Honor 400 Pro 5G VS Vivo X200 FE

In terms of form factor, the Vivo X200 FE is the more compact and pocketable of the two. At 186 g and 150.8 × 71.8 × 8 mm, it is noticeably lighter and narrower than the Honor 400 Pro, which weighs 205 g and measures 156.5 × 76.1 × 8.1 mm. That 19-gram difference and the narrower width translate directly to more comfortable one-handed use and less fatigue during extended sessions — a meaningful real-world advantage for users who prioritize ergonomics.

On water protection, the specs reveal an interesting nuance. Despite the Honor 400 Pro being marketed as ″Waterproof″ versus the Vivo X200 FE's ″Water resistant″ label, the actual ingress protection ratings tell a different story: the Vivo carries an IP69 rating while the Honor holds IP68. IP69 certifies resistance to high-pressure, high-temperature water jets — a more demanding test than the sustained-submersion focus of IP68. In practical everyday terms both phones handle rain, splashes, and brief immersion comfortably, but the Vivo's IP69 technically represents a higher-tier certification, making the Honor's ″Waterproof″ marketing label somewhat misleading by comparison.

Both devices share a standard, non-rugged, non-foldable build, so neither targets the outdoor-specialist segment. Overall, the Vivo X200 FE holds a clear edge in this group: it is lighter, more compact, and carries the superior IP rating, making it the better-designed device from a portability and protection standpoint according to the available data.

Both phones use an OLED/AMOLED panel with a 120Hz refresh rate and Always-On Display support, so the fundamental display experience — deep blacks, vibrant colors, and smooth scrolling — is shared ground. The pixel density is virtually identical too, at 460 ppi for the Honor 400 Pro and 461 ppi for the Vivo X200 FE, meaning sharpness is indistinguishable to the human eye on either device.

The clearest differentiator is screen size. The Honor 400 Pro's 6.7″ panel gives it a larger canvas for media consumption, multitasking, and reading, while the Vivo X200 FE's 6.31″ screen pairs with its more compact body — a trade-off that comes down to user preference rather than a clear quality gap. Neither device supports HDR10+, HDR10, or Dolby Vision, which is a shared limitation worth noting for users who regularly stream HDR content from services that rely on those certifications.

The decisive differentiator in this group is durability: the Vivo X200 FE ships with branded damage-resistant glass, while the Honor 400 Pro does not. In real-world use, this means the Vivo's screen is meaningfully better protected against scratches and accidental drops. Combined with its already superior IP69 rating from the Design specs, it reinforces a pattern of stronger build resilience. The Honor edges ahead purely on screen real estate, but the Vivo X200 FE holds the overall display group advantage thanks to its scratch-resistant glass protection.

These two phones sit on different silicon foundations — the Honor 400 Pro runs on the Qualcomm Snapdragon 8 Gen 3, while the Vivo X200 FE is powered by the MediaTek Dimensity 9300 Plus — and the benchmark results reflect a genuinely split picture. The Honor pulls decisively ahead in AnTuTu, scoring 2,010,000 against the Vivo's 1,793,117, a gap of roughly 12% that points to stronger sustained, multi-workload throughput. However, the Vivo flips the script in Geekbench 6, edging out the Honor in both single-core (2302 vs 2213) and multi-core (7547 vs 7325) results, suggesting its CPU handles per-core efficiency tasks slightly better.

Digging deeper, the Vivo's cache architecture is considerably more generous — 8 MB L2 and 18 MB L3 versus the Honor's 1 MB L2 and 12 MB L3. Larger cache reduces latency for frequently accessed data, which benefits complex apps, gaming, and rapid task-switching in ways that raw clock speeds alone don't capture. On the GPU side, the Vivo's Immortalis-G720 MC12 runs at a notably higher clock of 1300 MHz compared to the Adreno 750's 900 MHz, though GPU architecture differences mean clock speed alone isn't a direct performance proxy. Both devices match on RAM (12 GB), storage (512 GB), memory bandwidth (~76.7 GB/s), and process node (4 nm), so those are non-factors here.

