Honor 400 Pro 5G (China) VS Xiaomi Poco F7 Pro

Both the Honor 400 Pro 5G and the Poco F7 Pro share the same foundational design credentials: full IP68 waterproofing, a non-rugged, non-foldable slate form factor. In practical terms, IP68 means both phones can withstand submersion in fresh water, offering meaningful peace of mind for everyday accidents — neither has an edge here.

Where the two diverge is in their physical footprint. The Honor 400 Pro is measurably more compact across every dimension — 7.8 mm thin versus 8.1 mm, 156.3 mm tall versus 160.3 mm, and 74.7 mm wide versus 75 mm. While each individual gap sounds minor, the cumulative difference is real: the Honor's total volume of 91.07 cm³ versus the Poco's 97.38 cm³ means the Honor displaces roughly 7% less space. That translates to a phone that sits more naturally in the hand and slips more easily into a pocket.

Weight is essentially a draw — 204 g versus 206 g is a difference no user will perceive in daily use. Overall, the Honor 400 Pro 5G holds a clear design edge in this group purely by virtue of its more compact and slimmer chassis, without sacrificing any protection rating. The Poco F7 Pro offers no compensating design advantage based on the available specs.

Both phones use OLED/AMOLED panels with a 120Hz refresh rate and Always-On Display support — a solid shared baseline. The meaningful separation begins with resolution and pixel density. The Poco F7 Pro's 1440 x 3200 px resolution at 526 ppi is a significant step above the Honor 400 Pro's 1264 x 2736 px at 460 ppi. At 526 ppi, individual pixels become essentially invisible even under close scrutiny, while 460 ppi is already sharp by most standards — but the gap is real and perceptible when reading fine text or viewing detailed imagery.

The Poco F7 Pro also pulls decisively ahead on HDR and content ecosystem support. It covers HDR10, HDR10+, and Dolby Vision — the full trifecta of major HDR standards. This means richer contrast and more accurate color reproduction when streaming from platforms like Netflix or Amazon Prime that serve HDR-graded content. The Honor 400 Pro supports none of these standards, which is a notable omission for a flagship-tier device and will result in HDR content being tone-mapped down rather than displayed as intended.

Rounding out the gap, the Poco F7 Pro also features branded damage-resistant glass on its display while the Honor does not, adding a layer of scratch and drop protection the Honor lacks. Across resolution, HDR versatility, and screen protection, the Poco F7 Pro holds a clear and multi-dimensional display advantage in this group. The Honor 400 Pro's only consolation is its slightly smaller screen, which may suit users who prefer a more compact viewing area — but on raw display capability alone, the Poco wins convincingly.

Rarely does a performance comparison arrive this clear-cut: both phones are powered by the identical Qualcomm Snapdragon 8 Gen 3 chipset, paired with the same Adreno 750 GPU, 12 GB of 4800 MHz DDR5 RAM, and a matched 4 nm fabrication node. The benchmark numbers confirm what the specs imply — both score exactly 7325 on Geekbench 6 multi-core and 2213 single-core. There is no performance gap to speak of here; every CPU, GPU, memory bandwidth, and cache metric is a carbon copy between the two devices.

The sole differentiator in this group is internal storage: the Honor 400 Pro ships with 1024 GB versus the Poco F7 Pro's 512 GB. For users who store large media libraries, shoot extensive 4K video, or simply prefer to avoid managing storage headroom, doubling the available space is a tangible, practical advantage — not a paper spec. Neither device appears to offer expandable storage based on the provided data, making this built-in difference all the more consequential.

On raw processing performance, these two phones are an absolute dead heat. The Honor 400 Pro 5G takes the only meaningful edge in this group through its larger storage configuration, which may justify consideration for storage-heavy users. For anyone whose usage falls within 512 GB, however, the Poco F7 Pro matches it entirely on every performance dimension that matters.

The camera hardware gap between these two phones is substantial. The Honor 400 Pro fields a triple-lens system headlined by a 200 MP main sensor, supplemented by a 50 MP and a 12 MP lens, while the Poco F7 Pro offers a dual-lens setup with a 50 MP primary and an 8 MP secondary. A 200 MP sensor enables significantly more aggressive computational cropping and detail retention, and gives users far greater flexibility to reframe shots in post without resolution loss. The Honor's additional third lens also expands compositional versatility in a way the Poco's two-camera array simply cannot match.

Telephoto reach is another area where the divide is decisive. The Honor 400 Pro delivers 3x optical zoom, meaning lossless magnification using dedicated optics — essential for portraits, wildlife, or any scenario where closing the distance isn't possible. The Poco F7 Pro lists 0x optical zoom, indicating it relies entirely on digital zoom for any magnification, which always involves a quality trade-off. For users who zoom regularly, this is one of the most practical differences in the entire camera comparison. On the front, the Honor also leads with a 50 MP selfie camera against the Poco's 20 MP — a meaningful gap for those who prioritize selfie detail or use the front camera for video calls and content creation.

The Poco F7 Pro's only advantage in this group is its dual-tone LED flash with two LEDs, which can produce more natural-looking artificial light by blending warm and cool tones. It is a genuine plus, but a modest one against the Honor's comprehensive camera advantages. Overall, the Honor 400 Pro 5G holds a commanding lead in cameras, outclassing the Poco across sensor resolution, lens count, optical zoom, and front camera megapixels.

