Motorola Moto G67 Power VS Oppo F31 5G

The most meaningful differentiator in this group is water protection. The Oppo F31 5G carries an IP68 rating, meaning it is fully waterproof and can withstand submersion in water — typically up to 1.5 meters for 30 minutes. The Motorola Moto G67 Power, by contrast, is rated IP64, classifying it as merely water resistant: it can handle splashes and dust but should never be submerged. For users who frequently use their phone near pools, in the rain, or in humid environments, this is a practically significant gap.

Form factor is the other area where the two diverge noticeably. The F31 5G is considerably more compact and lighter — 185 g versus the G67 Power's 210 g, and a slimmer 8 mm thickness versus 8.6 mm. Its smaller overall volume (94.92 cm³ vs 109.34 cm³) makes it meaningfully easier to pocket and handle one-handed over long periods. A 25 g weight difference is noticeable during extended use or when carrying the phone all day.

Both phones share a conventional, non-folding slab design with no rugged build certification beyond their respective IP ratings. Overall, the Oppo F31 5G holds a clear edge in this group: it is lighter, more compact, and offers superior water protection — three attributes that directly affect everyday comfort and durability.

Panel technology is the defining split here. The Moto G67 Power uses an IPS LCD, while the Oppo F31 5G deploys an OLED/AMOLED panel — a fundamental difference that shapes the entire viewing experience. OLED produces true blacks by switching off individual pixels, delivers richer contrast, and renders colors with greater vibrancy than LCD. The F31 5G also reports a typical brightness of 600 nits, whereas the G67 Power lists 0 nits for that figure — meaning no comparable brightness data is available for it. The F31 5G's 600-nit output is a solid result for outdoor legibility in direct sunlight.

Where the two phones converge is resolution and refresh rate. Both run at 1080p resolution and a 120Hz refresh rate, so scrolling and animations feel equally fluid on either device. Pixel density is virtually identical — 391 ppi on the G67 Power versus 397 ppi on the F31 5G — making sharpness a non-issue on both. The G67 Power's slightly larger 6.7″ screen offers more screen real estate, which matters for media consumption and multitasking.

One further advantage for the F31 5G is its 240Hz touch sampling rate, compared to no reported value for the G67 Power. A higher touch sampling rate translates to more responsive, lower-latency input — perceptible especially in gaming or fast-scrolling scenarios. The G67 Power counters with HDR10 support, though this benefit is partly diminished by the inherent HDR performance advantages of OLED panels. On balance, the Oppo F31 5G has a clear display edge due to its superior panel technology, known brightness output, and higher touch responsiveness.

The silicon gap between these two phones is substantial. The Moto G67 Power runs on Qualcomm's Snapdragon 7s Gen 2, built on a 4 nm process node, while the Oppo F31 5G is powered by MediaTek's Dimensity 6300 on a 6 nm node. A smaller process node generally means greater power efficiency and thermal headroom — the G67 Power's chip can do more while generating less heat. The Geekbench 6 scores confirm a meaningful real-world gap: the G67 Power posts 1015 (single-core) and 2970 (multi-core), against the F31 5G's 782 and 2012 respectively. That roughly 30% lead in both categories translates to snappier app launches, smoother multitasking, and better sustained performance under load.

Memory architecture reinforces the G67 Power's advantage further. It uses LPDDR5 RAM running at 3200 MHz with a maximum bandwidth of 25.6 GB/s, versus the F31 5G's LPDDR4 at 2133 MHz and 17.07 GB/s. Faster memory bandwidth directly benefits tasks like gaming, video processing, and rapid app switching — areas where data needs to move between the CPU and RAM quickly. The G67 Power also supports up to 16 GB of RAM versus the F31 5G's 12 GB ceiling, giving it more headroom for future-proofing if higher RAM configurations become available.

Both phones ship with identical 8 GB RAM and 256 GB storage out of the box, and share the same 8-thread big.LITTLE CPU architecture. GPU clock speeds are nearly identical (~940–950 MHz), so neither holds a clear edge in raw GPU frequency alone. That said, the combination of a more advanced process node, faster memory, and significantly higher benchmark scores gives the Moto G67 Power a decisive performance advantage in this group across virtually every meaningful dimension.

Both phones lead with a 50 MP primary sensor and match each other on video capability, topping out at 4K at 30fps, with phase-detection autofocus, slow-motion support, and an identical set of manual controls. The meaningful differences emerge in the supporting hardware. The G67 Power's secondary rear camera clocks in at 8 MP — almost certainly an ultrawide — compared to the F31 5G's 2 MP depth sensor, which contributes little beyond background blur in portrait mode. An 8 MP ultrawide is a genuinely usable second lens; a 2 MP depth sensor is largely a spec-sheet entry.

Aperture figures slightly favor the G67 Power as well. Its main lens opens to f/2.2 versus the F31 5G's f/2.4, which means marginally more light reaches the sensor — a modest but real advantage in low-light shooting. The front camera gap is more pronounced: the G67 Power offers a 32 MP selfie shooter at f/2.2, while the F31 5G ships with a 16 MP sensor behind a narrower f/2.4 aperture. For users who prioritize selfie quality or video calls, the G67 Power holds a clear lead in both resolution and light intake.

