Honor Tablet GT VS OnePlus Pad 3

The most striking design difference between these two tablets is weight and footprint. The Honor Tablet GT comes in at 480 g compared to the OnePlus Pad 3's 675 g — a difference of nearly 200 grams that is immediately noticeable during extended one-handed use or reading sessions. The Honor is also physically smaller across every dimension, with a volume of 278.3 cm³ versus 364.4 cm³ for the OnePlus, making it meaningfully more compact and easier to slip into a bag. For users who prioritize portability and fatigue-free handheld use, this gap is significant.

Despite the size difference, both tablets share an almost identical thinness — 6.1 mm for the Honor and 6.0 mm for the OnePlus — so neither has a meaningful edge in slimness. They also match on accessory features: both include a stylus and neither offers a detachable or backlit keyboard, and both lack any water resistance rating. Tilt sensitivity, a premium stylus feature useful for shading in drawing apps, is absent on both devices.

Overall, the Honor Tablet GT has a clear design advantage for users who value a lighter, more portable form factor. The OnePlus Pad 3's larger body implies a bigger display, which may appeal to users who prioritize screen real estate over portability, but purely from a handling and carry perspective, the Honor is the easier device to live with day to day.

Screen size and resolution are where these two tablets diverge most meaningfully. The OnePlus Pad 3 sports a larger 13.2″ panel at 3392 x 2400 px, while the Honor Tablet GT offers an 11.5″ screen at 2800 x 1840 px. Both are IPS LCD displays with a smooth 144Hz refresh rate, so motion clarity and touch responsiveness are equally fluid. The pixel density gap — 315 ppi on the OnePlus versus 291 ppi on the Honor — is real but modest; at typical tablet viewing distances, both screens will appear sharp to most users.

The more consequential differentiators lie in the surrounding display features. The OnePlus Pad 3 includes an anti-reflection coating, which meaningfully reduces glare in bright or outdoor environments — a practical advantage the Honor lacks entirely. The Honor, on the other hand, carries HDR10 support, while the OnePlus counters with Dolby Vision, a more sophisticated HDR format with dynamic metadata that can deliver better scene-by-scene tone mapping on compatible content. Neither tablet reaches high peak brightness, with both rated at just 500 nits typical — making the anti-reflection coating on the OnePlus even more valuable in compensating for that limitation outdoors.

On balance, the OnePlus Pad 3 holds a display edge for most use cases. Its larger canvas, slightly sharper image, anti-reflection coating, and Dolby Vision support collectively make it the stronger choice for media consumption and productivity. The Honor Tablet GT is no slouch, but its display feature set is more basic, better suited to users for whom the compact size and lighter weight from the Design category take priority over outright screen quality.

This is one of the most lopsided performance matchups a spec comparison can produce. The OnePlus Pad 3 runs on the Snapdragon 8 Elite — built on a 3 nm process — while the Honor Tablet GT relies on the Dimensity 8350 at 4 nm. That process difference matters less than the raw benchmark gap: the OnePlus scores 10,059 multi-core and 3,234 single-core in Geekbench 6, versus 4,700 multi-core and 1,536 single-core for the Honor. In practical terms, the OnePlus is roughly twice as fast — a gap large enough to be felt in demanding games, video editing, and heavy multitasking, not just synthetic tests.

Memory tells a nuanced story. The OnePlus ships with 16 GB of RAM versus 12 GB on the Honor, and its 8 MB L3 cache is double the Honor's 4 MB, both of which help sustain performance under load. However, the Honor counters with faster RAM speed at 8533 MHz compared to the OnePlus's 5300 MHz, and it uses 4 memory channels versus 2 on the OnePlus, giving it a higher per-channel bandwidth advantage. Despite this, the OnePlus achieves greater overall memory bandwidth at 85.1 GB/s versus 68.2 GB/s, meaning its architecture extracts more throughput in practice.

Both tablets share 512 GB of storage, Android 15, and no expandable memory slot, so those factors are a wash. The OnePlus Pad 3 wins this category decisively — its Snapdragon 8 Elite chip represents a flagship-tier silicon generation above the Honor's mid-to-upper-range Dimensity 8350. For users who push their tablet hard with gaming, creative workloads, or intensive multitasking, the performance gap here is genuinely significant.

Rarely does a camera comparison come down to a single spec, but that is precisely the case here. Both tablets carry identical 13 MP main cameras and 8 MP front cameras, shoot at the same 4K 30fps maximum video resolution, and share the same feature set across autofocus, manual controls, HDR mode, flash, and video light. Neither offers optical zoom, optical image stabilization, a BSI sensor, or any advanced video format like HDR10 or Dolby Vision recording.

