Vivo Pad 5 VS Vivo Pad 5 Pro

Both tablets share the same 6.6 mm thickness, which is impressively slim for devices in this class. However, their overall footprints diverge noticeably: the Vivo Pad 5 Pro is wider (289.6 mm vs 266.4 mm), taller (198.3 mm vs 192 mm), and consequently occupies a meaningfully larger volume (379 cm³ vs 337.6 cm³). That translates directly into a 45 g weight premium — 635 g versus 590 g — which, during extended one-handed use or long reading sessions, is a real and perceivable difference in fatigue.

A more consequential differentiator is water resistance. The Vivo Pad 5 carries a water-resistant rating, while the Pro lists none. For a premium, larger device, the absence of any moisture protection on the Pro is a notable omission and represents a practical disadvantage in everyday environments — a spilled drink or use in a humid setting poses a genuine risk to the Pro that the standard model handles more safely.

Neither tablet includes a stylus, detachable keyboard, backlit keyboard, or tilt sensitivity, so accessory ecosystems are on equal footing. On balance, the Vivo Pad 5 holds a clear design edge: it is lighter, more compact, and — critically — water resistant, making it the more practical and portable of the two purely from a physical design standpoint.

The screen size gap here is real but not dramatic — 13″ on the Pro versus 12.1″ on the standard Pad 5. What is striking is how closely matched their pixel densities are despite the resolution jump: the Pro's 3096 x 2064 px panel resolves to 286 ppi, while the Pad 5's 2800 x 1968 px screen lands at 283 ppi. In practice, sharpness will be virtually indistinguishable to the naked eye on both — the Pro simply delivers that sharpness across a larger canvas, which benefits media consumption, split-screen multitasking, and document work where screen real estate matters.

Both panels are LCD IPS displays with a 144Hz refresh rate and HDR10 support, so the core viewing experience — color accuracy, motion smoothness, and contrast handling — is built on the same foundation. The standout differentiator is the Pro's 480Hz touch sampling rate versus the Pad 5's 144Hz. While refresh rate governs how smoothly visuals are drawn, touch sampling rate governs how frequently the screen registers your finger's position. At 480Hz, the Pro responds to stylus gestures and fast swipes with significantly lower latency — a meaningful advantage for note-taking, drawing, or any precision input scenario.

Neither device features branded damage-resistant glass, HDR10+, or Dolby Vision, so those omissions are a wash. The Vivo Pad 5 Pro takes a clear edge in this category: its larger, higher-resolution screen and substantially faster touch sampling rate make it the more capable display overall, particularly for users who prioritize workspace size or input precision.

The chipset gap between these two tablets is generational, not incremental. The Vivo Pad 5 Pro runs on the MediaTek Dimensity 9400 built on a 3 nm process, while the Pad 5 uses the Dimensity 9300 Plus at 4 nm. The smaller node translates to better power efficiency and higher peak performance — and the Geekbench 6 scores confirm exactly that. The Pro scores 8969 multi-core and 2874 single-core versus the Pad 5's 7547 and 2302 respectively, representing roughly an 18–25% performance advantage across the board. In real-world terms, that margin shows up in sustained workloads: video editing, AI-assisted tasks, heavy multitasking, and high-fidelity gaming will all run more headroom on the Pro.

One of the most striking technical differentiators is RAM speed. Both devices ship with 16GB of RAM, but the Pro's memory runs at a blistering 10667 MHz compared to the Pad 5's 4800 MHz — more than double. Faster RAM reduces latency between the CPU and memory, which directly benefits app load times, large file handling, and multitasking fluidity. The Pad 5 counters with a larger 18 MB L3 cache versus the Pro's 12 MB, which helps reduce how often the processor needs to reach out to slower RAM — a partial but meaningful offset. Still, in sustained throughput scenarios, the Pro's memory bandwidth advantage is substantial.

Storage capacity, maximum RAM ceiling, Android version, and GPU clock speed are identical across both, so everyday baseline tasks will feel comparable. But for users who demand peak performance, the Vivo Pad 5 Pro holds a clear and well-rounded advantage — newer silicon, faster memory, and significantly higher benchmark scores make it the stronger performer in this category by a decisive margin.

Camera systems on tablets are rarely a primary purchase driver, but the gap here is tangible. The Vivo Pad 5 Pro steps up to a 13 MP main camera and an 8 MP front camera, compared to the Pad 5's 8 MP and 5 MP respectively. More significantly, the Pro records main camera video at 4K (2160p) at 30 fps, while the Pad 5 tops out at 1080p at 30 fps. For users capturing lectures, presentations, or video calls, that resolution difference means noticeably sharper footage on the Pro.

