Apple iPad Pro 11 (2025) Wi-Fi 512GB VS Lenovo Legion Y700 (Gen 4)

The most striking design difference between these two tablets is weight: the Lenovo Legion Y700 (Gen 4) comes in at 340 g, a full 104 g lighter than the Apple iPad Pro 11 (2025) at 444 g. In practice, that gap is noticeable during extended one-handed gaming sessions or reading — the Legion Y700 will feel meaningfully less fatiguing over time. The trade-off is thickness: the iPad Pro 11 is remarkably slim at 5.3 mm versus the Legion Y700's 7 mm, making the Apple tablet the sleeker, pocket-friendlier device despite its heavier overall mass.

Both tablets share a few design limitations worth noting: neither includes a stylus in the box, and neither offers a detachable keyboard or any rated water resistance. These are neutral tie points — neither product holds an advantage here.

One meaningful differentiator that favors the iPad Pro 11 is tilt sensitivity support, which the Legion Y700 lacks. While this matters most for artists and note-takers using compatible styluses, it signals a broader versatility in input precision. Overall, the Legion Y700 holds the edge in portability and handling comfort due to its lighter build, while the iPad Pro 11 counters with a thinner profile and greater input flexibility — making the better choice dependent on whether raw lightness or sleekness and stylus capability matter more to the user.

These two tablets take fundamentally different approaches to display technology, and the contrast is sharp. The iPad Pro 11 (2025) uses an OLED/AMOLED panel, delivering true blacks, superior contrast, and support for both HDR10 and Dolby Vision — a combination that makes it a compelling choice for video consumption and creative work where color accuracy and dynamic range matter. The Legion Y700 (Gen 4), by contrast, relies on an LCD IPS panel, which cannot match OLED's contrast depth, and it supports neither HDR10 nor Dolby Vision.

Where the Legion Y700 fights back is in raw pixel density and refresh rate. Its smaller 8.8-inch screen packs a resolution of 3040 x 1904 px, yielding an impressive 408 ppi — significantly sharper than the iPad Pro 11's 264 ppi. At that density, individual pixels are essentially invisible even at close range, which benefits gaming and fine text rendering. The Legion Y700 also pushes a 165 Hz refresh rate versus the iPad Pro 11's 120 Hz, translating to noticeably smoother motion in fast-paced games. Additionally, the iPad Pro 11 includes an anti-reflection coating that the Legion Y700 lacks, giving it a practical advantage in brightly lit environments.

On balance, the iPad Pro 11 (2025) holds the broader display advantage for media, creative, and general use, thanks to its OLED panel, Dolby Vision support, and glare reduction. The Legion Y700 carves out a real edge specifically for gaming, where its higher pixel density and faster refresh rate shine — but its LCD technology and absent HDR support limit its appeal outside that context.

Both tablets are built on 3 nm chips, but the silicon inside tells very different stories. The iPad Pro 11 (2025) runs Apple's M5 chip and puts up a Geekbench 6 multi-core score of 16,832 — nearly 67% higher than the Legion Y700 (Gen 4)'s 10,059 on the Qualcomm Snapdragon 8 Elite. The single-core gap is equally telling: 4,188 versus 3,234. In practice, this means the iPad Pro 11 handles compute-intensive workloads — video editing, ML tasks, complex app multitasking — with a substantial margin to spare. The M5 also commands a memory bandwidth of 153 GB/s compared to the Legion Y700's 85.1 GB/s, meaning data flows to and from the CPU far faster, which compounds its advantage in throughput-heavy scenarios.

The Legion Y700 counters on storage and RAM: it ships with 1TB of internal storage and 16 GB of RAM versus the iPad Pro 11's 512 GB and 12 GB. More RAM can help sustain more apps in memory simultaneously and benefits gaming workloads, while the doubled storage is a practical advantage for users who accumulate large libraries of games or media. The Legion Y700 also uniquely supports ECC memory, though this is largely relevant in professional reliability contexts rather than everyday consumer use.

On raw processing power, the iPad Pro 11 (2025) holds a decisive performance edge, with benchmark leads that are too wide to dismiss. The Legion Y700 answers with more storage headroom and RAM, which serves its gaming-focused identity — but users prioritizing compute performance will find the M5 in a different league entirely.

