Honor 400 Pro 5G VS Oppo Reno14 Pro

Both the Honor 400 Pro 5G and the Oppo Reno14 Pro share the same core design credentials: full IP68 waterproofing, no rugged build, and a standard candy-bar form factor. For most buyers, this means identical protection against dust and submersion in water — neither phone gives ground on durability fundamentals.

Where they diverge is in their physical profile. The Reno14 Pro is measurably slimmer at 7.5 mm versus 8.1 mm, a 0.6 mm difference that is genuinely perceptible when holding the device daily — thinner phones feel more premium in hand and slide more easily into a pocket. It also shaves off 4 g (201 g vs. 205 g), and its total displaced volume of 94.36 cm³ is slightly less than the Honor's 96.47 cm³, confirming a more compact overall package despite being notably taller (163.4 mm vs. 156.5 mm). That extra height on the Reno14 Pro means a larger screen footprint is likely, but it can also make one-handed use more of a stretch.

On design, the Oppo Reno14 Pro has a clear edge: it is lighter, thinner, and more volume-efficient than the Honor 400 Pro 5G. For users who prioritize a sleek, lightweight feel, the Reno14 Pro wins this category. The Honor counters with a shorter, more one-hand-friendly height, which may appeal to those with smaller hands — but on the headline design metrics, the Oppo leads.

The single most dramatic difference between these two displays is brightness. The Honor 400 Pro 5G reaches a peak of 5000 nits, while the Oppo Reno14 Pro tops out at 600 nits — a difference so large it fundamentally changes the outdoor experience. In direct sunlight, 600 nits is functional but not effortless, whereas 5000 nits is among the highest in the industry, making glare a near non-issue. For users who frequently use their phone outside, this alone is a decisive spec.

The Reno14 Pro punches back in a few meaningful ways. It is the only one of the two with branded damage-resistant glass, offering better peace of mind against everyday scratches and drops. It also supports HDR10 and HDR10+, meaning compatible streaming content — from Netflix to YouTube — will render with wider dynamic range and more accurate color grading. The Honor 400 Pro supports neither standard, which is a notable omission for media consumption. On size, the Reno14 Pro's 6.83″ panel is slightly larger than the Honor's 6.7″, and at 450 ppi versus 460 ppi, both are sharp enough that the sharpness gap is invisible to the naked eye.

This group does not have a clean winner — it depends on use case. The Honor 400 Pro 5G dominates for outdoor visibility and raw brightness. The Reno14 Pro is the better screen for indoor media consumption, thanks to HDR10+ support and glass protection. Users who prioritize sunlight legibility should lean Honor; those who stream a lot of HDR content indoors will get more out of the Oppo.

The chipset gap here is substantial. The Honor 400 Pro 5G runs on the Snapdragon 8 Gen 3, a flagship-tier silicon, while the Oppo Reno14 Pro uses the MediaTek Dimensity 8400, a strong upper-mid-range chip. The benchmark numbers reflect this clearly: the Honor scores 2,010,000 on AnTuTu versus 1,675,100 for the Oppo — roughly a 20% lead. Geekbench 6 single-core results tell a similar story (2213 vs. 1571), which matters for everyday responsiveness: app launches, UI animations, and any task that relies on a single fast core will feel snappier on the Honor. The Snapdragon also benefits from a larger 12 MB L3 cache (versus 6 MB) and higher memory bandwidth at 76.6 GB/s, both of which reduce latency in memory-intensive workloads like gaming and photo processing.

The Reno14 Pro answers with two practical advantages: 16 GB of RAM versus 12 GB, and 1 TB of internal storage versus 512 GB. More RAM means more apps can stay loaded in the background simultaneously — useful for heavy multitaskers — and double the storage is a genuine differentiator for users who store large media libraries locally without relying on the cloud. Its 4 memory channels (versus 2) is also a noteworthy architectural detail, though this advantage is offset by the lower per-channel bandwidth.

For raw processing power, the Honor 400 Pro 5G has a clear edge — its Snapdragon 8 Gen 3 is a generational step above in CPU and GPU performance, and the benchmark margins are too wide to dismiss. However, users who need maximum storage headroom or aggressive multitasking will find the Reno14 Pro's 1 TB / 16 GB configuration more practical for their daily workflow.

The main camera story is defined by two very different philosophies. The Honor 400 Pro 5G leads with a 200 MP primary sensor — one of the highest resolutions available on any smartphone — paired with a 50 MP and a 12 MP lens. That 200 MP sensor enables extreme detail retention and aggressive cropping without visible quality loss, which is a genuine advantage for users who frequently reframe or enlarge shots after the fact. The Oppo Reno14 Pro takes a more balanced approach with a 50 & 50 & 50 MP triple system, meaning all three lenses are high-resolution — there is no weak link in the chain. In practice, consistency across zoom levels often matters as much as a single headline number.

Zoom and aperture tip slightly in the Reno14 Pro's favor. Its 3.5x optical zoom outreaches the Honor's 3x, and its main lens aperture of f/1.8 is marginally wider than the Honor's f/1.9, meaning fractionally more light captured in low-light conditions. Neither difference is dramatic in isolation, but together they give the Oppo a modest edge in telephoto reach and night shooting. On the selfie side, the Honor counters with a dual front camera (50 & 2 MP) versus the Reno14 Pro's single 50 MP shooter — useful for portrait-mode depth effects on selfies. All other shooting capabilities — OIS, phase-detection autofocus, slow motion, HDR — are shared equally.