The Pro also supports slow-motion video recording, a feature absent on the Pad 5. For casual creative use — capturing demos, product walkthroughs, or any motion-heavy content — this adds a layer of versatility the standard model simply cannot match. Manual controls including ISO, white balance, focus, and exposure are shared across both devices, so the hands-on shooting experience is comparable in that regard. Neither tablet includes optical image stabilization or optical zoom, which are limitations both share equally.

Across every meaningful camera dimension — resolution, video quality, and recording flexibility — the Vivo Pad 5 Pro holds a clear advantage. The Pad 5's camera setup is functional for basic use, but users who regularly rely on their tablet's camera for video recording or higher-fidelity stills will find the Pro's specifications considerably more capable.

Audio is the one category where these two tablets are in complete lockstep. Both the Vivo Pad 5 and Pad 5 Pro feature stereo speakers, omit a 3.5 mm headphone jack, and share identical Bluetooth audio codec support — or rather, the lack of it. Neither device supports aptX, aptX HD, LDAC, aptX Adaptive, aptX Low Latency, or aptX Lossless, which means wireless audio is limited to standard SBC or AAC codecs depending on the connected device. For casual listening this is unlikely to be a dealbreaker, but audiophiles pairing high-resolution Bluetooth headphones will not get lossless or low-latency wireless audio from either tablet.

The absence of a headphone jack on both devices means wired listening requires a USB-C adapter, a shared inconvenience rather than a differentiator. Given that the specs provided are perfectly mirrored across both products, there is no audio-related reason to choose one over the other — this category is a complete tie, and the decision should rest entirely on the distinctions found in other specification groups.

Battery capacity tells only half the story here, and the trade-off between these two tablets is genuinely interesting. The Vivo Pad 5 Pro carries a substantially larger 12050 mAh cell compared to the Pad 5's 10000 mAh — a 20% increase that, all else being equal, translates to meaningfully longer time between charges. Given that the Pro also has a larger display to power, that extra capacity is partly compensating for greater screen demands, but it still represents a real endurance advantage for long travel days or extended use away from a socket.

The critical counterpoint is charging. The Vivo Pad 5 supports fast charging, while the Pro does not. A larger battery that charges slowly can mean significantly longer time tethered to a cable — potentially hours longer than the fast-charging Pad 5. For users who prioritize topping up quickly between meetings or sessions, the Pad 5's fast charging is a practical daily advantage that the Pro's raw capacity cannot fully offset.

Neither device supports wireless charging or has a removable battery, so those are shared constraints. Ultimately, this category presents a genuine use-case split: the Vivo Pad 5 Pro is better suited for users who charge overnight and need maximum all-day endurance, while the Vivo Pad 5 better serves those who charge opportunistically and value speed over total capacity. There is no outright winner — the right choice depends entirely on charging habits.

Across a remarkably broad set of connectivity and feature specifications, these two tablets are essentially identical. Both share Bluetooth 5.4, USB 3.2 Type-C, Wi-Fi support, and an identical software feature set — split screen, Picture-in-Picture, dark mode, dynamic theming, multi-user support, on-device machine learning, offline voice recognition, and a full suite of privacy controls including app tracking blocking and camera/microphone permissions. Neither device has NFC, a cellular module, 5G, HDMI output, or a fingerprint scanner, so those shared omissions are worth noting for users who rely on any of those capabilities.

Scanning the entire spec list, the sole hardware differentiator is that the Vivo Pad 5 Pro includes a compass (magnetometer) while the Pad 5 does not. In practical terms, a compass enables accurate directional orientation in mapping applications and is relevant for navigation, augmented reality experiences, and certain location-aware apps. It is a minor sensor addition, but it is the only functional difference the provided data surfaces.

This category is effectively a tie, with the Pro holding a marginal edge due solely to its compass sensor. For the vast majority of users, that distinction will carry little weight, and connectivity or software features should not factor meaningfully into the purchase decision between these two models.

This group contains just two data points, but one of them is a meaningful differentiator. Both tablets use DDR5 memory, which is the current mainstream standard for high-bandwidth RAM — that is a shared baseline with no distinction to draw. The notable difference is that the Vivo Pad 5 Pro supports multithreading, while the Pad 5 does not. Multithreading allows individual CPU cores to handle multiple instruction streams simultaneously, improving efficiency on parallelizable workloads such as background processing, content rendering, and running several demanding apps concurrently.

In practice, the presence of multithreading on the Pro reinforces what the Performance group's benchmark scores already suggested — its chipset is architecturally more capable of squeezing throughput from the same number of physical cores. For the Pad 5, the absence of multithreading means the processor relies entirely on physical core count and clock speed to manage concurrent tasks, which is a more limiting approach under sustained load. The Vivo Pad 5 Pro takes the edge here, with multithreading support standing as the sole but substantive differentiator in this category.