Honor 400 Pro 5G VS OnePlus 13s

The most consequential difference in this group is water protection. The Honor 400 Pro 5G carries an IP68 rating, meaning it is fully waterproof and can withstand submersion in fresh water, while the OnePlus 13s is rated IP65, which only guarantees protection against low-pressure water jets and splashes. In practical terms, IP68 gives you peace of mind around pools, sinks, or in heavy rain, whereas IP65 covers everyday accidental splashes but not submersion — a meaningful gap for users who want maximum durability.

In terms of physical footprint, the two phones diverge noticeably. The OnePlus 13s is the more compact and lighter device at 185 g and a volume of roughly 88.7 cm³, compared to the Honor 400 Pro's 205 g and 96.5 cm³. That 20-gram difference is perceptible during extended one-handed use or long calls, and the narrower 71.7 mm width of the OnePlus 13s makes it easier to grip for users with smaller hands. Thickness is essentially a wash at 8.1 mm vs 8.2 mm — negligible in daily handling.

Overall, these two phones present a clear trade-off: the Honor 400 Pro has a definitive edge in water protection with its superior IP68 certification, while the OnePlus 13s wins on ergonomics with a lighter, more compact form factor. Which advantage matters more depends entirely on the user — those prioritizing durability near water should lean toward the Honor, while those valuing everyday comfort and portability will prefer the OnePlus 13s.

Both phones share the same OLED/AMOLED panel technology and identical 460 ppi pixel density, meaning sharpness in everyday use is indistinguishable between the two. The Honor 400 Pro's larger 6.7″ screen offers more real estate for media consumption, reading, and multitasking, while the OnePlus 13s at 6.32″ is more compact — a natural extension of its smaller overall footprint noted in the design specs. Both refresh at 120Hz, so scrolling and animations will feel equally fluid on either device.

Where the OnePlus 13s pulls ahead is in content quality and screen durability. It supports both HDR10 and HDR10+, which means compatible streaming content — think Netflix or YouTube in high dynamic range — will display with greater contrast depth and more accurate color grading. The Honor 400 Pro lacks any HDR standard, which is a notable omission at this tier. On top of that, the OnePlus 13s includes branded damage-resistant glass, offering an additional layer of protection against scratches and drops that the Honor 400 Pro does not specify.

Taking stock of the full picture, the OnePlus 13s holds a clear display advantage despite its smaller screen. HDR10+ support meaningfully elevates the media-viewing experience, and the added screen protection is a practical bonus. The Honor 400 Pro's screen is larger, which suits users who prioritize screen size, but the absence of HDR and scratch-resistant glass leaves it behind on display quality and resilience.

The chipset gap here is substantial. The OnePlus 13s runs on the Snapdragon 8 Elite built on a 3 nm process, while the Honor 400 Pro 5G uses the previous-generation Snapdragon 8 Gen 3 on 4 nm. That generational difference translates directly into benchmark scores: the OnePlus 13s posts a Geekbench 6 multi-core score of 10,059 versus the Honor's 7,325 — a roughly 37% gap — and the single-core advantage is equally wide at 3,234 vs 2,213. In real-world terms, this means the OnePlus 13s handles demanding tasks like video editing, gaming, and heavy multitasking with noticeably more headroom.

The GPU story mirrors the CPU one. The Adreno 830 in the OnePlus 13s runs at 1,100 MHz versus the Honor's Adreno 750 at 900 MHz, and it pairs with faster 5,300 MHz LPDDR5 RAM and higher 85.1 GB/s memory bandwidth. Both phones match on RAM capacity at 12 GB and storage at 512 GB, but the OnePlus 13s moves data to and from that memory considerably faster — relevant for texture-heavy games and rapid app switching. It also supports OpenCL 3 versus the Honor's OpenCL 2, giving it a future-facing advantage for GPU compute tasks.

Perhaps the most striking data point is thermal efficiency: the OnePlus 13s achieves all of this at a TDP of just 8.2W, compared to the Honor 400 Pro's 12.5W. A lower TDP means the 8 Elite generates less heat under load, which can translate to more sustained peak performance over time and less throttling. The OnePlus 13s holds a decisive performance advantage across every meaningful metric in this group — raw speed, GPU throughput, memory bandwidth, and power efficiency alike.

The rear camera systems tell very different stories. The Honor 400 Pro 5G fields a triple-lens setup headlined by a 200 MP main sensor, complemented by a 50 MP and a 12 MP lens, while the OnePlus 13s uses a dual-lens system with two 50 MP sensors. A 200 MP sensor captures an enormous amount of detail, enabling aggressive cropping and high-fidelity large-format output — though real-world image quality depends on more than raw megapixels. More concretely, the Honor's 3x optical zoom versus the OnePlus 13s's 2x optical zoom is a tangible difference: optical zoom preserves sharpness in a way digital zoom cannot, so the Honor reaches further without degrading the shot.

On aperture, the comparison is nuanced. The OnePlus 13s's secondary lens opens to a wide f/1.8, which allows more light in low-light scenarios on that lens, while the Honor's main lens sits at f/1.9 — close but slightly narrower. Both phones share OIS, phase-detection autofocus, continuous autofocus during video, and a full suite of manual controls, so the shooting experience and feature parity are strong across the board.

