Xiaomi Pad 8 VS Xiaomi Pad Mini

The most defining difference in this group comes down to size and weight. The Xiaomi Pad 8 is a noticeably larger slate at 251.2 × 173.4 mm and 494 g, while the Xiaomi Pad Mini is considerably more compact at 205.1 × 132 mm and just 326 g — that is a 168 g difference, which is substantial during extended one-handed use or long reading sessions. The Pad Mini's smaller footprint and lighter build make it the more portable and fatigue-friendly option for commuters or users who frequently hold their tablet in hand.

Interestingly, the Pad 8 wins on thinness despite its larger body, measuring 5.8 mm thick versus the Pad Mini's 6.5 mm. While both are slim devices, the Pad 8's slimmer profile slightly offsets the bulk of its larger frame. The overall volume tells the fuller story though: the Pad 8 displaces roughly 252.6 cm³ compared to the Pad Mini's 175.9 cm³, meaning it occupies about 44% more space — a real consideration for bag or pocket fit.

On shared design features, both tablets are identical: no included stylus, no detachable or backlit keyboard, and no water resistance rating. Neither product offers any accessory ecosystem advantage out of the box, and both lack any form of environmental protection. Overall, the Pad Mini holds a clear design edge for users who prioritize portability and lightweight handling, while the Pad 8's slimmer chassis may appeal to those who prefer a larger screen in a sleeker shell.

Screen size is the most fundamental split here: the Pad 8's 11.2″ panel versus the Pad Mini's 8.8″ naturally suits different use cases — the former is better for productivity, media consumption, and multitasking, while the latter trades canvas space for compact convenience. Despite having the smaller screen, the Pad Mini actually achieves a sharper image at 403 ppi compared to the Pad 8's 344 ppi, a difference that becomes perceptible when reading fine text or viewing detailed graphics up close. Both use LCD IPS panels, so color reproduction and viewing angle characteristics are broadly comparable in technology terms.

Where the Pad Mini continues to impress is in its responsiveness figures. Its 165Hz refresh rate and 372Hz touch sampling rate edge out the Pad 8's already capable 144Hz / 240Hz combination, resulting in marginally smoother scrolling and snappier stylus or finger tracking — differences most noticeable in fast-paced gaming or precise drawing tasks. The Pad 8 punches back with HDR10 and Dolby Vision support, giving it a richer dynamic range ceiling for compatible streaming content, whereas the Pad Mini only carries Dolby Vision without HDR10.

For screen protection, the trade-offs are worth noting. The Pad 8 ships with branded damage-resistant glass, offering better scratch and impact resilience. The Pad Mini counters with an anti-reflection coating, which reduces glare in bright or outdoor environments — a tangible daily usability advantage on a device sized for on-the-go use. On balance, the Pad Mini holds a slight display edge for sharpness and fluidity, while the Pad 8 is the stronger pick for HDR media and raw screen real estate.

These two tablets sit in very different performance tiers despite sharing the same 12GB RAM and 8-thread CPU configuration. The Pad Mini is powered by the MediaTek Dimensity 9400 Plus, a flagship-class chip built on a 3 nm process, while the Pad 8 uses the Qualcomm Snapdragon 8s Gen 4 on a 4 nm node — a capable but mid-tier offering. The Geekbench 6 scores make the gap concrete: the Pad Mini leads with 2874 single-core and 8969 multi-core versus the Pad 8's 2041 / 6833. In practice, this translates to faster app launches, snappier UI responsiveness, and better sustained performance under demanding workloads like video editing or high-fidelity gaming.

The memory subsystem gap is equally striking. The Pad Mini's RAM operates at 10667 MHz compared to the Pad 8's 4800 MHz, and its memory bandwidth reaches 85.3 GB/s versus 76.8 GB/s. Combined with a larger 12 MB L3 cache (vs. 8 MB) and a faster GPU clock of 1300 MHz on the Immortalis G925, the Pad Mini is better equipped for memory-intensive tasks and GPU-heavy workloads. The Pad 8's Adreno 825 is still a competent GPU, but it cannot match this configuration on paper.

On storage, the Pad Mini ships with 512GB base storage versus the Pad 8's 256GB — a meaningful real-world advantage given neither tablet supports external memory expansion. One point in the Pad 8's favor is its Android 16 out of the box versus the Pad Mini's Android 15, which offers a longer software runway, though this may be subject to future updates. Overall, the Pad Mini holds a decisive performance advantage across raw compute, GPU, and memory metrics, making it the stronger choice for power users and demanding use cases.

