Alldocube iPlay 70 Mini Ultra VS Samsung Galaxy Tab Active 5 Pro

The most striking physical difference between these two tablets is their size and weight. The Alldocube iPlay 70 Mini Ultra weighs just 335 g and measures 7.9 mm thin, making it roughly half the mass of the Samsung Galaxy Tab Active 5 Pro, which tips the scales at 683 g with a 10.2 mm profile. In real-world terms, the iPlay fits comfortably in one hand for extended reading or media consumption, while the Active 5 Pro — with a volume nearly twice as large at 421.68 cm³ versus 213.16 cm³ — is unmistakably a two-handed device built for a desk or a harness.

Where the Samsung justifies its bulk is in its ruggedness and accessory ecosystem. The Active 5 Pro ships with a stylus included and offers waterproof protection, meaning it is engineered to survive harsh environments and support pen-based workflows out of the box. The iPlay 70 Mini Ultra, by contrast, carries no water resistance whatsoever and does not bundle a stylus, positioning it squarely as a consumer-grade device meant for controlled, everyday environments.

In summary, the two tablets target fundamentally different users. The iPlay 70 Mini Ultra holds a clear edge in portability and comfort for casual use, while the Samsung Galaxy Tab Active 5 Pro wins decisively on durability and built-in productivity features — a trade-off that makes the weight penalty entirely deliberate and justified for field or industrial scenarios.

Despite having a smaller 8.8-inch panel versus the Samsung's 10.1-inch screen, the Alldocube iPlay 70 Mini Ultra actually delivers a noticeably sharper image. Its 2560 x 1600 resolution yields a pixel density of 343 ppi — well above the Active 5 Pro's 1920 x 1200 panel at just 224 ppi. That gap is perceptible: text appears crisper, fine UI details are cleaner, and images have more definition on the iPlay, which matters for reading, photo review, or any close-up work.

The iPlay also edges ahead on refresh rate — 144 Hz versus 120 Hz — meaning scrolling and animations render marginally smoother, though both are well above the threshold where most users notice a meaningful difference. Both panels use IPS LCD technology, so neither product has an advantage in color accuracy or viewing angles at the panel-type level. Neither supports HDR10 or HDR10+, so premium streaming HDR content is not enhanced on either device.

Where the Samsung flips the equation is durability: it features branded damage-resistant glass, a critical differentiator for a device marketed toward field use, whereas the iPlay offers no such protection for its display. So the choice here hinges on context — the iPlay wins decisively on raw visual quality, but the Active 5 Pro's screen is better armored for rough handling. For content consumption in a safe environment, the iPlay's display is the stronger performer; for demanding fieldwork, the Samsung's resilience takes priority.

Under the hood, the chipset naming tells part of the story: the Alldocube iPlay 70 Mini Ultra runs a Snapdragon 7 Plus Gen 3, while the Samsung Galaxy Tab Active 5 Pro uses the lesser Snapdragon 7s Gen 3. The ″Plus″ designation is not cosmetic — Geekbench 6 scores make the gap concrete. The iPlay posts 5098 multi-core and 1913 single-core results versus the Active 5 Pro's 3239 and 1162 respectively, translating to roughly 55–65% faster sustained and peak CPU throughput. In practice, this means snappier app launches, smoother multitasking, and noticeably better handling of compute-heavy workloads like video editing or complex productivity apps.

GPU performance tells an even sharper story. The iPlay's Adreno 732 packs 768 shading units and a memory bandwidth of 64 GB/s, compared to the Active 5 Pro's Adreno 710 with just 128 shading units and 25.6 GB/s bandwidth. Despite the Samsung's slightly higher GPU clock of 1050 MHz, that advantage is overwhelmed by the iPlay's far greater parallelism — graphics-intensive tasks, gaming, and anything GPU-accelerated will run in a different league on the iPlay. The iPlay also ships with 12 GB of RAM at 4200 MHz versus the Active 5 Pro's 8 GB at 3200 MHz, giving it more headroom for keeping multiple apps alive simultaneously.

The one area where the Active 5 Pro pulls ahead is software: it ships with Android 15 compared to the iPlay's Android 14, offering more up-to-date security and OS-level features out of the box. Both share the same 4 nm process node, DirectX 12, and expandable storage. Overall though, the iPlay 70 Mini Ultra holds a commanding performance advantage across CPU, GPU, and memory — the Active 5 Pro's newer Android version is a meaningful but narrow counterpoint.

These two tablets are remarkably evenly matched on cameras, but two differentiators stand out. The Samsung Galaxy Tab Active 5 Pro records main camera video at 2160p (4K) at 30 fps, while the Alldocube iPlay 70 Mini Ultra tops out at 1080p at 30 fps — a tangible gap for anyone capturing field documentation, training footage, or video calls that need to hold up on a larger screen. On the front camera, the Active 5 Pro again leads with 8 MP versus the iPlay's 5 MP, which translates to sharper video conferencing and clearer self-facing shots.