This is the rare comparison where the data tells a single, unambiguous story: the Honor 400 Pro 5G (China) and the Poco F7 Pro are running an identical software feature set across every tracked specification. Both launch on 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 tools such as split-screen multitasking, Picture-in-Picture, widgets, dynamic theming, and offline voice recognition.

Notably, neither phone receives direct OS updates from Google, meaning both depend on their respective manufacturers — Honor and Xiaomi — to push Android updates. This is a shared limitation worth flagging for users who prioritize long-term software support, though it does not differentiate one device over the other. Similarly, both lack cross-site tracking protection and Wi-Fi password sharing, and neither supports a PC mode — absences that apply equally to both.

With every single data point in this group matching exactly, the operating system category is a complete tie. There is no software feature advantage to assign to either device based on the available specs. A buyer's preference between Honor's MagicOS and Xiaomi's HyperOS skin would need to be evaluated through hands-on experience rather than this feature checklist, as the underlying Android 15 foundation and tracked capabilities are identical.

Battery capacity is where the Honor 400 Pro 5G makes one of its strongest statements in this entire comparison. Its 7200 mAh cell is a genuinely large pack — 20% bigger than the Poco F7 Pro's already respectable 6000 mAh. That 1200 mAh difference is meaningful in practice: on an identical usage pattern, the Honor is likely to last significantly longer between charges, whether that translates to stretching a heavy-use day into two, or simply arriving at bedtime with far more reserve. For frequent travelers or users far from an outlet, this margin matters.

Wired charging speed is a straight tie — both support 90W fast charging, which means comparable time-to-full despite the Honor's larger battery. Where the Honor pulls further ahead is wireless charging: it supports it, the Poco F7 Pro does not. Wireless charging is a genuine quality-of-life feature for users with compatible pads at their desk or nightstand, eliminating cable wear and enabling effortless top-ups throughout the day. Its complete absence on the Poco is a notable gap at this price tier.

The Honor 400 Pro 5G wins the battery category decisively, combining a larger capacity with an additional charging method the Poco lacks entirely. The Poco F7 Pro's 6000 mAh is by no means a weakness in isolation — it is a solid figure — but it cannot compete with the Honor's combination of raw endurance and charging flexibility based on the available specs.

Shared ground first: both phones drop the 3.5 mm headphone jack and offer stereo speakers, so wired analog audio is off the table for both, and spatial sound from the device itself is equally available. The real differentiation in this group lies entirely in wireless audio codec support — and here the gap is meaningful for anyone who uses Bluetooth headphones seriously.

The Poco F7 Pro supports a broader codec stack: LDAC, aptX, aptX HD, and aptX Adaptive. The Honor 400 Pro carries only aptX HD. Each of these codecs matters in a different way — LDAC is Sony's high-resolution wireless standard capable of transmitting up to 990 kbps, making it the go-to for audiophiles pairing with Sony or LDAC-compatible headphones. aptX Adaptive is Qualcomm's latest generation codec, offering low-latency and variable bitrate transmission that adapts to connection conditions in real time, which benefits both music quality and gaming. The Honor's aptX HD is a capable codec, but it is a subset of what the Poco offers rather than a differentiator.

For casual listeners, this distinction may never surface in daily use. But for users who own premium wireless headphones — particularly Sony, Bose, or other LDAC or aptX Adaptive-compatible models — the Poco F7 Pro unlocks noticeably higher audio fidelity and lower latency that the Honor simply cannot match. The Poco F7 Pro takes a clear edge in audio, offering greater codec versatility and compatibility with the widest range of high-end Bluetooth audio gear.

Across the vast majority of connectivity specs, these two phones are functionally identical: both offer 5G, Bluetooth 5.4, NFC, Wi-Fi 7, dual SIM, USB Type-C, and the same peak download and upload speeds. Sensors are equally matched — gyroscope, accelerometer, compass, GPS with Galileo support, and an infrared sensor are all present on both devices. For most users, this shared foundation covers every connectivity need without compromise.

The single differentiator in this group is the Poco F7 Pro's addition of Wi-Fi 6E to its wireless stack. Wi-Fi 6E extends the Wi-Fi 6 standard into the 6 GHz frequency band, which is less congested than the 2.4 GHz and 5 GHz bands used by older standards. In environments with many competing wireless devices — dense apartment buildings, offices, or public spaces — Wi-Fi 6E can deliver more stable connections and lower latency. The Honor 400 Pro tops out at Wi-Fi 7, which is the newer standard overall, but the absence of 6E means it cannot access that specific 6 GHz band on compatible routers.

This is a narrow but real distinction. Users with a Wi-Fi 6E router who operate in high-interference environments will find the Poco F7 Pro's compatibility genuinely useful; for everyone else, the difference will be imperceptible. The Poco F7 Pro holds a slight connectivity edge in this group solely due to Wi-Fi 6E support — all other features are evenly matched between the two devices.

The Miscellaneous category offers no differentiation whatsoever between these two devices. Both have a video light, and neither features sapphire glass, a curved display, or an e-paper display. Every data point in this group is a mirror image.

This is a complete tie by every available measure. No advantage can be assigned to either the Honor 400 Pro 5G (China) or the Poco F7 Pro based on the specs provided here — this group simply plays no role in distinguishing one device from the other.