Calling an outright winner in this group is genuinely difficult given the conflicting signals. The Honor 400 Pro has the edge in overall system performance as measured by AnTuTu, which best represents real-world mixed workloads like gaming and heavy multitasking. But the Vivo X200 FE's superior cache depth and Geekbench scores suggest it can be snappier in CPU-bound, latency-sensitive tasks. For gaming-heavy users, the Honor's AnTuTu lead is the more relevant figure; for everyday app responsiveness, the Vivo holds its own — making this group effectively a context-dependent tie.

The rear camera systems share the same triple-lens layout, 3x optical zoom, OIS, and an identical feature set covering phase-detection autofocus, slow-motion, HDR, and a full suite of manual controls. Where they diverge sharply is in the main sensor: the Honor 400 Pro leads with a 200 MP primary shooter, compared to the Vivo X200 FE's 50 MP main lens. A 200 MP sensor enables much more aggressive computational cropping and delivers exceptional detail when shooting in full resolution — particularly useful for large prints or heavy post-processing. That said, megapixel count alone doesn't determine image quality, and the Vivo counters with laser autofocus, which the Honor lacks. Laser AF locks focus faster and more reliably in challenging conditions like low contrast scenes or moving subjects, which is a tangible real-world advantage.

For selfie shooters, the Honor 400 Pro again takes a broader approach with a dual front camera (50 MP + 2 MP) versus the Vivo's single 50 MP front lens. The secondary front sensor on the Honor likely serves a depth-sensing function for portrait mode, though the practical impact depends on software implementation — both front cameras share the same primary resolution. The aperture figures across both rear systems are closely matched as well, so neither phone has a structural light-gathering advantage on that metric.

On balance, the Honor 400 Pro 5G holds the edge in this group. Its headline 200 MP main sensor and dual front camera give it a clear specification lead for users who prioritize maximum detail and selfie versatility. The Vivo X200 FE's laser autofocus is a meaningful practical advantage, but it is one feature against a broader hardware lead. Photographers who shoot in dynamic conditions may appreciate the Vivo's faster focus acquisition, but for sheer imaging ambition on paper, the Honor leads this category.

This is a rare case where the data leaves no room for differentiation: every single operating system specification listed is identical between the Honor 400 Pro 5G and the Vivo X200 FE. Both ship with Android 15 and neither receives direct OS updates — meaning software patches and version upgrades are routed through the respective manufacturer's own update pipeline rather than arriving straight from Google. For users who value timely security patches, this is a shared limitation worth keeping in mind.

On the privacy and productivity front, both devices offer the same toolkit: location privacy controls, camera and microphone permission management, app tracking blocking, on-device machine learning, and customizable notifications. Practically useful features like split-screen multitasking, Picture-in-Picture, dynamic theming, and offline voice recognition are present on both. Neither supports Wi-Fi password sharing, cross-site tracking protection, focus modes, or PC desktop mode — again, shared gaps across the board.

With no divergence across any data point in this group, the Operating System category is an unambiguous tie. A buyer's software experience will hinge entirely on each brand's own Android skin — Honor's MagicOS and Vivo's OriginOS — but since those customization layers fall outside the provided specs, this group offers no basis to favor either device.

Battery capacity is close but meaningfully different: the Vivo X200 FE packs a 6500 mAh cell versus the Honor 400 Pro's 6000 mAh. That 500 mAh gap — roughly 8% more capacity — translates to a modest but real extension in screen-on time and overall endurance, particularly valuable for heavy users who push their phone through full days without easy access to a charger. Both are large batteries by any standard, so neither phone should struggle with daily longevity.

