Google Pixel 10 Pro XL VS Vivo X300

Both phones are fully waterproof with no rugged build and no folding mechanism, but the similarities start to diverge quickly when you look at size and protection ratings. The Vivo X300 is notably more compact and lighter, weighing just 190 g compared to the Pixel 10 Pro XL's 232 g — a 42 g difference that is genuinely perceptible during prolonged one-handed use. Its smaller footprint (150.6 × 71.9 mm vs 162.8 × 76.6 mm) and slimmer profile (8 mm vs 8.5 mm) make it the more pocketable and ergonomically accessible of the two. The Pixel 10 Pro XL, by contrast, sits in large-phone territory, which typically suits users who prioritize screen real estate over handling comfort.

On water resistance, both carry an IP rating, but they are not equal. The Vivo X300 holds an IP69 rating, which adds protection against high-pressure and high-temperature water jets — a step beyond the Pixel's IP68, which covers only sustained submersion. In everyday scenarios the difference is marginal, but IP69 offers a meaningful edge for users who might expose their device to pressurized rinsing or harsher wet conditions.

Overall, the Vivo X300 has a clear design advantage in this group: it is lighter, slimmer, more compact, and carries a superior ingress protection rating. The Pixel 10 Pro XL's larger volume is not a flaw per se — it likely accommodates a bigger battery or display — but strictly on design and form-factor terms, the X300 is the more refined and versatile package.

Both phones use OLED/AMOLED panels with 120Hz refresh rates, HDR10+ support, and Always-On Display — so the baseline viewing experience is competitive on either device. The meaningful splits emerge in size, sharpness, glass protection, and contrast. The Pixel 10 Pro XL's 6.8″ screen versus the Vivo X300's 6.31″ is a significant size gap; the Pixel is better suited for media consumption and multitasking, while the X300's smaller panel aligns with its compact form factor and appeals to users who prefer a less imposing display.

Pixel density is close enough to be a near-tie in practice — 486 ppi on the Pixel vs 460 ppi on the X300 — both exceed the threshold where individual pixels become indistinguishable at normal viewing distances. Where things get more interesting is contrast: the X300's stated 8,000,000:1 contrast ratio dwarfs the Pixel's 2,000,000:1, which on paper means deeper blacks and more vivid separation between dark tones. That said, both ratios are extremely high for OLED panels, and real-world perceptibility of this gap will depend heavily on the display's calibration and brightness ceiling. The Pixel counters with branded damage-resistant glass, which the X300 lacks — a practical durability advantage that matters for users prone to drops or scratches.

On balance, this group is closely contested. The Pixel 10 Pro XL edges ahead for users who prioritize screen size and physical display protection, while the X300's superior contrast ratio gives it a theoretical visual richness advantage. Neither product dominates outright, but the Pixel's larger, glass-protected display likely holds broader everyday appeal.

Storage and base RAM are identical — both offer 1TB of internal storage and 16GB of RAM — so the real story here is raw processing power, and it tells a decisive tale. The Vivo X300's MediaTek Dimensity 9500 chip posts a Geekbench 6 multi-core score of 12,189 versus the Pixel 10 Pro XL's 5,712 on the same benchmark, and the single-core gap is equally wide: 3,781 vs 2,267. These are not marginal differences — the X300 is roughly twice as fast in multi-threaded workloads by this measure, which translates directly to faster app launches, smoother heavy multitasking, and quicker processing of demanding tasks like video rendering or large file operations.

The GPU picture reinforces this advantage. The X300's Mali G1 Ultra MP12 runs at 1,750 MHz compared to the Pixel's 1,100 MHz, and it supports OpenCL 3 versus OpenCL 2 on the Pixel — meaning the X300 is better positioned for GPU-accelerated compute workloads. RAM speed also favors the X300 at 5,333 MHz versus 4,200 MHz, which reduces memory latency during intensive operations. The X300 also supports a maximum memory amount of 24GB compared to the Pixel's ceiling of 16GB, which could matter for future configurations or virtual RAM implementations.

The Vivo X300 holds a commanding performance advantage in this group. Both chips are fabbed on 3 nm processes, so efficiency is comparable at the architecture level, but the Dimensity 9500 simply delivers substantially higher throughput across CPU and GPU metrics. For users who push their phones hard — gaming, content creation, or heavy multitasking — the X300 is the clear choice here.

The headline difference is the Vivo X300's 200 MP primary sensor, which dwarfs the Pixel 10 Pro XL's 50 MP main shooter. A higher megapixel count enables more detail retention when cropping and can improve large-format print quality, though real-world image quality depends heavily on sensor size and processing — neither of which is provided here. More practically, the Pixel counters with a longer 5x optical zoom versus the X300's 3x, which is a tangible advantage for telephoto shooting: 5x gets you meaningfully closer to a subject without digital degradation, making it the stronger choice for sports, wildlife, or distant architecture.

The feature set is broadly similar — both support OIS, phase-detection and laser autofocus, slow-motion, RAW capture, HDR mode, and 4K at 60fps. A few distinctions are worth noting, though. The Pixel includes a BSI sensor, which is specifically designed to improve light capture efficiency — an advantage in low-light conditions that the X300's non-BSI CMOS does not share on paper. The Pixel also supports manual shutter speed and HDR10 video recording, both absent on the X300, giving it a slight edge for users who want granular creative control or higher-dynamic-range video output.