This category is genuinely split by use case. The Honor 400 Pro 5G wins for users who prioritize maximum resolution and creative flexibility from the primary lens, plus dual-camera selfies. The Reno14 Pro is the stronger all-rounder, offering a more uniform triple-lens rear system, slightly better low-light aperture, and greater optical zoom reach. Neither has an outright camera superiority — the right choice depends on what kind of photography matters most.

Rarely does a spec group produce a result this unambiguous: across every single data point provided, the Honor 400 Pro 5G and the Oppo Reno14 Pro are identical. Both ship with Android 15, both lack direct OS updates, and both offer the same comprehensive feature set — split-screen multitasking, Picture-in-Picture, dark mode, dynamic theming, on-device machine learning, offline voice recognition, and a full suite of privacy controls including location, camera, and microphone permissions.

The shared gaps are worth noting too. Neither phone offers Wi-Fi password sharing, cross-site tracking protection, focus modes, Mail Privacy Protection, or the ability to function as a PC. These are consistent omissions across both devices, so no advantage accrues to either side.

This group is an absolute tie. No differentiation exists in the provided data — a user choosing between these two phones on software alone has no reason to favor one over the other. The decision will have to rest entirely on the other specification groups.

Battery capacity is close but not equal: the Oppo Reno14 Pro edges ahead with 6200 mAh against the Honor 400 Pro 5G's 6000 mAh. A 200 mAh difference is modest — translating to perhaps 15–30 minutes of additional screen-on time under typical use — so it is a real but not transformative advantage for the Reno14 Pro on longevity alone.

Wired charging speed flips the advantage back to the Honor. At 100W, it charges significantly faster than the Reno14 Pro's 80W, meaning meaningfully shorter time tethered to a cable — a real quality-of-life difference for users who charge in short bursts throughout the day. Both phones match on 50W wireless charging, which is genuinely fast for cable-free topping up. Where the Honor further pulls ahead is with reverse wireless charging — a feature the Reno14 Pro entirely lacks — allowing the Honor to act as a wireless charging pad for earbuds or a smartwatch, adding a layer of ecosystem utility the Oppo cannot match.

On balance, the Honor 400 Pro 5G has the edge in this category. The Reno14 Pro's slightly larger battery is a marginal gain, but the Honor counters with faster wired charging and the exclusive addition of reverse wireless charging — two features that have a more tangible impact on daily convenience than a 200 mAh capacity difference.

Audio is largely common ground between these two phones. Both drop the 3.5mm headphone jack, rely on stereo speakers for built-in sound, and share support for aptX HD — a Bluetooth codec that transmits high-resolution audio wirelessly at up to 576 kbps, offering a noticeable quality step above standard Bluetooth for compatible headphones. Neither supports LDAC, aptX Adaptive, or aptX Lossless, and neither includes a radio.

The only differentiator in this group is that the Oppo Reno14 Pro also supports aptX (the base codec) in addition to aptX HD. In practice, this is a minor addition — aptX HD is the superior codec and the one that will be used whenever the connected headphones support it. Standard aptX only becomes relevant as a fallback with older headphones that lack aptX HD support, making it a narrow compatibility convenience rather than a meaningful audio upgrade.

This group is effectively a tie. The Reno14 Pro's extra aptX base support is too situational to constitute a real advantage — any headphones worth pairing with a premium phone in 2025 are likely to support aptX HD regardless. Users focused on audio quality should weigh both phones equally on these specs alone.

The most impactful difference in this group is Wi-Fi generation. The Honor 400 Pro 5G supports Wi-Fi 7 (802.11be), while the Oppo Reno14 Pro tops out at Wi-Fi 6E. Wi-Fi 7 delivers significantly higher theoretical throughput, lower latency, and better performance in congested environments — and the real-world download speed figures reflect this directly: the Honor reaches up to 10,000 Mbps versus the Reno14 Pro's 5,170 Mbps. For most everyday tasks this headroom goes unused, but for users on a Wi-Fi 7 router or those transferring large files locally, the Honor has a meaningful future-proofing advantage here.

Sensor coverage splits in an interesting way. The Reno14 Pro includes a gyroscope, which the Honor 400 Pro lacks — a notable omission, as gyroscopes enable features like image stabilization assistance, augmented reality apps, and accurate motion gaming. The Honor counters by being the only one of the two without a gyroscope, but adds no unique sensor in return on the provided data. Both phones share NFC, GPS, compass, accelerometer, infrared sensor, Bluetooth 5.4, dual SIM, fingerprint scanner, and USB Type-C — a well-rounded common baseline.

Overall, the Honor 400 Pro 5G has a connectivity edge thanks to Wi-Fi 7 and its substantially higher peak download speed. However, the Reno14 Pro's gyroscope is a genuine functional gap on the Honor's side — one that affects specific but real use cases like AR and motion-sensitive apps. Connectivity-focused buyers should lean Honor; those who rely on motion-based applications will notice the Honor's missing gyroscope.

The Miscellaneous group offers no differentiation whatsoever between these two devices. The Honor 400 Pro 5G and the Oppo Reno14 Pro are identical across every data point provided: both have a video light, and neither features sapphire glass, a curved display, or an e-paper display.

This is a complete tie. With only four data points in this group and all four matching, there is simply no basis on which to favor one phone over the other here. Buyers should look to the other specification groups to inform their decision.