Honor 400 5G (256GB / 12GB RAM) VS Vivo S30

In terms of physical footprint, the Honor 400 5G is the more compact and lighter device. It weighs 184 g versus the Vivo S30's 192 g, is marginally thinner at 7.3 mm compared to 7.5 mm, and has a smaller overall volume (85.23 cm³ vs 89.39 cm³). The width is nearly identical, but the Vivo S30 is notably taller at 160.2 mm versus 156.5 mm. In practice, these differences mean the Honor 400 will feel slightly more manageable during one-handed use and in a pocket, while the Vivo S30's taller frame is largely a consequence of its larger display area.

Where the two phones diverge most meaningfully is water protection. The Vivo S30 carries an IP67 rating, which means it can withstand full submersion in up to 1 meter of fresh water for 30 minutes. The Honor 400 5G is rated IP65, offering protection against low-pressure water jets but not submersion. For most everyday scenarios — rain, splashes, or accidental spills — both phones are well-protected. However, for users who swim, work near water, or simply want stronger peace of mind, the Vivo S30's IP67 is a tangible, real-world advantage.

Overall, neither phone has a rugged build and neither folds, so they are evenly matched on those fronts. The decision in this category comes down to priorities: the Honor 400 5G has an edge in ergonomics and portability due to its lighter, more compact form, while the Vivo S30 holds a clear advantage in water resistance, making it the stronger choice for users who prioritize durability against liquid exposure.

Both phones share the same panel technology (OLED/AMOLED), an identical pixel density of 460 ppi, and a 120Hz refresh rate, so at a glance their displays appear nearly equivalent. The Vivo S30 offers a slightly larger canvas at 6.67″ versus 6.55″, and its resolution of 1260 x 2800 px is marginally taller than the Honor 400 5G's 1264 x 2736 px — though neither difference will be perceptible in everyday use given the matching sharpness.

The most dramatic divergence is peak brightness. The Honor 400 5G claims a typical brightness of 5000 nits, which is an exceptional figure — nearly four times the Vivo S30's 1300 nits. In practical terms, this means the Honor 400 5G should remain far more legible under direct sunlight, a genuinely meaningful advantage for outdoor use. Conversely, the Vivo S30 counters with branded damage-resistant glass, a protection layer the Honor 400 5G lacks entirely. This makes the Vivo S30's screen more resilient to scratches and accidental drops onto abrasive surfaces — a day-to-day durability edge that matters for users who don't use a screen protector.

Neither display supports HDR10, HDR10+, or Dolby Vision, and both offer an Always-On Display feature, so those factors are a wash. Ultimately, which phone wins here depends on use case: the Honor 400 5G holds a commanding advantage in outdoor visibility thanks to its extraordinary brightness, while the Vivo S30 is the more physically durable choice with its scratch-resistant glass. For outdoor-heavy users, the Honor's screen is the stronger pick; for those prioritizing screen longevity without a case, the Vivo S30 has the edge.

Both phones are built on a 4 nm Qualcomm platform, but the Vivo S30 steps up to the newer Snapdragon 7 Gen 4, while the Honor 400 5G runs the Snapdragon 7 Gen 3. The generational gap shows up across every meaningful performance metric: the Vivo S30's prime CPU core clocks in at 2.8 GHz versus 2.63 GHz on the Honor, its GPU runs at 1000 MHz versus 950 MHz, and its memory bandwidth reaches 33.6 GB/s compared to 25.6 GB/s. That 31% bandwidth advantage is particularly relevant for GPU-intensive tasks like gaming and video processing, where data throughput between memory and processor becomes a bottleneck.

The memory and storage gap reinforces this advantage further. The Vivo S30 ships with 16 GB of RAM at 4200 MHz versus the Honor 400 5G's 12 GB at 3200 MHz, and doubles the base storage at 512 GB versus 256 GB. More RAM running at a faster speed translates to smoother multitasking, more apps retained in the background, and snappier app switching under load. The storage doubling is simply a practical win for users with large media libraries or app collections.

The two phones share the same 6W TDP, meaning neither has a thermal envelope advantage — efficiency per watt should be broadly comparable. Still, across CPU speed, GPU clock, RAM capacity, RAM speed, memory bandwidth, and storage, the Vivo S30 holds a clear and consistent performance advantage in this category. The Honor 400 5G is by no means underpowered, but users who prioritize peak performance and headroom for future-proofing will find the Vivo S30 the stronger choice.

The rear camera systems reflect two very different design philosophies. The Honor 400 5G bets big on a 200 MP main sensor paired with a 12 MP secondary lens — a resolution-first approach that allows for aggressive cropping and the extraction of fine detail in well-lit conditions. The Vivo S30, by contrast, opts for a more versatile triple-camera setup: a 50 MP main, a 50 MP secondary, and an 8 MP third lens. Neither pixel count nor versatility alone tells the full story, but the Vivo's configuration signals a broader focal range coverage rather than a single-sensor resolution race.

