Apple iPhone 17 Pro Max VS Vivo X300

The most immediately practical difference between these two phones is size and weight. The iPhone 17 Pro Max is a notably larger and heavier device at 233 g and a footprint of 163.4 × 78 mm, while the Vivo X300 comes in at 190 g with a 150.6 × 71.9 mm frame — a 43 g difference that is very noticeable during extended one-handed use or when carrying the device all day. The Vivo is also slightly slimmer at 8 mm versus 8.75 mm, contributing to a more pocketable overall feel. For users who prioritize ergonomics and portability, the Vivo X300 has a clear physical advantage.

On water resistance, both phones are rated waterproof, but the story is nuanced. The iPhone 17 Pro Max carries an IP68 rating with an impressive submersion tolerance of 6 m, making it the safer choice for accidental drops in pools, lakes, or deep sinks. The Vivo X300, however, holds an IP69 rating, which certifies resistance to high-pressure, high-temperature water jets — a scenario IP68 does not cover. In practice, IP68 at 6 m depth is more relevant for most everyday accidents, but IP69 offers protection in industrial or outdoor contexts involving pressurized water exposure.

Neither phone offers a rugged build or a foldable form factor, so those factors do not differentiate them here. Overall, the Vivo X300 wins on compactness and everyday ergonomics, while the iPhone 17 Pro Max wins on depth-rated water resistance. Which advantage matters more depends entirely on the user's priorities: lighter and smaller versus deeper submersion tolerance.

Both phones use OLED/AMOLED panels with identical 460 ppi pixel density and 120Hz refresh rates, meaning sharpness and scrolling smoothness are essentially equivalent. The most obvious split is screen size: the iPhone 17 Pro Max offers a larger 6.9″ canvas, which benefits media consumption and multitasking, while the Vivo X300's 6.31″ panel aligns with its more compact form factor. Neither choice is objectively superior here — it comes down to whether the user prefers a more immersive display or a smaller footprint.

Where the Vivo X300 pulls ahead is in display responsiveness and raw contrast performance. Its 300Hz touch sampling rate versus the iPhone's 120Hz means the screen registers touch inputs roughly 2.5× more frequently — a tangible advantage in fast-paced gaming or precision stylus-style interactions. More striking is the contrast ratio gap: the Vivo claims 8,000,000:1 compared to the iPhone's 2,000,000:1, which on paper translates to deeper blacks and more distinct shadow detail in dark scenes, though real-world OLED contrast differences at these magnitudes can be subtle.

The HDR ecosystem split is worth noting for content consumers. The iPhone 17 Pro Max supports Dolby Vision but not HDR10+, while the Vivo X300 covers HDR10+ but not Dolby Vision. Dolby Vision is more prevalent on streaming platforms like Netflix and Apple TV+, giving the iPhone an edge for premium video content. Overall, the Vivo X300 holds a technical edge in touch responsiveness and contrast specs, but the iPhone's Dolby Vision support and larger screen make it more compelling for mainstream media use.

On paper, the Vivo X300 holds a commanding lead in raw benchmark numbers. Its MediaTek Dimensity 9500 scores 4,011,900 on AnTuTu versus the iPhone 17 Pro Max's 2,885,786 — a roughly 39% gap — and also leads in Geekbench 6 multi-core with 12,189 against 10,223. The Vivo's 8-thread CPU with three distinct performance clusters gives it more sustained throughput in heavily parallelized tasks like video rendering or large file processing. The iPhone, however, flips the result in single-core performance at 3,933 versus 3,781, which is the metric most relevant to everyday app responsiveness and UI fluidity — tasks that rarely saturate all cores simultaneously.

Memory is another area where the Vivo X300 pulls ahead meaningfully. With 16 GB of RAM at 5333 MHz and a maximum supported amount of 24 GB, it edges out the iPhone's 12 GB at 4800 MHz. Higher RAM capacity directly translates to more apps staying resident in the background without being reloaded, and the faster RAM speed contributes to the Vivo's slightly higher maximum memory bandwidth of 85.3 GB/s versus 78.8 GB/s. For power users running multiple demanding applications simultaneously, this gap is tangible. Storage capacity favors the iPhone, however, with up to 2048 GB versus the Vivo's 1024 GB maximum.