Rounding out the hardware differences, the G67 Power has 2 flash LEDs to the F31 5G's single LED, which generally produces more even and natural-looking flash illumination. Neither phone offers OIS or optical zoom, so both share the same constraints there. On balance, the Moto G67 Power has a clear camera advantage in this group — its more capable secondary lens, higher-resolution front camera, wider apertures, and dual-LED flash collectively add up to a more versatile imaging package.

This is a rare group where the data tells a clear story: across every single specified feature, the Motorola Moto G67 Power and the Oppo F31 5G are completely identical. Both ship with Android 15 and share the same full feature set — from privacy controls like location and camera/microphone permissions, to productivity features like split-screen, picture-in-picture, and offline voice recognition.

Notably, both phones share the same limitations too. Neither gets direct OS updates from Google, meaning software patches are routed through the respective manufacturers — a factor that can affect the speed and longevity of update support. Neither supports Wi-Fi password sharing, cross-site tracking blocking, focus modes, or PC-mode functionality. These absences apply equally to both devices and do not differentiate them.

Given the spec-for-spec parity across all provided data points, this group is a complete tie. A user choosing between these two phones will experience no meaningful software feature difference based on the available data — the decision will need to rest on the advantages identified in other specification groups.

At first glance, the battery specs look nearly identical — both phones pack a substantial 7000 mAh cell, which places them firmly in the endurance-focused tier of the market. A battery of this capacity is designed to comfortably last well beyond a single day for most users. Neither device supports wireless or reverse wireless charging, and both have non-removable batteries, so those shared limitations cancel each other out entirely.

The single — but significant — differentiator is charging speed. The Oppo F31 5G supports 80W fast charging, compared to the Moto G67 Power's 30W. That gap is not marginal; it represents a fundamentally different refueling experience. At 80W, a 7000 mAh battery can realistically be brought from near-empty to a usable charge in under an hour, whereas 30W will take considerably longer to cover the same ground. For users who rely on quick top-ups between meetings or commutes, this difference is felt daily.

The result is a split verdict within this group: on raw battery capacity, it is an exact tie. But on charging practicality, the Oppo F31 5G holds a decisive edge — its 80W charging speed makes the shared 7000 mAh cell far more convenient to replenish, effectively reducing the penalty of carrying a large battery.

Both phones include stereo speakers, putting them on equal footing for built-in audio output. The split comes with wired and wireless audio. The Moto G67 Power retains a 3.5 mm headphone jack — increasingly rare in modern smartphones — making it immediately compatible with any wired headphones or earphones without an adapter. The Oppo F31 5G drops the jack entirely, which forces wired headphone users to rely on a USB-C adapter or go wireless.

The F31 5G compensates on the wireless audio front, however. It supports aptX, aptX HD, and LDAC — three high-quality Bluetooth audio codecs that the G67 Power lacks entirely. LDAC in particular is Sony's high-resolution codec capable of transmitting up to three times more data than standard Bluetooth audio, delivering near-lossless quality to compatible wireless headphones. aptX HD similarly targets audiophile-grade wireless playback. For users who have invested in premium Bluetooth headphones that support these codecs, the F31 5G will extract meaningfully better audio quality over wireless.

This group ultimately comes down to how you listen. The G67 Power is the better choice for wired headphone users, offering plug-and-play convenience with no dongles needed. The F31 5G is the stronger pick for wireless listeners who own high-end Bluetooth headphones. Since both serve legitimate user needs, this group is effectively tied — with the advantage shifting depending entirely on whether a given user prioritizes wired convenience or high-fidelity wireless audio.

Across the core connectivity checklist — 5G, dual SIM, NFC, USB-C, Wi-Fi 5, GPS, and Galileo — these two phones are identical, and both cover the essentials well for a modern mid-range device. The differences, while fewer, are worth noting. The Oppo F31 5G runs Bluetooth 5.4 versus the Moto G67 Power's 5.1, a newer version that brings improvements in connection stability and energy efficiency — particularly relevant given the F31 5G's high-fidelity wireless audio codec support noted in other groups. The F31 5G also edges ahead on peak cellular download speeds, rated at 3300 Mbps compared to the G67 Power's 2900 Mbps, though in practice both figures far exceed what real-world 5G networks typically deliver.

The G67 Power counters with one meaningful exclusive: it includes a gyroscope, which the F31 5G lacks. A gyroscope enables accurate motion-based gaming, augmented reality applications, and more precise screen rotation — its absence on the F31 5G is a genuine functional gap for users who engage with these use cases. Both phones share the accelerometer and compass, but without a gyroscope, the F31 5G is limited in its ability to detect rotational movement.

The result is a near-balanced group with targeted trade-offs on each side. The F31 5G holds a modest lead in Bluetooth version and download speed ceiling; the G67 Power holds a practical advantage with its gyroscope. On aggregate, this group is essentially tied, with each phone offering one meaningful connectivity feature the other lacks — making the deciding factor dependent on whether motion-sensing capability or a newer Bluetooth standard matters more to the individual user.

The Miscellaneous group offers very little to analyze — all four provided data points are identical across the Motorola Moto G67 Power and the Oppo F31 5G. Both include a video light, and neither features a sapphire glass display, curved display, or e-paper display.

This is a complete tie based on the available data. No differentiators exist within this specification group, and it contributes nothing to the decision between these two devices. Users should weigh other specification groups — performance, display, cameras, and design — where meaningful differences have been identified.