Honor 400 Pro 5G VS Vivo S30

Both phones share a waterproof build with no foldable or rugged form factor, but their physical profiles differ in meaningful ways. The Vivo S30 is notably slimmer at 7.5 mm versus the Honor 400 Pro's 8.1 mm, and lighter at 192 g compared to 205 g. That 13 g difference and 0.6 mm reduction in thickness may sound minor on paper, but in daily use it translates to a phone that sits more comfortably in a pocket and feels less fatiguing during extended one-handed sessions. The S30 also has a smaller overall volume (89.39 cm³ vs 96.47 cm³), making it the more pocket-friendly device despite being slightly taller.

Where the Honor 400 Pro reclaims ground is water resistance. Its IP68 rating means it can withstand submersion beyond the standard 1 meter depth and for longer durations than the IP67-rated Vivo S30. For users who frequently use their phone near water — at the pool, in rain, or in humid environments — this is a tangible safety advantage, not just a spec sheet footnote.

Overall, the Vivo S30 has the edge in ergonomics and portability, while the Honor 400 Pro counters with superior water protection. The right choice here depends on priorities: if a slimmer, lighter feel matters most, the S30 wins; if peace of mind around water exposure is the priority, the Honor 400 Pro's IP68 certification is the stronger pick.

On paper, these two displays are nearly identical — both OLED/AMOLED panels, both running at 120Hz, both hitting 460 ppi pixel density, and both supporting Always-On Display. The screen sizes are also functionally the same (6.7″ vs 6.67″), and the resolution difference of 1280 vs 1260 horizontal pixels is imperceptible in real-world use. For everyday tasks like browsing, streaming, or reading, either panel will feel sharp and fluid.

The standout divergence is brightness. The Honor 400 Pro claims a staggering 5000 nits of typical brightness versus the Vivo S30's 1300 nits. This is not a marginal gap — it is a fundamental difference in outdoor usability. At 5000 nits, the Honor 400 Pro can remain clearly legible in direct sunlight conditions where most phones struggle. The S30's 1300 nits is a respectable figure and adequate for most indoor and partly-lit outdoor scenarios, but it cannot compete in harsh daylight. For users who frequently use their phone outside, this gap is highly consequential.

The Vivo S30 counters with one meaningful hardware advantage: branded damage-resistant glass, which the Honor 400 Pro lacks. This provides a degree of scratch and impact protection that matters for long-term screen durability. Taken together, the Honor 400 Pro holds a clear edge in display performance — particularly brightness — while the S30 offers better physical screen protection. If display quality under all lighting conditions is the priority, the Honor 400 Pro wins this category decisively.

The chipset divide here is the defining story of this category. The Honor 400 Pro runs on the Snapdragon 8 Gen 3 — a flagship-tier processor — while the Vivo S30 uses the Snapdragon 7 Gen 4, an upper-mid-range chip. Both are built on a 4 nm process, but the generational and tier gap between them shows up sharply in memory bandwidth: 76.6 GB/s versus 33.6 GB/s. That figure directly governs how fast the CPU and GPU can feed data to and from memory, and more than double the bandwidth translates to tangibly faster performance in demanding workloads like gaming, video processing, and AI-driven tasks.

The Vivo S30 does edge ahead in one area: it carries 16 GB of RAM versus the Honor's 12 GB, and its GPU runs at a slightly higher clock speed of 1000 MHz versus 900 MHz. The extra RAM is useful for heavy multitasking — keeping more apps live in the background without reloading — and the GPU clock difference is narrow enough to be contextual rather than definitive. However, the Vivo S30's significantly lower TDP of 6W compared to the Honor's 12.5W indicates the 7 Gen 4 operates with considerably less power draw under load, which can benefit sustained performance and thermal management over long sessions.

Taken as a whole, the Honor 400 Pro holds a clear performance advantage driven by its flagship chipset and dramatically superior memory bandwidth. The Vivo S30's RAM advantage and lower power envelope are real positives, but they do not close the gap in raw computational throughput. Users who prioritize peak performance — particularly in gaming or intensive applications — will find the Honor 400 Pro the stronger performer in this category.

The most striking difference in this category is the main sensor: the Honor 400 Pro leads with a 200 MP primary camera, compared to the Vivo S30's 50 MP main shooter. A 200 MP sensor captures an enormous amount of raw detail, giving the Honor significant headroom for cropping into shots without visible quality loss — a practical advantage for users who frequently reframe or zoom into photos after the fact. The tertiary lens also favors the Honor, at 12 MP versus the S30's 8 MP. Both phones share the same f/1.9 wide aperture on their primary lens and identical 3x optical zoom, so low-light entry and zoom reach are on equal footing.

Selfie capabilities tell a similarly differentiated story. The Honor 400 Pro features a dual front camera (50 MP + 2 MP) while the Vivo S30 relies on a single 50 MP front sensor. The secondary front lens on the Honor — likely a depth sensor — can enable more accurate portrait and background separation effects in selfie mode, adding versatility for users who shoot a lot of front-facing content.