Both chips are built on a 3 nm process and share the same shading unit count, so efficiency and GPU parallelism are structurally similar. The Vivo's GPU does clock higher at 1750 MHz versus 1490 MHz, consistent with its stronger multi-threaded benchmark profile. Overall, the Vivo X300 wins this group on raw and sustained performance metrics, while the iPhone 17 Pro Max retains an edge in single-core speed and available storage — making the iPhone feel snappier in day-to-day use despite lower peak throughput figures.

The headline megapixel split is dramatic: the Vivo X300 leads with a 200 MP primary sensor versus the iPhone 17 Pro Max's 48 MP main shooter. In practice, higher megapixels enable finer detail retention when cropping and more flexibility in post-processing, though real-world output depends heavily on sensor size and image processing — neither of which is provided here. What is clear from the data is that the Vivo's main lens also edges out a marginally wider aperture at f/1.7 versus f/1.78, theoretically admitting slightly more light. The Vivo also packs a considerably more capable 50 MP front camera against the iPhone's 18 MP selfie sensor, which is a meaningful gap for portrait and video call quality.

The iPhone 17 Pro Max reclaims significant ground in telephoto reach and video capability. Its focal length range of 13–120 mm with 8x optical zoom substantially outpaces the Vivo's 15–70 mm range and 3x optical zoom — a real-world difference that matters for wildlife, sports, or any distant subject photography. Video is another strong suit for the iPhone: it captures 4K at up to 120 fps compared to the Vivo's 60 fps ceiling, enabling true 4K slow-motion. The iPhone also supports Dolby Vision and HDR10 video recording, formats the Vivo X300 lacks entirely, which is a notable gap for professional or cinematic use cases.

A few smaller but meaningful distinctions round out the comparison. The iPhone includes a BSI sensor (back-side illumination, which improves low-light capture efficiency) and supports manual shutter speed control — a feature absent on the Vivo. Overall, this group is genuinely split: the Vivo X300 holds an edge in stills resolution and selfie quality, while the iPhone 17 Pro Max dominates in telephoto range, video frame rates, and professional video format support.

Privacy is a strength for both devices, but with different emphases. The iPhone 17 Pro Max covers more ground on the tracking-prevention side, offering Mail Privacy Protection and cross-site tracking blocking — two features absent on the Vivo X300. For users who treat their phone as a privacy-first tool, these additions meaningfully reduce data exposure across browsing and email without requiring third-party apps. The Vivo counters with strong core privacy controls like camera/microphone permissions and location options, but it does not match the iPhone's out-of-the-box anti-tracking coverage.

Where the Vivo X300 stands out is in flexibility and customization. It supports split-screen multitasking, dynamic theming, theme customization, a multi-user system, and an extra dim mode — none of which the iPhone offers. Split-screen is particularly relevant for productivity, allowing two apps to run simultaneously on the display. Multi-user support means a single device can maintain genuinely separate profiles, useful for shared or work-personal separation scenarios. The iPhone compensates with Focus Modes for contextual notification management and Wi-Fi password sharing, but these are narrower in scope than the Vivo's broader multitasking and personalization toolkit.

One of the most consequential differences here is update delivery. The iPhone 17 Pro Max gets direct OS updates straight from Apple, ensuring timely security patches and feature rollouts with no carrier or manufacturer delay. The Vivo X300 does not have this designation, meaning updates are dependent on Vivo's own release schedule. Over a multi-year ownership period, this gap compounds. Overall, the Vivo X300 wins on day-to-day flexibility and customization, but the iPhone holds a durable advantage in privacy depth and long-term software support reliability.

The Vivo X300 carries a meaningfully larger battery at 6040 mAh versus the iPhone 17 Pro Max's 5088 mAh — a roughly 19% capacity advantage. All else being equal, a larger battery correlates directly with longer time between charges, and nearly 1000 mAh of extra headroom is a gap that heavy users will notice across a full day of use. It is worth noting the Vivo is also the lighter, smaller device, which makes this capacity lead even more impressive from an engineering standpoint.