Charging tells the reverse story. The Honor 400 Pro supports 100W wired fast charging and adds wireless charging — a combination the Vivo X200 FE cannot match. The Vivo's 90W wired speed is still fast in absolute terms, but the 10W deficit means slightly longer top-up times, and the complete absence of wireless charging removes a convenience feature that many users rely on for desk or nightstand charging. Both phones ship with a charger included, which remains worth noting as it is no longer universal across the industry.

This group ends in a genuine trade-off rather than a clear overall winner. The Vivo X200 FE wins on raw endurance with its larger 6500 mAh battery, while the Honor 400 Pro wins on charging flexibility with faster wired speeds and exclusive wireless charging support. Users who prioritize going longer between charges will lean toward the Vivo; those who value rapid refueling and wire-free convenience will prefer the Honor.

Wired audio users will find the same compromise on both devices — neither the Honor 400 Pro nor the Vivo X200 FE includes a 3.5 mm headphone jack, pushing listeners toward Bluetooth or USB-C audio. On the wireless side, both support aptX HD, which enables high-resolution Bluetooth audio streaming with reduced latency, a solid baseline for users with compatible headphones. Shared features extend to stereo speakers and the absence of a radio, LDAC, aptX Adaptive, and aptX Lossless.

The sole differentiator in this group is the Vivo X200 FE's additional support for standard aptX, which the Honor 400 Pro lacks. In practice, aptX provides broader compatibility with a wider range of Bluetooth audio devices that support it but not the higher-tier aptX HD. This means the Vivo is more likely to establish an enhanced-quality Bluetooth connection across a larger ecosystem of headphones, speakers, and earbuds — whereas the Honor is limited to aptX HD-certified devices to access above-baseline wireless audio quality.

The audio group goes to the Vivo X200 FE by a narrow margin. Both phones share the same speaker setup and core codec support, but the Vivo's additional aptX compatibility makes it the more versatile choice for Bluetooth audio, covering a broader range of devices without sacrificing the aptX HD capability they share. It is a small but real advantage for wireless audio enthusiasts.

The connectivity foundations are nearly identical: both phones offer 5G, Wi-Fi 7, Bluetooth 5.4, NFC, dual SIM, USB Type-C, and the same 10 Gbps peak download speeds. That shared baseline is strong — Wi-Fi 7 and Bluetooth 5.4 represent current-generation standards, ensuring future-ready wireless performance and stable, low-latency connections. One notable edge for the Honor 400 Pro is its additional support for Wi-Fi 6E, which gives it access to the less congested 6 GHz band on compatible routers — a practical benefit in dense environments like apartments or offices where the 5 GHz band is crowded.

Two specs diverge meaningfully. On upload speed, the Vivo X200 FE nearly doubles the Honor 400 Pro — 7000 Mbps versus 3500 Mbps — a significant gap for users who upload large files, stream live video, or use cloud backup intensively. More quietly impactful is the sensor gap: the Vivo includes a gyroscope while the Honor does not. A gyroscope is essential for smooth augmented reality experiences, accurate screen rotation, and precise motion-based gaming — its absence on the Honor is a real functional limitation for users who rely on those capabilities.

This group goes to the Vivo X200 FE. The Honor's Wi-Fi 6E support is a meaningful connectivity advantage, but the Vivo's doubled upload speed ceiling and the inclusion of a gyroscope represent broader and more impactful real-world gains. Losing the gyroscope in particular is a hardware omission that software cannot compensate for, making the Vivo the stronger all-around performer in connectivity and features.

The Miscellaneous group is the second clean sweep of this comparison — every data point is identical across both devices. The Honor 400 Pro 5G and the Vivo X200 FE both include a video light, and neither features a sapphire glass display, a curved screen, or an e-paper panel. With no differentiators present anywhere in this category, there is simply no basis to favor one phone over the other.

This is an unambiguous tie. Any purchasing decision will need to rest on the meaningful differences surfaced in other spec groups — design, cameras, performance, and connectivity — as this category contributes nothing to separate the two devices.