The rear megapixel counts are effectively a wash — 13 MP on the iPlay versus 12 MP on the Samsung — a difference too small to matter in real-world image quality. Both share an identical feature set beyond resolution: HDR mode, touch autofocus, continuous autofocus during recording, manual ISO, manual white balance, manual focus, manual exposure, a single flash LED, and a video light. Neither offers optical zoom, optical image stabilization, slow-motion, or timelapse, so neither holds any creative shooting advantage over the other in those areas.

Taken together, the Samsung Galaxy Tab Active 5 Pro earns a clear edge in this category, driven entirely by its 4K video capability and stronger front camera. For a device positioned in professional and field environments where documentation quality matters, those two advantages are practically relevant. The iPlay's camera system is competent for casual use but falls a step behind for any workflow where video fidelity is a priority.

Audio is a short but pointed comparison. Both tablets offer stereo speakers, so spatial sound for media playback is on equal footing. The meaningful split comes down to wired audio and radio: the Samsung Galaxy Tab Active 5 Pro includes a 3.5 mm headphone jack, while the Alldocube iPlay 70 Mini Ultra omits it entirely but adds a built-in FM radio.

The practical weight of each trade-off depends heavily on the use case. A headphone jack remains valuable in professional and field environments — the Active 5 Pro's core audience — where wired headsets or audio monitoring equipment can be connected without adapters or battery-dependent Bluetooth. Losing that jack on the iPlay means users must rely on wireless audio or carry a dongle, which is an inconvenience some will feel keenly. The FM radio on the iPlay, conversely, is a niche feature with limited day-to-day relevance for most users, though it could prove useful in scenarios where internet connectivity is unavailable.

For the likely buyer of each device, the Samsung's 3.5 mm jack is the more broadly useful differentiator, giving it the edge in this category. The iPlay's radio is a minor bonus, but it does not compensate for the absence of wired audio connectivity in any serious working context.

Battery capacity is where the Samsung Galaxy Tab Active 5 Pro asserts a significant structural advantage. Its 10100 mAh cell outpaces the Alldocube iPlay 70 Mini Ultra's 7300 mAh by nearly 38%, which in practical terms means meaningfully longer operation between charges — a critical factor for a device designed to work through extended field shifts or environments where power outlets are scarce.

The Active 5 Pro also carries a removable battery, a rare feature in modern tablets that effectively makes downtime optional: a user carrying a spare pack can swap and continue working immediately. The iPlay offers no such option. The trade-off, however, is that the iPlay supports fast charging while the Samsung does not — so when the Active 5 Pro does need to be plugged in, it will take longer to recover a full charge. For users who can plan around charging windows, that is manageable; for those caught off-guard, it is a genuine inconvenience.

Overall, the Samsung Galaxy Tab Active 5 Pro holds the clear edge in this category. The combination of a larger capacity and a swappable battery makes it the more resilient choice for sustained, unpredictable use. The iPlay's fast charging is a useful convenience, but it cannot fully offset the Active 5 Pro's raw endurance advantage and unique field-serviceability.

Across a broad connectivity spec sheet, these two tablets share a surprisingly large common ground — identical Bluetooth 5.4, Wi-Fi 6, USB 3.2, dual SIM, GPS, gyroscope, and compass. The meaningful divergences are fewer but pointed. The Samsung Galaxy Tab Active 5 Pro supports 5G and includes NFC, while the Alldocube iPlay 70 Mini Ultra offers neither. For the Active 5 Pro's target audience — professionals needing fast, reliable cellular data in the field and contactless workflows like badge scanning or mobile payments — both of these omissions on the iPlay are material gaps.

Interestingly, the iPlay flips the script on theoretical download throughput, rated at 5000 Mbits/s versus the Active 5 Pro's 2900 Mbits/s. That said, the Samsung's 5G capability means it can access faster cellular networks outright, so the iPlay's higher peak figure is largely academic without a 5G modem to back it up in real-world mobile scenarios. On the software features side, the Active 5 Pro adds battery health check and app offloading — two useful utilities the iPlay lacks — while the iPlay has no equivalent exclusive features to balance the ledger.

The Samsung Galaxy Tab Active 5 Pro takes the clear win here. Its combination of 5G connectivity and NFC addresses real professional use cases that the iPlay simply cannot match, and the minor software additions only reinforce that edge. The iPlay's connectivity package is solid for a Wi-Fi and consumer-oriented context, but falls noticeably short for enterprise or field deployment scenarios.

This group contains just two data points, and both products match exactly: each uses DDR5 memory and supports multithreading. DDR5 is the current-generation memory standard, offering higher bandwidth and improved power efficiency compared to DDR4 — a foundation that benefits both devices equally in terms of memory architecture modernity. Multithreading support means both processors can handle multiple instruction streams simultaneously, contributing to smoother parallel workloads like background syncing, active app switching, and split-screen use.

Based strictly on the data provided in this group, these two tablets are completely tied. There is no differentiator to analyze and no edge to declare for either product.