Apple iPad (2025) VS Lenovo Idea Tab Pro

The most immediately practical difference between these two tablets is weight. The Apple iPad (2025) comes in at 481 g, while the Lenovo Idea Tab Pro tips the scale at 620 g — a gap of nearly 140 g. That difference is noticeable over extended use: holding a tablet one-handed for reading, browsing, or video calls becomes meaningfully more fatiguing as weight climbs past the 600 g mark. For users who prioritize portability and comfort during long sessions, the iPad holds a clear ergonomic advantage.

In terms of footprint and volume, the iPad is the more compact device across all dimensions — shorter, narrower, and with a total volume of 312.4 cm³ versus the Lenovo's 379.9 cm³. This makes the iPad easier to slip into a bag or use on a cramped surface. Thickness, however, is essentially a wash: both measure approximately 7 mm, so neither device stands out as meaningfully slimmer in the hand.

One spec that clearly favors the Lenovo Idea Tab Pro is the included stylus. The iPad ships with no stylus in the box, meaning note-taking or drawing workflows require an additional purchase. Neither tablet includes or supports a detachable keyboard out of the box, and both lack water resistance entirely. On balance, the iPad wins on portability and handling comfort, while the Lenovo offsets some of its bulk by bundling a stylus — a meaningful value add for creative or productivity-focused users.

Screen size is the first dividing line here. The Lenovo Idea Tab Pro's 12.7″ panel versus the iPad's 10.9″ isn't just a number — it translates to a noticeably larger canvas for media consumption, multitasking, and drawing. Both panels are IPS LCD technology, so neither holds a structural advantage in color reproduction or viewing angles from a display type standpoint. Pixel density is also essentially identical — 264 ppi on the iPad versus 273 ppi on the Lenovo — meaning sharpness will look virtually indistinguishable to the human eye at normal viewing distances.

Where the Lenovo pulls decisively ahead is refresh rate. A 144Hz refresh rate versus the iPad's 60Hz is a substantial gap: scrolling feels smoother, animations are more fluid, and fast-moving content — whether gaming or simply navigating the UI — responds with noticeably less blur. The Lenovo also supports HDR10, which expands the range of luminance and color detail in compatible video content. The iPad counters on brightness, however: at 500 nits typical versus the Lenovo's 400 nits, it will hold up better in bright indoor environments or under direct light.

On balance, the Lenovo Idea Tab Pro takes the edge in display for multimedia and fluid interaction use cases, thanks to its larger screen, higher refresh rate, and HDR10 support. The Apple iPad (2025) narrows the gap with superior brightness — an advantage that matters most for users in well-lit settings — but the Lenovo's combination of specs makes it the stronger display overall based strictly on the provided data.

Raw processing power clearly favors the Apple iPad (2025). Its Apple A16 Bionic chip posts a Geekbench 6 single-core score of 2321 against the Lenovo Idea Tab Pro's 1485 on the MediaTek Dimensity 8300 — a 56% lead that reflects Apple's well-known advantage in single-threaded workloads. Single-core performance is the figure that most directly governs everyday responsiveness: app launches, UI interactions, and general snappiness. The multi-core gap is smaller but still meaningful — 5684 versus 4610 — giving the iPad an edge in sustained, parallelized tasks like video export or complex document rendering as well.

The memory architecture tells a more nuanced story. The Lenovo counters with 8GB of RAM versus the iPad's 6GB, a faster RAM speed of 8533 MHz versus 6400 MHz, and a notably higher maximum memory bandwidth of 68.2 GB/s across 4 memory channels compared to the iPad's 51.2 GB/s across 2. On paper, this gives the Lenovo an edge in memory throughput-heavy scenarios. However, the iPad's 24 MB L2 cache dwarfs the Lenovo's 1 MB, which significantly reduces how often the processor needs to reach out to main memory at all — partially offsetting the Lenovo's bandwidth advantage in practice.

For storage, the iPad ships with up to 512 GB of built-in storage with no expansion slot, while the Lenovo offers only 256 GB internally but includes a microSD slot for flexible expansion. Users who rely on large local libraries should factor this in. Overall, the iPad holds a clear performance edge in CPU throughput and cache architecture; the Lenovo is more competitive on memory bandwidth and offers greater storage flexibility, but cannot match the A16 Bionic's raw compute lead.

Rear camera resolution is nearly identical — 13 MP on the Lenovo Idea Tab Pro versus 12 MP on the Apple iPad (2025) — so neither device holds a meaningful edge in raw pixel count. The more telling distinction is sensor technology: the iPad uses a BSI (backside-illuminated) sensor, which is designed to capture more light by repositioning the sensor's wiring, generally improving performance in lower-light conditions. The Lenovo lacks this, which is a relative disadvantage for indoor or dim-environment photography.

