Honor 400 5G VS Honor X5c

In terms of physical footprint, the Honor 400 5G is the more compact device across every dimension — shorter at 156.5 mm vs 167 mm, narrower at 74.6 mm vs 77 mm, and slimmer at 7.3 mm vs 7.9 mm. This adds up to a meaningfully smaller overall volume (85.2 cm³ vs 101.6 cm³), which translates directly to one-handed usability and pocket comfort. Despite this, weight is virtually identical at 184 g versus 186 g, so neither phone feels lighter in the hand in any practical sense.

The most consequential design difference is water resistance: the Honor 400 5G carries a water-resistant rating, while the Honor X5c offers none. Even a basic splash or rain resistance rating provides real-world protection during everyday accidents — a wet countertop, a sudden downpour, or a spilled drink — and its absence on the X5c is a genuine vulnerability to consider. Neither phone features a rugged build or a foldable form factor, so both sit firmly in the standard candy-bar category.

Overall, the Honor 400 5G has a clear design advantage: it is more pocketable and compact, and critically, it adds water resistance that the X5c entirely lacks. Unless the larger screen real estate implied by the X5c's taller and wider frame is a priority, the 400 5G is the stronger choice purely on design merits.

The display gap between these two phones is substantial. The Honor 400 5G uses an OLED/AMOLED panel, while the Honor X5c relies on an LCD — a fundamental technology difference that affects contrast, color vibrancy, and black levels in every single interaction. OLED screens produce true blacks by switching pixels off entirely, making dark mode, night viewing, and media consumption noticeably more immersive. The X5c's LCD simply cannot replicate this, regardless of brightness settings.

Resolution compounds the gap further. The 400 5G's 460 ppi pixel density versus the X5c's 260 ppi is a difference that is plainly visible to the naked eye — text, icons, and images will appear sharper and more detailed on the 400 5G. Pair that with a 120Hz refresh rate versus 90Hz, and scrolling and animations feel meaningfully smoother. The 400 5G also supports an Always-On Display, a practical convenience the X5c lacks entirely. The X5c's slightly larger 6.74″ screen size offers marginally more canvas, but at 720p resolution that extra space comes at the cost of pixel density.

The Honor 400 5G wins this category decisively. Its OLED panel, sharper resolution, higher refresh rate, and Always-On Display capability combine to deliver a display experience that is in a different class from the X5c's basic LCD — a difference users will notice daily.

The chipset divide here is wide. The Honor 400 5G runs on a Qualcomm Snapdragon 7 Gen 3 built on a modern 4 nm process, while the Honor X5c relies on a MediaTek Helio G81 Ultra manufactured on a considerably older 12 nm node. Smaller semiconductor size translates directly to greater power efficiency and thermal headroom — meaning the 400 5G can sustain higher performance for longer without throttling. The Geekbench 6 scores make the gap concrete: the 400 5G nearly triples the X5c in single-core performance (1122 vs 420) and more than doubles it in multi-core (3256 vs 1391). These are not marginal differences — they reflect a fundamentally different tier of responsiveness in app launches, multitasking, and anything computationally intensive.

Memory tells a similar story. The 400 5G pairs 12 GB of DDR5 RAM at 3200 MHz with 512 GB of internal storage, versus the X5c's 4 GB of DDR4 at 1800 MHz and just 128 GB of storage. More RAM means more apps stay resident in memory — less reloading when switching between tasks — and the faster memory bus (25.6 GB/s vs 13.41 GB/s) accelerates data throughput across the entire system. For users who multitask, game, or store large media libraries, these differences are felt daily.

The Honor 400 5G dominates this category without qualification. Every meaningful performance metric — chipset generation, process node, benchmark scores, RAM capacity and speed, storage, and memory bandwidth — points unambiguously in its favor. The X5c's hardware is adequate for light, everyday tasks, but cannot compete at the level the 400 5G operates.

Camera hardware is one of the starkest contrasts between these two phones. The Honor 400 5G fields a dual-lens rear system at 200 MP + 12 MP, while the Honor X5c offers a single 13 MP shooter. The 200 MP main sensor captures an enormous amount of pixel data, enabling detail-rich shots and flexible cropping without quality loss — a capability the X5c's modest single lens simply cannot approach. Adding to that, the 400 5G includes optical image stabilization (OIS), which physically compensates for hand movement during shots and video recording, resulting in sharper low-light photos and smoother footage. The X5c has no OIS at all.

Selfie performance follows the same trajectory. The 400 5G's 50 MP front camera dwarfs the X5c's 5 MP unit — a tenfold resolution difference that matters for portrait detail, video calls, and cropping flexibility. The 400 5G also has a slightly wider front aperture at f/2.0 versus f/2.2 on the X5c, meaning it admits more light in dim conditions. Both phones share a solid baseline of manual controls — ISO, exposure, white balance, focus, HDR, timelapse, and panorama — so the feature parity at the software level is genuine, but the hardware executing those features is in entirely different leagues.

The Honor 400 5G takes this category comprehensively. Its higher-resolution dual rear system, OIS, and vastly superior front camera give it a decisive imaging advantage at every shooting scenario — from landscapes to portraits to low-light captures.