The only differentiator in the entire camera specification set is slow-motion video recording — supported on the Honor Tablet GT and absent on the OnePlus Pad 3. For most tablet users, cameras are a secondary concern used for document scanning, video calls, or occasional snapshots, so slow-motion is unlikely to be a deciding factor. That said, it is the one capability the Honor offers that the OnePlus does not.

For this group, the Honor Tablet GT holds a narrow technical edge solely due to slow-motion support, but in practical terms this is essentially a tie. Neither device is positioned as a photography-first tablet, and the identical core camera hardware means real-world photo and video output should be virtually indistinguishable between the two.

Audio hardware is nearly identical across these two tablets — both feature stereo speakers, no 3.5 mm headphone jack, and no radio. For wired headphone users, the omission of a jack on both devices means an adapter or Bluetooth headphones are required either way. The stereo speaker parity means neither tablet has a built-in advantage for media playback through the device itself.

The sole differentiator is aptX HD support on the OnePlus Pad 3, which the Honor Tablet GT lacks entirely. aptX HD is a high-resolution Bluetooth audio codec that transmits at higher bitrates than standard Bluetooth audio, delivering noticeably improved clarity and dynamic range when paired with compatible wireless headphones. For users who listen through quality Bluetooth headphones and own aptX HD-compatible audio gear, this is a genuine advantage — though it only applies in that specific use case.

The OnePlus Pad 3 edges ahead in this category on the strength of aptX HD alone. That said, the real-world impact is conditional: users who rely primarily on the built-in speakers or use non-aptX HD headphones will experience no practical difference between the two tablets in audio output quality.

Battery capacity is where size and weight trade-offs from the Design category begin to make more sense. The OnePlus Pad 3 packs a 12,140 mAh cell versus 10,100 mAh in the Honor Tablet GT — a roughly 20% larger reserve that, all else being equal, translates to meaningfully longer time between charges. For a device used heavily for streaming, productivity, or gaming sessions away from a power source, that extra headroom is a tangible day-to-day benefit.

Beyond capacity, both tablets are effectively identical in battery feature terms: both support fast charging, neither offers wireless charging, and both have non-removable rechargeable cells. The absence of wireless charging on both is worth noting for users who prioritize that convenience, but it is a shared limitation rather than a differentiator.

The OnePlus Pad 3 holds a clear battery advantage by virtue of its larger capacity alone. It is worth contextualizing this against the Performance group, however — its Snapdragon 8 Elite chip is significantly more powerful than the Honor's Dimensity 8350, meaning the larger battery also has a more demanding processor to feed. The Honor's smaller battery paired with a less power-hungry chip may partially close the real-world endurance gap, but based strictly on the provided specs, the OnePlus carries more energy capacity.

Across a broad and largely identical feature set, three hardware-level connectivity specs separate these two tablets. Most consequentially, the OnePlus Pad 3 supports Wi-Fi 7 (802.11be) while the Honor Tablet GT tops out at Wi-Fi 6 (802.11ax). Wi-Fi 7 delivers significantly higher theoretical throughput and lower latency on compatible routers — relevant for 4K streaming, large file transfers, and cloud gaming where network headroom matters. The OnePlus also carries USB 3.2 versus the Honor's USB 2.0, a gap that is easy to underestimate: transferring large video files or using the tablet as an external display becomes dramatically faster with USB 3.2, while USB 2.0 imposes a hard ceiling that frustrates many modern workflows.

Bluetooth is a narrower gap — version 5.4 on the OnePlus versus 5.2 on the Honor — with modest improvements to connection stability and power efficiency at the margins. The OnePlus also includes a compass, absent on the Honor, which enables proper map orientation in navigation apps without cellular GPS; a small but practical addition. Both tablets are otherwise feature-matched across software capabilities, privacy controls, multi-user support, split screen, sensors like accelerometer and gyroscope, and software conveniences like Picture-in-Picture and dark mode.

The OnePlus Pad 3 wins this category, and the margin is more meaningful than it might first appear. Wi-Fi 7 and USB 3.2 are not incremental upgrades — they represent real generational leaps in data throughput that users will encounter in everyday scenarios. The Honor Tablet GT's connectivity profile is perfectly functional, but the OnePlus is the more future-ready device across the board here.

The Miscellaneous group contains a single data point: both the Honor Tablet GT and the OnePlus Pad 3 use LPDDR5 memory. This is a modern, power-efficient RAM standard that offers strong bandwidth and reduced energy consumption compared to its predecessor, and its presence on both devices confirms neither cuts corners on memory architecture at the module level.

This is a straightforward tie — there is no differentiator here whatsoever. Any performance distinctions between the two tablets in memory-related tasks come down to the RAM capacity, speed, and channel configuration already covered in the Performance group, not the DDR generation itself.