Beyond resolution and hardware configuration, the two phones are evenly matched across every other camera feature in the provided data: both offer OIS, phase-detection autofocus, continuous autofocus in video, HDR mode, slow-motion, timelapse, and the same suite of manual controls. The Honor 400 Pro holds a clear edge in this category, primarily on the strength of its substantially higher-resolution main sensor and more capable front camera system.

This is a rare category where the comparison yields a definitive tie — every single specification listed is identical between the Honor 400 Pro 5G and the Vivo S30. Both ship with Android 15 and carry the same feature set across privacy controls, productivity tools, and customization options. Shared highlights include on-device machine learning, dynamic theming, split-screen multitasking, Picture-in-Picture, offline voice recognition, and a full suite of privacy permissions covering location, camera, and microphone access.

Notably, neither phone receives direct OS updates — meaning both rely on manufacturer-mediated update pipelines rather than receiving Android patches straight from Google. This is worth flagging for users who prioritize timely security updates, as it introduces potential delays regardless of which device they choose. Neither device supports Wi-Fi password sharing or cross-site tracking blocking either, which are small but consistent gaps shared equally by both.

With no differentiating data point across the entire group, this category is a complete tie. The software experience, as defined by these specs, is functionally equivalent on both phones.

Battery capacity is close but not equal: the Vivo S30 edges ahead with a 6500 mAh cell versus the Honor 400 Pro's 6000 mAh. That 500 mAh difference — roughly an 8% larger reserve — can meaningfully extend screen-on time during heavy use days, making the S30 the marginally stronger choice for users who prioritize going longer between charges.

Charging, however, tilts in the Honor's favor. At 100W versus the S30's 90W, the Honor 400 Pro will replenish its battery faster from empty, which is useful for quick top-ups when time is short. The more significant advantage, though, is wireless charging: the Honor 400 Pro supports it while the Vivo S30 does not. Wireless charging adds genuine convenience — dropping the phone on a pad overnight or at a desk without fumbling for a cable — and its absence on the S30 is a notable omission at this tier.

This category ends in a meaningful trade-off rather than a clear winner. The Vivo S30 offers more raw capacity for extended endurance, while the Honor 400 Pro charges faster and supports wireless charging for day-to-day convenience. Users who prioritize top-up flexibility will lean toward the Honor; those who want maximum battery reserves and rarely use wireless charging will find the S30 more suited to their needs.

Both phones ditch the 3.5 mm headphone jack and offer stereo speakers — a common trade-off in this segment that pushes users toward Bluetooth audio. Where they diverge is in wireless codec support. Both carry aptX HD, which enables high-resolution Bluetooth audio with compatible headphones. But the Vivo S30 goes further, adding aptX Adaptive — a more advanced codec that dynamically adjusts bitrate based on connection quality, delivering lower latency and more stable high-resolution audio. It also includes standard aptX, rounding out broader compatibility with older wireless audio hardware.

The Honor 400 Pro, by contrast, supports only aptX HD from the Qualcomm codec family. This is a capable codec for high-quality listening, but the absence of aptX Adaptive means it cannot take advantage of the adaptive bitrate benefits that newer premium wireless headphones are increasingly built around. Neither phone supports LDAC — Sony's high-bitrate codec — so audiophiles in that ecosystem will find both equally limited on that front.

For casual listeners, the stereo speaker parity keeps things even in everyday use. But for users who invest in quality Bluetooth headphones and care about wireless audio fidelity and latency, the Vivo S30 holds a clear edge thanks to its broader and more future-proof codec support, particularly aptX Adaptive.

Across the core connectivity stack — 5G, Bluetooth 5.4, NFC, USB Type-C, dual SIM, GPS, and infrared sensor — these two phones are evenly matched. The shared foundation is strong and covers what most users need day to day. The meaningful divergence emerges in two specific areas: Wi-Fi and motion sensing.

The Honor 400 Pro supports Wi-Fi 7 (802.11be) and Wi-Fi 6E, while the Vivo S30 tops out at Wi-Fi 6 (802.11ax). Wi-Fi 7 brings significantly higher theoretical throughput and lower latency on compatible routers — relevant for users in environments with dense networks or those who have already invested in Wi-Fi 7 infrastructure. Wi-Fi 6E additionally opens up the 6 GHz band, reducing congestion in crowded spaces. For users on older routers, this distinction is moot; for those with modern home or office setups, the Honor has a forward-looking edge. On the sensor side, the Vivo S30 includes a gyroscope while the Honor 400 Pro does not. A gyroscope is essential for accurate motion-based gaming, augmented reality applications, and precise screen rotation — its absence on the Honor is a genuine functional gap for users who rely on those experiences.

This category results in a split: the Honor 400 Pro leads in wireless networking with its superior Wi-Fi capabilities, while the Vivo S30 holds an advantage in motion sensing thanks to its gyroscope. Neither phone dominates outright — the better pick here depends on whether faster Wi-Fi or motion-based functionality matters more to the individual user.

The miscellaneous feature set for both the Honor 400 Pro 5G and the Vivo S30 is completely identical across every data point provided. Both include a video light, and neither features sapphire glass, a curved display, or an e-paper panel. This is a complete tie — there is no differentiating factor in this category to weigh in either phone's favor.