The headline megapixel count favors the Legion Y700 (Gen 4) at 50 MP on the rear camera versus the iPad Pro 11 (2025)'s 12 MP, but raw resolution is only part of the story. The iPad Pro 11 pairs its main shooter with a BSI (backside-illuminated) CMOS sensor, a hardware advantage that improves light capture efficiency — particularly in lower-light conditions. The Legion Y700 lists neither a BSI nor a CMOS sensor, which tempers expectations around what its high megapixel count will actually deliver in real-world shots. The iPad Pro 11 also offers 2x optical zoom, while the Legion Y700 has none, meaning any zoom on the Lenovo is purely digital and will degrade image quality.

The iPad Pro 11 pulls further ahead in feature depth: it supports HDR10 video recording, slow-motion, panoramas, timelapse, serial shot mode, and a 4-LED dual-tone flash — a notably richer imaging toolkit. The Legion Y700, by contrast, lacks slow-motion, panorama, timelapse, and HDR10 recording, and uses a single-LED flash. It does include a video light that the iPad Pro 11 omits, which can be useful for close-up video in dark environments, but this is a narrow advantage against the breadth of what it is missing.

For front-facing use, the iPad Pro 11's 12 MP selfie camera holds a significant edge over the Legion Y700's 8 MP unit — relevant for video calls and content creation. Overall, the iPad Pro 11 (2025) is the stronger camera package by a clear margin, offering better sensor technology, optical zoom, HDR video, and a far wider feature set, making it the obvious choice for users who care about imaging capability.

Across every audio spec provided, the Apple iPad Pro 11 (2025) and the Lenovo Legion Y700 (Gen 4) are identical: both feature stereo speakers, neither includes a 3.5 mm headphone jack, and neither has a built-in radio. Wired headphone users will need a USB-C adapter or a Bluetooth solution on both devices.

This is a complete tie based on the available data. Neither tablet holds any audio hardware advantage over the other within the specs provided.

Battery capacity is close but not equal: the iPad Pro 11 (2025) carries an 8,160 mAh cell versus the Legion Y700 (Gen 4)'s 7,600 mAh — a 560 mAh difference that is modest in absolute terms. On raw capacity alone, the iPad Pro 11 has a slight edge, though real-world battery life depends heavily on factors like display technology and chip efficiency, which fall outside this group's data.

The more decisive differentiator is charging: the iPad Pro 11 supports fast charging, while the Legion Y700 does not. For a gaming tablet that is likely to be used in intensive, battery-draining sessions, the absence of fast charging on the Legion Y700 means longer waits to get back to full — a tangible inconvenience in practice. Both tablets share the same limitations on the other fronts: no wireless charging and no removable battery.

The iPad Pro 11 (2025) holds the clear battery advantage here — not only does it pack a larger cell, but fast charging support meaningfully reduces downtime, compounding its lead for users who need to recharge and get back to work or play quickly.

Connectivity hardware sets an early divide: the iPad Pro 11 (2025) supports 5G (on applicable models) and operates on USB 4, which enables significantly faster data transfer and broader peripheral compatibility compared to the Legion Y700 (Gen 4)'s USB 3.2. The iPad Pro 11 also uses 3D facial recognition for secure biometric authentication, a feature the Legion Y700 lacks entirely. Perhaps more consequentially for long-term ownership, the iPad Pro 11 receives direct OS updates from Apple, while the Legion Y700 does not — meaning the Lenovo tablet's update cadence depends on manufacturer and platform intermediaries, which can delay or limit software support over time.

Privacy is another area where the two diverge meaningfully. The iPad Pro 11 layers on Mail Privacy Protection, cross-site tracking blocking, and a broader suite of app-tracking controls — a more comprehensive privacy posture out of the box. The Legion Y700, however, counters with its own distinct strengths: it is open source, supports multi-user accounts (useful for shared households), offers dynamic theming and an extra dim mode, and can download and play games simultaneously — a genuine quality-of-life win for its gaming audience.

Taken together, the iPad Pro 11 (2025) holds the broader connectivity and software advantage, particularly around USB speed, security, privacy depth, and guaranteed update delivery. The Legion Y700 carves meaningful ground with multi-user support and gaming-oriented conveniences, but these are narrower benefits that serve a specific use case rather than general versatility.

The only data point in this group is shared equally: both the iPad Pro 11 (2025) and the Legion Y700 (Gen 4) use DDR5 memory, the current mainstream standard for high-performance mobile devices. DDR5 offers improved bandwidth and power efficiency over its predecessor, but since both tablets are on equal footing here, it confers no advantage to either.

This is a complete tie — no differentiation can be drawn from the available data in this group.