For selfie shooters, the Honor 400 Pro again differentiates itself with a dual front camera combining 50 MP and 2 MP lenses, compared to the OnePlus 13s's single 32 MP front shooter. Overall, the Honor 400 Pro holds a clear camera edge — its higher-resolution main sensor, extra telephoto reach with 3x optical zoom, and more versatile front camera system give it a broader and more capable imaging toolkit than the OnePlus 13s.

Rarely does a spec group produce such a clean result: every single data point in this category is identical between the two phones. Both run Android 15, both support the same privacy controls — including location, camera, and microphone permissions as well as app tracking blocks — and both offer the same productivity and usability features such as split-screen, Picture-in-Picture, dynamic theming, widgets, and on-device machine learning.

It is worth noting what neither phone offers: neither receives direct OS updates (meaning updates are routed through the manufacturer rather than pushed straight from Google), and neither supports Wi-Fi password sharing or focus modes. These shared omissions are relevant for users coming from stock Android or iOS, but they apply equally to both devices and are therefore not a differentiating factor here.

This group is an unambiguous tie. Choosing between the Honor 400 Pro 5G and the OnePlus 13s on the basis of operating system features alone is simply not possible — the software experience, privacy toolkit, and system capabilities are, at least as captured by these specs, completely equivalent.

Battery capacity is close but not equal. The Honor 400 Pro 5G packs a 6,000 mAh cell versus the OnePlus 13s's 5,850 mAh — a 150 mAh gap that is unlikely to produce a meaningful real-world difference in screen-on time. That said, it is worth remembering from the performance group that the OnePlus 13s's Snapdragon 8 Elite is notably more power-efficient, which could offset or even reverse the Honor's nominal capacity lead in day-to-day endurance.

Charging speed is a clearer differentiator. The Honor 400 Pro tops out at 100W wired fast charging versus 80W on the OnePlus 13s — meaning the Honor will go from low battery to full noticeably faster when plugged in. More significantly, the Honor also supports wireless charging, a feature the OnePlus 13s entirely lacks. For users who rely on wireless pads at a desk or bedside, this is a genuine convenience gap that cannot be bridged by the OnePlus 13s.

On balance, the Honor 400 Pro holds a clear battery advantage in this group. Its faster wired charging and exclusive wireless charging support give it meaningfully more flexibility in how and how quickly you top it up — and its slightly larger capacity adds a small buffer on top of that. The OnePlus 13s's only consolation is its more efficient chip, but that is a performance-group factor rather than a battery-spec one.

For the most part, these two phones are evenly matched on audio. Neither includes a 3.5 mm headphone jack — so both require wireless or USB-C wired headphones — and both feature stereo speakers for the same immersive built-in listening experience. Neither supports LDAC or aptX Adaptive, the highest-tier wireless audio codecs.

The one point of difference is the Honor 400 Pro 5G's support for aptX HD, which the OnePlus 13s lacks entirely. aptX HD transmits audio at higher bit depths and sample rates over Bluetooth than standard codecs, meaning users with compatible wireless headphones will get closer-to-lossless audio quality on the Honor. For casual listeners the gap may go unnoticed, but for those who invest in quality Bluetooth headphones, it is a genuine advantage.

Given that a single meaningful differentiator separates the two, the Honor 400 Pro edges ahead in this group — narrowly but clearly. Its aptX HD support gives wireless audio enthusiasts a higher-quality transmission option that the OnePlus 13s simply cannot offer, while everything else in the audio spec set is identical between the two devices.

Wireless connectivity is where the two phones diverge most interestingly — and in opposite directions. The Honor 400 Pro 5G supports Wi-Fi 6E, which the OnePlus 13s lacks; Wi-Fi 6E opens up the 6 GHz band, reducing congestion in crowded environments and delivering faster, more stable connections where compatible routers are available. The OnePlus 13s counters with Bluetooth 6.0 versus the Honor's Bluetooth 5.4 — a newer standard that brings improvements to connection reliability, audio latency, and energy efficiency, benefiting wireless headphones and peripherals alike.

A subtle but practical gap lies in motion sensing: the OnePlus 13s includes a gyroscope while the Honor 400 Pro does not. A gyroscope enables accurate screen rotation, immersive gaming with tilt controls, AR applications, and smoother image stabilization in software. Its absence on the Honor is a noteworthy omission that can affect a wider range of apps than users might initially expect.

This group ends up being a genuine split. The Honor 400 Pro has the networking edge with Wi-Fi 6E, while the OnePlus 13s wins on Bluetooth generation and adds a gyroscope that broadens its sensor capabilities. Users who prioritize next-gen home networking will lean toward the Honor; those who value future-proof wireless peripherals and motion-dependent apps will find the OnePlus 13s the more well-rounded device overall — giving it a slight edge when the two differentiators are weighed together.

This group offers virtually nothing to separate the two devices. Both the Honor 400 Pro 5G and the OnePlus 13s share every spec listed here: both include a video light, and neither features a sapphire glass display, a curved screen, or an e-paper panel. There are no differentiators to analyze.

This is a clear and complete tie. The miscellaneous specs provided here have no bearing on the choice between these two phones.