For users who want manual control over their shots, the Lenovo is notably more capable. It offers manual ISO, manual white balance, and manual focus — none of which are available on the iPad. It also supports continuous autofocus during video recording and includes a video light, making it a more flexible tool for deliberate, hands-on shooting. The iPad, in contrast, leans toward automated simplicity, though it does retain manual exposure control and adds panorama mode and a burst/serial shot mode that the Lenovo lacks.

Front camera performance tilts toward the iPad: its 12 MP selfie camera is substantially higher resolution than the Lenovo's 8 MP unit, which matters for video calls and self-facing content. The Lenovo partially compensates with a rear flash. Overall, the two tablets serve different camera priorities — the iPad suits users who want a strong front camera and reliable automated shooting, while the Lenovo edges ahead for those who want more manual control over rear camera settings. Neither product is a clear all-around winner in this category.

Based on the provided specs, the audio profile of these two tablets is identical. Both feature stereo speakers, both omit a 3.5 mm headphone jack, and neither includes a radio. The stereo speaker configuration is a meaningful shared baseline — it enables proper left/right audio separation for media playback, which matters for video watching and gaming. The absence of a headphone jack on both devices means wired headphone users will need a USB-C adapter or rely on Bluetooth audio regardless of which tablet they choose.

This group is a complete tie. The provided data contains no differentiating specs between the two products, and no conclusion favoring either device can be drawn from this category alone.

An interesting inversion defines this category: despite carrying a larger 10200 mAh battery, the Lenovo Idea Tab Pro delivers a rated battery life of 8.33 hours, while the Apple iPad (2025) achieves 10 hours from a smaller 8500 mAh cell. This points to a meaningful difference in power efficiency — the iPad's hardware and software combination extracts considerably more usable runtime per unit of battery capacity. For users prioritizing all-day untethered use, the iPad's endurance advantage is the more actionable figure.

Where the Lenovo reclaims ground is charging. It supports fast charging, which the iPad entirely lacks. When a tablet does run low, the ability to top up quickly can be just as valuable in practice as a longer baseline runtime — especially in work or travel scenarios where outlets are available but time is limited. The iPad's lack of fast charging means longer waits when replenishing from a depleted state.

Neither device offers wireless charging, so that is a non-factor here. On balance, the iPad holds the edge for sustained, away-from-outlet use thanks to its superior real-world battery life. The Lenovo's fast charging capability partially compensates, making it the more practical choice when power access is available but convenience is a priority. Which advantage matters more depends entirely on the user's typical usage pattern.

Two differences here carry outsized practical weight. First, the Apple iPad (2025) includes a cellular module with 5G support, while the Lenovo Idea Tab Pro is Wi-Fi only — a fundamental distinction for users who need connectivity away from known networks. Second, the Lenovo supports Wi-Fi 6E, extending into the less congested 6 GHz band for faster, cleaner wireless performance in dense environments, while the iPad tops out at Wi-Fi 6. On wired connectivity, the Lenovo's USB 3.2 port enables significantly faster data transfers compared to the iPad's USB 2 — relevant for anyone moving large files to and from external storage.

The privacy and security picture favors the iPad. It includes Mail Privacy Protection, cross-site tracking blocking, focus modes, and a fingerprint scanner — none of which are present on the Lenovo. The iPad also receives direct OS updates, meaning security patches and new features arrive without waiting on a third-party distribution chain. The Lenovo, by contrast, supports multi-user accounts — a meaningful advantage in shared household or institutional settings where the iPad's single-user model falls short.

Both tablets share a strong common baseline: Bluetooth 5.3, GPS, gyroscope, accelerometer, split-screen, widgets, dark mode, and offline voice recognition are present on both. The conclusion here is context-dependent but clear: the iPad edges ahead for mobile professionals and privacy-conscious users thanks to cellular connectivity, direct updates, and biometric security; the Lenovo is better suited to shared-use environments and users who prioritize faster local data transfer and Wi-Fi 6E networking.

The only data point available for this group is the DDR5 memory standard, and both the Apple iPad (2025) and the Lenovo Idea Tab Pro share it equally. DDR5 represents the current generation of memory technology, offering improved bandwidth and efficiency compared to its predecessors — but since both devices are on the same standard, this spec creates no differentiation between them whatsoever.

This group is a complete tie. With a single shared specification and no diverging data points provided, neither product holds any advantage here.