Oppo Reno14 VS Oppo Reno14 Pro

Both the Oppo Reno14 and Reno14 Pro share the same core protective credentials: an IP68 rating, meaning both are fully waterproof and can withstand submersion in fresh water. Neither adopts a rugged or foldable form factor, so from a durability-and-protection standpoint, the two phones are effectively tied.

Where they diverge is in physical footprint. The Reno14 Pro is noticeably larger across every dimension — 163.4 mm tall versus 157.9 mm, 77 mm wide versus 74.7 mm, and 7.5 mm thick versus 7.3 mm — resulting in a total volume of 94.4 cm³ compared to 86.1 cm³. That extra bulk is also reflected in the weight: the Pro tips the scales at 201 g against the standard model's 187 g, a difference of 14 g that is perceptible during extended one-handed use or all-day pocket carry.

For users who prioritize a more compact, lighter handset, the standard Reno14 holds a clear ergonomic edge. The Pro's larger body is likely a consequence of accommodating a bigger display or battery — trade-offs that may well justify the added size — but purely on design comfort and portability, the Reno14 is the more pocketable of the two.

The display foundations are nearly identical: both phones use an OLED/AMOLED panel with a 120Hz refresh rate, damage-resistant glass, and Always-On Display support. The Reno14 Pro is larger at 6.83″ versus 6.59″, and while its pixel density dips slightly to 450 ppi from the standard model's 460 ppi, the difference is functionally invisible to the human eye — both screens are exceptionally sharp in everyday use.

The more meaningful distinction lies in HDR support. The Reno14 Pro carries both HDR10 and HDR10+ certification, while the standard Reno14 supports neither. In practice, this means the Pro can render a wider range of brightness and contrast when streaming HDR-flagged content from compatible platforms, producing deeper blacks and more vibrant highlights in supported video. For users who regularly consume high-quality streaming content, this is a genuine, visible difference rather than a paper spec.

The Reno14 Pro holds a clear edge in this category. Its larger canvas combined with HDR10+ support makes it the stronger media consumption device. The standard Reno14 is no slouch — its slightly higher pixel density and identical refresh rate keep it competitive — but the absence of any HDR support is a tangible limitation for display-focused buyers.

The chipset is where the two phones genuinely diverge. The Reno14 runs on the MediaTek Dimensity 8350, while the Pro steps up to the Dimensity 8400 — and the benchmark numbers make the gap concrete. The Pro scores 1,675,100 on AnTuTu versus 1,327,873 on the standard model, a roughly 26% lead that translates to snappier app launches, smoother multitasking under load, and more headroom for sustained performance in demanding tasks. The Geekbench 6 multi-core result tells a similar story: 6,033 versus 4,700, confirming the Pro's CPU cluster is meaningfully faster when all cores are working together.

A few spec inversions are worth unpacking. The standard Reno14 has a faster RAM speed at 8533 MHz compared to the Pro's 4267 MHz, and its GPU clock runs higher at 1400 MHz versus 1300 MHz. However, the Pro counters with the newer Mali G720 MC7 GPU — a more architecturally advanced unit than the Reno14's Mali G615 MC6 — and a larger 6 MB L3 cache versus 4 MB, which helps sustain performance by reducing costly memory fetches. The net result is that the Pro's GPU advantage is structural rather than clock-speed-driven, and in real-world gaming or graphics workloads it is the more capable processor.

Storage and RAM parity — both at 16 GB and 1 TB — means neither phone has an advantage in day-to-day capacity. Taken together, the Reno14 Pro holds a clear performance edge: its newer chipset delivers substantially higher throughput in both CPU and GPU workloads, and for users who push their phone hard through gaming, video editing, or heavy multitasking, that advantage is real and measurable.

The camera systems on these two phones are nearly mirror images of each other — same 50MP front camera, identical OIS, phase-detection autofocus, 4K/60fps video, and the same 3.5x optical zoom. The meaningful separation comes down to a single lens: the third rear camera. On the standard Reno14 it is an 8MP shooter at f/2.2, while the Pro replaces it with a 50MP sensor at a slightly wider f/2.0 aperture. That is not a minor spec bump — it represents a dramatically higher-resolution auxiliary lens that retains far more detail in zoomed or cropped shots and performs better in lower light thanks to the marginally wider aperture.

Everything else in the feature set is shared: both phones support slow-motion, HDR mode, manual controls for ISO, exposure, focus, and white balance, and panorama shooting. The symmetry extends to what neither phone offers — no HDR10 video recording, no laser autofocus, and no dual-tone flash. For the vast majority of shooting scenarios, the two phones will produce comparable results.