Rarely does a camera comparison come down to a single feature, but that is precisely the case here. The Xiaomi Pad 8 and Xiaomi Pad Mini share an essentially identical camera specification: both carry a 13 MP main camera and 8 MP front camera, shoot 4K at 30fps, feature the same f/2.2 main aperture, and lack optical image stabilization or optical zoom. Even the more granular details — sensor type, flash configuration, autofocus behavior, and manual controls — are a mirror image across both devices.

The sole differentiator is that the Pad 8 supports in-camera panorama shooting, while the Pad Mini does not. For most users this is a minor omission, but it is the only functional camera distinction the data reveals. Neither tablet is positioned as a photography-first device — the absence of OIS, slow-motion, and any zoom capability confirms that cameras are supplementary features on both, as is typical for tablets in this category.

Given the near-total overlap in specs, this group is effectively a tie, with the Pad 8 claiming a marginal edge solely due to panorama support. Users choosing between these two tablets should not factor camera capability into their decision, as it will not meaningfully differ in day-to-day use.

Audio is a short story here, but it has a clear winner. Both tablets drop the 3.5mm headphone jack and offer no high-resolution Bluetooth codec support — meaning wired audio requires an adapter, and wireless listeners are limited to standard Bluetooth quality regardless of their headphones' capabilities. These are shared limitations that place both devices on equal footing for personal listening.

For built-in speaker output, however, the two diverge. The Pad 8 features stereo speakers, while the Pad Mini has only a single speaker. In practice, stereo separation creates a noticeably wider, more immersive soundstage during media playback — particularly impactful when watching videos or playing games in landscape orientation, where dual speakers fire from opposite ends of the device. A mono speaker, by contrast, produces a centered, flatter sound experience with no spatial depth.

Given that both tablets are otherwise identical in audio capability, the Pad 8 holds a clear edge in this group purely on the strength of its stereo speaker setup. For users who frequently consume media without headphones, this is a meaningful quality-of-life advantage that the Pad Mini simply cannot match based on the available specs.

Battery capacity is one area where the Xiaomi Pad 8 reasserts itself after trailing the Pad Mini in performance. Its 9200 mAh cell is a sizeable step up from the Pad Mini's 7500 mAh — a 1700 mAh difference that, all else being equal, translates to meaningfully longer time between charges. For a larger-screen device that draws more power to drive its bigger display, this headroom helps maintain competitive endurance rather than simply compensating for the size penalty.

The Pad Mini's smaller battery is a natural consequence of its compact chassis, and it benefits from powering a much smaller 8.8″ screen. The net real-world battery life gap between the two may therefore be narrower than the raw mAh figures suggest — but based strictly on the provided specs, the Pad 8 holds the larger reservoir. Both tablets support fast charging, which softens the impact of any capacity difference by reducing downtime, though neither offers wireless charging.

With all other battery-related features identical between the two, the Pad 8 has the edge in this group on capacity alone. It is the safer choice for users who prioritize all-day or multi-day usage without reaching for a charger, while the Pad Mini's smaller pack remains a reasonable trade-off given its more portable form factor.

Across a long list of connectivity and software features, these two tablets are remarkably aligned — sharing Wi-Fi 7, Bluetooth 5.4, USB 3.2 Type-C, and an identical software feature set covering split-screen, Picture-in-Picture, dynamic theming, and on-device machine learning, among others. Neither includes a cellular module, NFC, or GPS, which places both firmly in the Wi-Fi-only tablet category with limited location and contactless payment capabilities.

Two differences are worth calling out. The Pad Mini pulls ahead with a peak download speed of 7300 Mbits/s compared to the Pad 8's 4200 Mbits/s — a reflection of its stronger Wi-Fi 7 implementation that can translate to faster large file transfers and more stable throughput in congested network environments. Additionally, the Pad Mini includes an infrared sensor, which the Pad 8 lacks. This allows the device to function as a universal remote for TVs and other IR-controlled appliances — a niche but genuinely useful convenience feature in a home setting.

Both devices are evenly matched on the vast majority of features in this group, but the Pad Mini holds a narrow edge overall — its faster wireless throughput and infrared sensor give it two concrete functional advantages that the Pad 8 cannot counter within this spec set.

This group contains just two data points, and both are identical across the Xiaomi Pad 8 and Xiaomi Pad Mini. Both devices use DDR5 memory and support multithreading — the former ensuring modern, high-bandwidth RAM architecture, and the latter enabling the CPU to handle multiple tasks simultaneously across its cores more efficiently.

This is a straightforward tie. Neither product holds any advantage over the other based on the available data in this group, and these shared specs contribute equally to both devices' ability to handle concurrent workloads and memory-intensive tasks.