas and HDR10+ support are genuine advantages for specific creative workflows, but the Xiaomi's panel is more versatile in everyday use.

Powering these two tablets are very different chips: the Tab S11 Ultra runs on the MediaTek Dimensity 9400 Plus, while the Xiaomi Pad 7 Ultra debuts Xiaomi's own in-house Xring O1. Both are fabbed on a 3 nm process and use the same Immortalis-G925 GPU core, but the real-world performance gap is visible in the benchmarks. The Samsung leads in Geekbench 6 with a multi-core score of 8969 versus 8125, and a single-core score of 2874 versus 2709 — a consistent advantage that translates to snappier app launches and heavier single-threaded workloads.

The memory subsystem further favors the Samsung. Its RAM runs at 10667 MHz with a peak bandwidth of 85.3 GB/s, compared to the Xiaomi's 4800 MHz and 76.8 GB/s — a substantial gap that benefits tasks like large file editing, multitasking, and GPU-accelerated workloads. Samsung also supports up to 24 GB of RAM on higher-tier configurations, while the Xiaomi caps at its included 16 GB. One counterpoint: the Xiaomi's GPU runs at a higher clock of 1612 MHz versus 1300 MHz, and its Xring O1 packs 10 CPU threads compared to Samsung's 8, which may help in heavily threaded workloads. The Xiaomi also supports ECC memory, a feature relevant for data-integrity-sensitive professional applications.

Rounding out the practical differences, the Tab S11 Ultra includes a microSD card slot for expandable storage, while the Xiaomi Pad 7 Ultra does not — a meaningful edge given both start at 1 TB. Overall, the Tab S11 Ultra holds a clear performance advantage in CPU throughput and memory bandwidth, making it the stronger pick for demanding workloads, while the Xiaomi Pad 7 Ultra's higher GPU clock and thread count make it competitive in specific graphics and parallel-processing scenarios.

Camera hardware is where the Xiaomi Pad 7 Ultra pulls significantly ahead. Its single rear sensor clocks in at 50 MP, compared to the Tab S11 Ultra's dual setup of 13 MP + 8 MP — and for still photography, a single high-resolution sensor generally captures far more detail than a pair of lower-resolution ones. The front camera gap is equally stark: 32 MP on the Xiaomi versus a dual 12 MP + 12 MP arrangement on the Samsung, making the Xiaomi the clear choice for high-quality video calls and selfies.

Video recording tells a similar story. The Xiaomi records at 4K 60 fps, while the Samsung tops out at 4K 30 fps — a meaningful difference for anyone capturing smooth motion, whether that's a presentation, a vlog, or a live event. Both tablets lack optical image stabilization and optical zoom, so neither has an edge in those areas. The shared feature set — HDR mode, touch autofocus, continuous autofocus during recording, manual ISO, white balance, and exposure controls — means both offer a comparable level of manual control for users who want it.

The Xiaomi Pad 7 Ultra holds a clear camera advantage across both still and video capture, with higher resolution sensors on front and rear and smoother 4K video. The Tab S11 Ultra's dual rear and dual front camera configuration adds versatility on paper, but the resolution deficit is too large to offset the Xiaomi's lead for users who prioritize imaging quality from their tablet.

Wired audio is a non-starter on both tablets — neither includes a 3.5 mm headphone jack, so wireless headphones are the practical default for private listening. On that front, the two devices diverge meaningfully. The Tab S11 Ultra supports no high-resolution Bluetooth audio codecs at all, while the Xiaomi Pad 7 Ultra adds both aptX HD and LDAC — two codecs designed to transmit significantly more audio data over Bluetooth than the standard SBC or AAC. For users with compatible high-res wireless headphones, this translates to noticeably richer, more detailed sound with less compression artifacting.

For speaker-based listening, the playing field is even: both tablets feature stereo speakers and no built-in radio, so neither holds a structural advantage when sound is coming from the device itself. The stereo setup on both ensures adequate channel separation for media consumption and video calls.

The Xiaomi Pad 7 Ultra has a clear audio edge for anyone who listens through wireless headphones, thanks to its LDAC and aptX HD support. LDAC in particular, developed by Sony, is widely regarded as the highest-quality mainstream Bluetooth audio codec and is supported by a broad range of premium headphones. The Samsung offers no equivalent, making it the weaker choice for audiophile-oriented wireless listening.

Battery capacity is remarkably close between these two large-format tablets. The Xiaomi Pad 7 Ultra carries a 12000 mAh cell versus 11600 mAh in the Samsung Galaxy Tab S11 Ultra — a difference of just 400 mAh, or roughly 3.4%. In practical terms, this gap is negligible and unlikely to produce a noticeable difference in daily screen-on time for the vast majority of users.

Both tablets support fast charging and share an identical feature set otherwise: non-removable, rechargeable batteries with no wireless charging on either side. The absence of wireless charging is worth noting for users who prefer cable-free top-ups, but given that neither device offers it, this is simply a shared limitation rather than a differentiator.

On battery specs alone, this category is effectively a tie. The Xiaomi's marginal capacity lead exists on paper but will not translate into a meaningful real-world advantage. Users choosing between these tablets should weight other spec groups far more heavily than battery when making their decision.

Wireless connectivity is where the Samsung Galaxy Tab S11 Ultra pulls meaningfully ahead. It supports Wi-Fi 6E in addition to Wi-Fi 7, giving it access to the less congested 6 GHz band — a real advantage in dense Wi-Fi environments like offices or apartments with many competing networks. The Xiaomi Pad 7 Ultra tops out at Wi-Fi 7 without 6E, so it misses that extra headroom. Both tablets share Bluetooth 5.4 and USB 3.2, putting them on equal footing for peripheral and wired transfer speeds.

The most consequential gap in this category is cellular connectivity. The Tab S11 Ultra includes a cellular module with 5G support and full GPS with Galileo, making it a genuinely untethered device capable of independent internet access and precise location tracking wherever mobile coverage exists. The Xiaomi Pad 7 Ultra is Wi-Fi only — no cellular, no 5G, and no GPS — which significantly limits its utility for travel, fieldwork, or any scenario where a reliable internet connection cannot be assumed. In exchange, the Xiaomi offers NFC, which the Samsung lacks, enabling contactless payments and quick device pairing, though this is a modest trade-off given what it gives up.

The software and privacy feature sets are nearly identical across both devices, covering split-screen, PiP, dynamic theming, on-device ML, and granular privacy controls — so neither holds an edge there. Overall, the Tab S11 Ultra has a clear connectivity advantage, driven primarily by its 5G capability and GPS, which make it a far more versatile companion outside of Wi-Fi range.

The Miscellaneous group for these two tablets contains just two data points, and both are identical: each device uses DDR5 memory and supports multithreading. DDR5 is the current-generation memory standard, offering higher bandwidth and improved power efficiency compared to DDR4 — a baseline expectation for flagship-tier hardware in this class. Multithreading, meanwhile, allows the processor to handle multiple tasks simultaneously across its cores, contributing to smoother multitasking and better performance under load.

This is a complete tie. There are no differentiators to analyze here, and neither tablet holds any advantage over the other based on the provided specs. Users should rely on the other specification groups — particularly Performance and Connectivity — to inform their decision between these two devices.