The single most consequential spec difference in this group is optical zoom. The Vivo S30 supports 3x optical zoom, while the Honor 400 5G offers 0x — meaning any telephoto capability on the Honor relies entirely on digital cropping. Optical zoom preserves actual image detail at distance; digital zoom does not. For users who regularly photograph subjects at range — events, wildlife, architecture — this is a real, tangible limitation on the Honor 400 5G. The Vivo S30's dedicated zoom capability gives it a meaningful versatility edge in varied shooting scenarios.

Manual controls, OIS, phase-detection autofocus, slow-motion, and a matching 50 MP front camera are shared across both devices, so the shooting toolkits are otherwise well-matched. The Honor 400 5G may appeal to users who prioritize maximum detail capture in static, close-range photography and are comfortable without a zoom lens. But for most users seeking a well-rounded camera system, the Vivo S30 holds a clear advantage thanks to its 3x optical zoom and triple-lens versatility.

This is a rare instance of complete parity. Both the Honor 400 5G and the Vivo S30 run Android 15 and share an identical feature set across every single spec in this category — privacy controls, productivity tools, accessibility options, and system-level capabilities are a perfect match.

On the privacy front, both offer location controls, camera and microphone permissions, app tracking blockers, and clipboard warnings — a solid modern baseline. Productivity-wise, split-screen multitasking, Picture-in-Picture, widgets, full-page screenshots, and offline voice recognition are present on both. Neither phone receives direct OS updates from Google, meaning both rely on their respective manufacturers for software patches and upgrades — a shared limitation worth noting for security-conscious users.

With no differentiating data point anywhere in this group, the operating system category is a complete tie. A buyer's decision here will have to rest entirely on the other specification groups.

Battery capacity is where the Vivo S30 pulls ahead decisively. Its 6500 mAh cell is a substantial 23% larger than the Honor 400 5G's 5300 mAh. In real-world terms, that gap translates directly to more screen-on time between charges — a meaningful advantage for heavy users, travelers, or anyone who regularly ends the day with a drained phone. The Honor 400 5G's 5300 mAh is still a respectable capacity by modern standards, but the Vivo S30's larger reservoir is a tangible, everyday benefit.

The charging speed story reinforces the Vivo S30's edge. At 90W, it charges significantly faster than the Honor 400 5G's 66W — and crucially, it's doing so with a bigger battery. A larger battery at higher wattage means top-up times remain competitive despite the extra capacity. Both phones ship with a charger in the box, and neither supports wireless charging, so on those fronts they are evenly matched.

Across both key metrics in this category — raw capacity and charging speed — the Vivo S30 holds a clear and unambiguous advantage. For users who rank battery endurance and fast recovery high on their priority list, the Vivo S30 is the stronger choice here without qualification.

Wired audio is off the table for both phones — neither includes a 3.5 mm headphone jack — and both feature stereo speakers, so the listening experience through the device itself is evenly matched. The real distinction in this group lies in Bluetooth audio codec support, which determines the quality ceiling when using wireless headphones.

Both phones support aptX HD, enabling high-resolution wireless audio at up to 24-bit quality — a solid baseline for audiophiles using compatible headphones. However, the Vivo S30 goes further with two additional codecs: standard aptX for broader device compatibility, and crucially, aptX Adaptive. The latter is the most advanced codec of the three, dynamically adjusting bitrate between 276 Kbps and 1.2 Mbps in real time to balance audio quality and latency depending on conditions. This makes the Vivo S30 notably better suited for both high-fidelity listening and low-latency use cases like gaming or video, with a wider range of compatible wireless audio gear.

Neither phone supports LDAC or aptX Lossless, and the absence of a headphone jack is a shared constraint. Still, on wireless audio codec breadth, the Vivo S30 holds a clear edge — its support for aptX Adaptive in particular represents a meaningful quality and versatility advantage for users who invest in premium Bluetooth headphones.

Connectivity is another category of near-total parity. Both the Honor 400 5G and the Vivo S30 support 5G, Wi-Fi 6, Bluetooth 5.4, NFC, and USB Type-C (USB 2.0), and both come with dual SIM slots. The Wi-Fi stack — covering 802.11n, ac, and ax — is identical on both devices, ensuring the same network compatibility and throughput ceiling in practice.

The sensor suite is equally matched: fingerprint scanner, gyroscope, accelerometer, compass, GPS with Galileo support, and an infrared sensor are all present on both phones. The infrared sensor is worth highlighting as a shared convenience feature, allowing both devices to function as a universal remote. Neither phone offers expandable storage, a barometer, or satellite emergency SOS — again, identical limitations across the board.

With every single connectivity and feature spec aligning perfectly, this category is a complete tie. There is no differentiating factor between the two phones here, and a buyer's choice will need to be driven entirely by the other specification groups.

The Miscellaneous category offers nothing to separate the two phones. The Honor 400 5G and the Vivo S30 share an identical profile across every spec here: both include a video light, and neither features a sapphire glass display, a curved display, or an e-paper display. This is a complete tie with no differentiating factor present in the data.