This is a rare category where the two phones are in complete lockstep. Both the Honor 400 5G and Honor X5c ship with Android 15 and share an identical feature set across every tracked specification — from privacy controls like location and camera/microphone permissions, to usability features like split-screen multitasking, Picture-in-Picture, dynamic theming, and offline voice recognition. Neither phone receives direct OS updates, and neither supports Wi-Fi password sharing or focus modes.

The breadth of shared features is worth noting positively for both devices: on-device machine learning, Live Text, full-page screenshots, customizable notifications, and a battery health check are all present on each. These are meaningful quality-of-life capabilities that users on either phone will benefit from equally. The privacy toolkit — app tracking blocking, clipboard warnings, and granular camera/microphone controls — is also identical, so neither phone holds an edge in data protection as specified here.

This category is a complete tie. Every single software feature in the provided data is shared between the two phones. A buyer's operating system experience will be functionally indistinguishable between the Honor 400 5G and the Honor X5c, and this group should carry no weight in a purchase decision between them.

Battery capacity is effectively a wash: the Honor 400 5G packs 5300 mAh against the Honor X5c's 5260 mAh — a 40 mAh difference that has no real-world significance. Both phones will deliver comparable endurance on a full charge, and neither holds a meaningful edge in how long they last between top-ups.

Where the two phones diverge sharply is charging speed. The 400 5G supports 66W fast charging, while the X5c is capped at 15W. In practical terms, 66W can replenish a large battery in roughly 45–60 minutes, whereas 15W charging on a similar-sized cell typically takes two and a half to three hours. For users who rely on quick top-ups during short breaks, that gap is genuinely impactful — the 400 5G spends far less time tethered to a wall. Both phones include a charger in the box and share the same structural baseline: non-removable, rechargeable batteries with no wireless charging support.

The Honor 400 5G edges this category on the strength of its charging speed alone. Capacity is too close to matter, but 66W vs 15W is a substantial real-world convenience advantage that users who travel, commute, or have unpredictable schedules will appreciate every day.

Audio is a category where each phone makes a different trade-off, and the right choice depends heavily on how you listen. The Honor 400 5G drops the headphone jack entirely but gains stereo speakers — a meaningful upgrade for anyone who consumes media, plays games, or takes calls without headphones. Stereo output creates spatial separation and noticeably fuller sound compared to a mono setup. The Honor X5c takes the opposite approach: it retains the 3.5 mm audio jack, making it immediately compatible with the vast installed base of wired headphones and earphones without any adapter, but its single speaker limits speaker-only listening to mono audio.

The X5c also includes a built-in FM radio, which the 400 5G lacks entirely. For users in regions where FM radio is practical — or those who simply want a no-data-cost listening option — this is a genuine, if niche, advantage. On the wireless audio side, both phones support aptX HD and nothing beyond it, so Bluetooth audio quality is identical between the two.

This category is too use-case-dependent for a single winner. The Honor 400 5G suits wireless-first users who prioritize better speaker audio for media and hands-free use, while the Honor X5c suits wired headphone users and those who value FM radio access. Neither phone dominates outright — the edge goes to whichever matches the buyer's listening habits.

The cellular and wireless gap is significant. The Honor 400 5G supports 5G, unlocking download speeds up to 5000 Mbps, compared to the Honor X5c's 4G-only connectivity capped at 300 Mbps. For users in 5G-covered areas, this means dramatically faster mobile data for streaming, downloads, and cloud tasks. On Wi-Fi, the 400 5G adds Wi-Fi 6 (802.11ax) support on top of the older standards both phones share, offering better throughput and reduced congestion on busy networks — an advantage the X5c, which tops out at Wi-Fi 5, cannot match. Bluetooth tells a similar story: 5.4 on the 400 5G versus 5.1 on the X5c, with newer versions generally offering improved connection stability and efficiency.

Beyond raw speeds, the 400 5G carries a broader sensor and feature set. It includes NFC — essential for contactless payments and quick device pairing — which the X5c entirely lacks. It also adds a gyroscope, compass, and infrared sensor, expanding its usefulness for navigation, motion-sensitive apps, and IR remote control functionality. The X5c counters with one practical advantage: a microSD card slot for expandable storage, which the 400 5G omits. Given the 400 5G's 512 GB built-in storage this trade-off is less painful, but for users who rely on swappable storage it is worth noting.

The Honor 400 5G holds a clear and broad advantage in this category. Its 5G support, Wi-Fi 6, NFC, newer Bluetooth, and richer sensor suite outweigh the X5c's lone expandable storage benefit across virtually every connectivity scenario a modern user is likely to encounter.

The miscellaneous spec set for these two phones is entirely identical and notably sparse. Both the Honor 400 5G and Honor X5c have a video light, and neither features a sapphire glass display, a curved display, or an e-paper display. There is simply nothing here that separates the two devices.

This category is a complete tie — the provided data offers no differentiating factor whatsoever between the two phones, and should carry no weight in a purchasing decision.