Still, the Reno14 Pro holds a clear camera edge. A 50MP tertiary lens versus an 8MP one is a substantial resolution advantage that directly impacts the quality of zoom photography and any scenario where that third camera is the primary capture tool. Users who regularly shoot with auxiliary lenses — for portraits, telephoto, or macro-style work — will notice the difference in sharpness and cropping flexibility.

On the software front, these two phones are completely identical. Both run Android 15 and share every single feature in this category — from privacy controls like location and camera/microphone permissions to productivity tools like split-screen, Picture-in-Picture, and full-page screenshots. Neither receives direct OS updates, and neither supports Wi-Fi password sharing or focus modes.

The feature set they do share is well-rounded: on-device machine learning, dynamic theming, offline voice recognition, Live Text, and multi-user support cover the needs of most users comprehensively. The privacy toolkit — clipboard warnings, app tracking blocks, and granular notification permissions — reflects a solid Android 15 baseline that both phones benefit from equally.

This category is an unambiguous tie. There is not a single software differentiator between the Reno14 and Reno14 Pro based on the provided specs — a buyer choosing between these two phones should look entirely to other categories like performance, display, or cameras to make their decision.

Wired charging is a dead heat: both phones support 80W fast charging, meaning top-up speeds from a cable are identical. The battery capacity is close too — 6200 mAh on the Pro versus 6000 mAh on the standard Reno14. A 200 mAh difference at this size of battery is marginal in practice, translating to perhaps 15–20 minutes of additional screen-on time at most. For longevity day-to-day, both phones are firmly in the all-day-and-then-some category.

Where the Pro pulls ahead is wireless charging — a feature the standard Reno14 simply does not have. The ability to drop the phone on a charging pad without reaching for a cable is a genuine quality-of-life convenience, particularly for users with wireless chargers on a desk or nightstand. It is not a performance advantage, but it adds flexibility to how and where the phone can be charged.

The Reno14 Pro has the edge in this category, primarily due to wireless charging support. The capacity difference is too small to meaningfully affect real-world endurance, but the Pro's charging flexibility gives it a practical advantage that the Reno14 cannot match.

Audio is another category where the two phones are completely indistinguishable on paper. Both drop the 3.5mm headphone jack — increasingly standard in this segment — and both offer stereo speakers for media playback. Wireless audio codec support is identical too: aptX and aptX HD are present on both, while LDAC, aptX Adaptive, and aptX Lossless are absent from each.

The codec situation is worth contextualizing. aptX HD is a respectable high-resolution Bluetooth codec capable of streaming 24-bit audio at up to 576 kbps, which is sufficient for audiophile-grade wireless listening on compatible headphones. The absence of LDAC — Sony's higher-bandwidth alternative favored by premium Android users — means neither phone reaches the absolute ceiling of wireless audio quality, but both sit comfortably above the standard SBC/AAC baseline.

This is a straightforward tie. Every audio specification is shared between the Reno14 and Reno14 Pro, and neither holds any advantage over the other in this category. Buyers who prioritize audio should weigh both phones equally here and focus their decision on other differentiating factors.

Across the broad sweep of connectivity features, these two phones are remarkably alike. Both support 5G, Bluetooth 5.4, NFC, dual SIM, USB Type-C, and an identical sensor suite including gyroscope, accelerometer, compass, infrared sensor, and GPS with Galileo support. The shared USB 2.0 standard on both is a notable ceiling — neither phone supports faster USB 3.x data transfer or video output — but this is a limitation they carry equally.

The sole differentiator in this category is Wi-Fi. The Reno14 Pro adds Wi-Fi 6E (802.11ax) to the standard tri-band stack that the Reno14 tops out at with Wi-Fi 6. Wi-Fi 6E opens access to the 6 GHz band, which is less congested than the 2.4 GHz and 5 GHz bands used by Wi-Fi 6. In environments with many competing devices — dense apartment buildings, offices, or public spaces — this translates to more consistent speeds and lower latency for users with a compatible 6E router.

The Reno14 Pro has a narrow but real edge here, purely on the strength of Wi-Fi 6E. For most users in typical home environments, the practical difference will be negligible. But for those who have already invested in a Wi-Fi 6E router or work in congested wireless environments, the Pro's additional band support is a worthwhile future-facing advantage.

The miscellaneous specs for these two phones are completely identical — both feature a video light, and neither has a sapphire glass display, curved display, or e-paper display. There is nothing here to separate them.

This is a complete tie. The data in this category offers no basis for preferring one phone over the other, and buyers should weigh their decision entirely on the more substantive differences found in other spec groups such as performance, cameras, and battery.