This group is genuinely split depending on use case. The Vivo X300 leads on raw sensor resolution and front camera megapixels (50 MP vs 42 MP), while the Pixel 10 Pro XL holds the advantage in optical zoom reach, low-light sensor design, and video versatility. For telephoto and video-focused users, the Pixel is the stronger camera system on paper; for those who prioritize detail-rich stills and selfie quality, the X300 makes a compelling case.

The software feature lists for these two phones are remarkably alike — privacy controls, on-device machine learning, dynamic theming, split-screen, PiP, offline voice recognition, and the full suite of modern Android conveniences are present on both. Given how aligned they are, the comparison really comes down to two pivotal differences: Android version and update delivery.

The Vivo X300 ships with Android 16 versus the Pixel 10 Pro XL's Android 15, meaning it launches with a more current OS out of the box. However, the Pixel has a critical structural advantage: it gets direct OS updates, while the X300 does not. Direct updates — meaning updates delivered by Google straight to the device without passing through a manufacturer or carrier — translate to faster security patches, quicker access to new Android features, and a longer, more reliable update lifespan. For users who care about software longevity and security hygiene, this is a significant practical consideration that a one-version head start cannot fully offset.

On balance, the Pixel 10 Pro XL holds the stronger long-term software position thanks to its direct OS update pipeline, even though the X300 currently runs a newer Android version. Users who prioritize having the latest OS at launch may favor the X300 today, but the Pixel's update model is a more durable advantage over the life of the device.

Capacity and charging speed are where this group is decided, and the Vivo X300 leads on both. Its 6,040 mAh battery holds a meaningful 840 mAh advantage over the Pixel 10 Pro XL's 5,200 mAh — enough to realistically add an hour or more of screen-on time under typical usage. Paired with that larger cell is a 90W wired charging speed, which is double the Pixel's 45W. In practical terms, 90W can take a depleted phone to a usable charge in roughly 20–30 minutes, whereas 45W will take noticeably longer — a real difference for users who charge on the go or in short windows.

Wireless charging follows the same pattern: the X300 tops out at 40W wirelessly versus the Pixel's 25W, making cable-free top-ups considerably faster. The one area where the Pixel carves out an exclusive feature is reverse wireless charging, which lets it act as a charging pad for accessories like earbuds or a smartwatch — a convenience the X300 does not offer.

Taken as a whole, the Vivo X300 dominates the battery category with a larger capacity and substantially faster charging both wired and wirelessly. The Pixel's reverse wireless charging is a useful bonus, but it does not shift the overall balance. For users who prioritize endurance and speed of replenishment, the X300 is the clear winner here.

Wired audio is off the table for both phones — neither carries a 3.5mm headphone jack — so the comparison lives entirely in the wireless domain. Stereo speakers and aptX HD are shared across both devices, establishing a solid common baseline for Bluetooth audio quality. The single differentiator here is LDAC, which the Pixel 10 Pro XL supports and the Vivo X300 does not.

LDAC is Sony's high-resolution Bluetooth codec, capable of transmitting audio at up to three times the bitrate of standard SBC. For users with LDAC-compatible headphones or speakers, this means noticeably richer, more detailed wireless audio — closer to the quality of a wired connection. It is a feature that only matters if you own compatible listening hardware, but for audiophile-leaning users, its absence on the X300 is a genuine gap.

Audio is otherwise a near-tie, but the Pixel 10 Pro XL has a clear edge for wireless audio quality thanks to LDAC support. Users invested in high-resolution wireless audio will find the Pixel the more capable option; for everyone else, the two phones are functionally equivalent in this category.

Much of the connectivity foundation is shared — 5G, Wi-Fi 7, USB-C 3.2, NFC, GPS, Galileo, and a fingerprint scanner appear on both. Bluetooth tells a more nuanced story: the Pixel 10 Pro XL carries Bluetooth 6 versus the X300's 5.4, which in practical terms means improved connection stability, lower latency, and better handling of multiple simultaneous audio devices. For the X300, Bluetooth 5.4 is still a capable and modern standard, but the Pixel is measurably ahead. On Wi-Fi, the Pixel also supports Wi-Fi 6E, adding access to the less congested 6 GHz band — an advantage in dense environments like offices or apartments — while the X300 tops out at Wi-Fi 7 without 6E, making the Pixel's wireless stack slightly more versatile overall.

SIM flexibility splits the other way: the X300 supports dual physical SIM cards, while the Pixel offers one physical SIM plus one eSIM. For travelers or users who juggle work and personal numbers on separate carriers, the X300's dual-SIM setup is more straightforward and broadly compatible. The X300 also includes an infrared sensor, enabling it to function as a universal remote for TVs and appliances — a niche but genuinely useful feature the Pixel lacks. The Pixel counters with a barometer for altitude and weather sensing, emergency SOS via satellite, and crash detection — the latter two being potentially life-critical safety features that the X300 does not offer at all.

This group has no outright winner — it depends entirely on priorities. The Pixel 10 Pro XL leads on safety features and wireless protocol advancement, while the Vivo X300 is stronger for SIM flexibility and everyday utility via its infrared sensor. Users who value emergency preparedness and cutting-edge wireless will lean toward the Pixel; those who need dual-SIM or smart home remote control will find the X300 more accommodating.

The Miscellaneous group offers no differentiation between these two devices whatsoever. Both have a video light, and neither features sapphire glass, a curved display, or an e-paper display — the specs are a complete mirror image across every data point provided.

This is a straightforward tie. Based strictly on the data in this group, neither the Google Pixel 10 Pro XL nor the Vivo X300 holds any advantage over the other, and this category should carry no weight in a purchasing decision between the two.