The charging speed gap is just as striking. The Vivo X300 supports 90W wired fast charging compared to the iPhone's 40W — more than double the rate. In practical terms, this means the Vivo can recover significantly more charge in the same amount of time, or reach a full charge in a fraction of the time the iPhone requires. Wireless charging also favors the Vivo at 40W versus 30W, a smaller but still tangible difference for users who rely on wireless pads overnight or at a desk.

Both phones share the same fundamental battery architecture — non-removable, rechargeable, with a charge level indicator and wireless charging support — so there are no surprises on either side in terms of basic functionality. Neither supports reverse wireless charging. The conclusion here is clear: the Vivo X300 wins this group decisively, offering more capacity to last longer and faster charging to recover more quickly, with advantages on both wired and wireless fronts.

At the hardware level, these two phones are nearly identical in audio setup: both drop the 3.5 mm headphone jack, both feature stereo speakers, and neither includes a radio. For most users, the speaker parity means a comparable out-of-the-box listening experience when consuming media without headphones.

The meaningful split emerges in wireless audio codec support. The Vivo X300 supports both aptX and aptX HD, while the iPhone 17 Pro Max supports neither. This matters specifically for users with compatible Bluetooth headphones or speakers: aptX reduces audio latency and improves streaming quality over standard Bluetooth, while aptX HD takes that further by supporting 24-bit audio transmission — the Bluetooth equivalent of hi-res audio. For audiophiles using qualifying wireless hardware, the Vivo X300 can deliver a perceptibly richer and more accurate sound. The iPhone, without these codecs, is limited to the baseline Bluetooth audio experience with non-Apple headphones.

Neither device supports LDAC or aptX Adaptive, so the Vivo's codec advantage has a ceiling. Still, within the scope of what these specs cover, the Vivo X300 holds a clear edge for wireless audio quality — a win that is niche but genuine for users who invest in premium Bluetooth audio gear.

Wireless connectivity is a near-tie at the top end, with both phones supporting 5G, Wi-Fi 7, USB 3.2 Type-C, and NFC. The iPhone 17 Pro Max pulls ahead with Bluetooth 6 against the Vivo X300's Bluetooth 5.4 — a newer standard that brings improvements in connection stability, range, and energy efficiency, particularly relevant for users managing multiple paired devices simultaneously. The Vivo edges ahead on raw download speed at 10,700 Mbps versus 10,000 Mbps, though this difference is unlikely to be perceptible in real-world cellular conditions. Notably, the Vivo supports dual physical SIM cards, while the iPhone offers only one physical SIM plus an eSIM — a practical advantage for travelers or users managing separate work and personal lines.

Security and biometrics diverge sharply. The iPhone 17 Pro Max uses 3D facial recognition as its primary biometric, while the Vivo X300 relies on a fingerprint scanner. Neither approach is inherently superior — facial unlock is hands-free and fast, while fingerprint scanners work reliably in low-light conditions and when wearing a mask. The iPhone also includes a barometer for altitude sensing, absent on the Vivo, which is useful for fitness tracking and certain navigation applications.

The most consequential exclusive features belong to the iPhone. Emergency SOS via satellite allows calls and messages in areas with no cellular coverage — a genuine safety differentiator — and crash detection can automatically alert emergency services after a severe impact. The Vivo X300 offers neither. For users who spend time in remote areas or simply value passive safety features, these capabilities represent a meaningful real-world advantage. Overall, the iPhone 17 Pro Max wins this group on the strength of its safety features, newer Bluetooth standard, and 3D facial recognition, while the Vivo counters with dual SIM support and a fingerprint scanner.

Across every spec in this group, the Apple iPhone 17 Pro Max and Vivo X300 are in complete alignment: both include a video light, and neither features a sapphire glass display, a curved display, or an e-paper display. There are no differentiators here whatsoever.

This group is a clear tie — the data provides no basis for favoring one device over the other. Users can disregard this category when making a purchase decision between these two phones.