Motorola Moto G96 5G VS Realme P3 Ultra 5G

Both the Motorola Moto G96 5G and the Realme P3 Ultra 5G share an IP68 waterproofing rating, meaning both can withstand submersion in fresh water under controlled conditions. For everyday users, this translates to genuine peace of mind against rain, splashes, and accidental drops in water — a feature that was once reserved for flagship devices and is a meaningful shared strength at this tier.

Where the two diverge is in their physical form factor. The Moto G96 5G is the lighter of the two at 178 g versus 183 g for the P3 Ultra — a 5 g difference that is unlikely to be noticeable in isolation but can register during extended single-handed use. Conversely, the Realme P3 Ultra edges ahead on thinness at 7.4 mm compared to 7.9 mm for the Moto G96 5G. A 0.5 mm gap is slim in absolute terms, but a thinner profile typically feels more premium in the hand and slides more easily into pockets.

In terms of design, this is a close matchup with no dominant winner. The Moto G96 5G holds a slight weight advantage, while the Realme P3 Ultra offers a marginally slimmer profile — making the choice here largely a matter of personal ergonomic preference. Neither device has a rugged build or a foldable form factor, so both occupy the same conventional smartphone design space.

Both phones feature an OLED/AMOLED panel at an identical 6.67″ screen size, so the foundational display experience — deep blacks, vibrant colors, and power-efficient rendering of dark content — is shared across the board. The meaningful divergence lies in resolution and refresh rate, which pull each device in a different direction.

The Realme P3 Ultra's 1220 x 2712 px resolution yields a pixel density of 446 ppi, noticeably sharper than the Moto G96 5G's 1080 x 2400 px at 395 ppi. At typical viewing distances, 395 ppi is already quite sharp, but the P3 Ultra's higher density becomes perceptible when reading small text, viewing detailed images, or using the screen in bright conditions. On the flip side, the Moto G96 5G counters with a 144Hz refresh rate against the P3 Ultra's 120Hz — a difference that delivers marginally smoother scrolling and animations, though most users find 120Hz more than sufficient for fluid day-to-day use. The Moto G96 5G also includes branded damage-resistant glass and an Always-On Display, both absent on the P3 Ultra — meaningful practical advantages for durability and at-a-glance notifications.

On balance, the Realme P3 Ultra holds the edge in raw visual fidelity thanks to its significantly sharper panel, but the Moto G96 5G compensates with a higher refresh rate, screen protection, and Always-On functionality. Users who prioritize display sharpness will lean toward the P3 Ultra, while those who value the complete everyday display package — including screen longevity and convenience features — may find the Moto G96 5G the more rounded choice.

The chipset gap here is substantial. The Realme P3 Ultra runs on the MediaTek Dimensity 8350, while the Moto G96 5G is powered by the Qualcomm Snapdragon 7s Gen 2 — and the Geekbench 6 scores reflect a decisive performance chasm. The P3 Ultra posts a multi-core score of 4700 versus the G96 5G's 2970, and a single-core score of 1536 against 1015. In practice, these differences translate to noticeably faster app launches, smoother multitasking under load, and more headroom for demanding applications and gaming.

The P3 Ultra's memory subsystem reinforces this lead significantly. Its 12 GB of RAM running at 8533 MHz across 4 memory channels delivers a maximum bandwidth of 68.2 GB/s — more than double the Moto G96 5G's 25.6 GB/s across 2 channels. This is not just a numbers exercise: higher bandwidth means the CPU and GPU can feed on data faster, reducing bottlenecks during intensive workloads. The P3 Ultra's GPU clock of 1400 MHz also outpaces the G96 5G's 940 MHz, pointing to a meaningful edge in graphics-heavy tasks and gaming. The G96 5G's 8 GB of RAM is adequate for everyday use, but leaves less margin for aggressive background app retention.

The Realme P3 Ultra is the clear winner in this category across every meaningful performance dimension — raw CPU throughput, GPU capability, RAM capacity, and memory bandwidth all favor it decisively. The Moto G96 5G will handle daily tasks comfortably, but users who game, multitask heavily, or want their device to remain responsive well into its lifecycle will find the P3 Ultra's performance headroom to be a compelling and concrete advantage.

The rear camera systems share a solid common foundation: both lead with a 50 MP primary sensor backed by OIS, phase-detection autofocus, and an identical suite of manual controls. The most consequential hardware difference on the main camera side is video capability — the Realme P3 Ultra records at 4K@60fps versus the Moto G96 5G's 4K@30fps. For users who shoot video regularly, 60fps at full resolution means significantly smoother footage and far more flexibility in post-production, such as the ability to slow footage down without quality loss.

The selfie camera tells the opposite story. The Moto G96 5G's 32 MP front shooter substantially outresolves the P3 Ultra's 16 MP sensor — double the megapixel count means more detail retained in portrait crops and better clarity when zooming in on group selfies. The Moto G96 5G's front aperture of f/1.9 is also wider than the P3 Ultra's f/2.4, which is a meaningful advantage in low-light selfie scenarios, as a wider aperture admits more light to the sensor.

This category ends in a split verdict that hinges on use case. The Realme P3 Ultra holds a clear edge for video creators who want smoother, more cinematic rear camera footage. The Moto G96 5G, however, is the stronger pick for selfie-focused users, offering both higher resolution and a more light-capable front aperture. Neither phone dominates across the board — the right choice here depends directly on whether the user shoots more video or more selfies.

This is a rare category where the data leaves no room for differentiation: the Motorola Moto G96 5G and the Realme P3 Ultra 5G run an identical Android 15 feature set across every single tracked specification. From privacy controls — including location, camera, and microphone permissions — to productivity staples like split-screen, Picture-in-Picture, and offline voice recognition, both devices offer exactly the same software capabilities on paper.

The shared feature set is notably modern and well-rounded. Both phones include on-device machine learning, dynamic theming, Live Text, and granular app tracking controls, which collectively represent a solid privacy and usability package. Neither device receives direct OS updates — meaning both rely on manufacturer-mediated update pipelines rather than Google's direct update channel — a consideration for users who prioritize long-term software support and timely security patches.

The verdict here is an absolute tie. Based strictly on the provided specifications, no advantage can be assigned to either device in this category. A buyer's software experience will be shaped less by spec-level differences and more by each manufacturer's individual UI skin, bloatware decisions, and update cadence commitments — factors that fall outside the scope of this data.

Capacity and charging speed are the two axes that define battery performance, and the Realme P3 Ultra 5G leads on both. Its 6000 mAh cell outpaces the Moto G96 5G's 5500 mAh — a 500 mAh gap that, while not dramatic in isolation, consistently translates to additional hours of screen-on time across a typical day, and greater resilience for heavy users who push their device late into the evening.

The charging speed differential is far more striking. The P3 Ultra's 80W fast charging is nearly three times the Moto G96 5G's 30W ceiling. In practical terms, 80W charging can bring a large battery from near-empty to a substantial charge in well under an hour, dramatically reducing the time a user is tethered to a cable. At 30W, the G96 5G will take considerably longer to reach the same charge level — a meaningful trade-off for users with demanding schedules or irregular access to power outlets.

The Realme P3 Ultra is the clear winner in this category, and it is not particularly close. Holding advantages in both raw capacity and replenishment speed simultaneously makes for a compelling battery package — more energy stored and retrieved faster. The Moto G96 5G's 5500 mAh battery is by no means inadequate, but it cannot match the P3 Ultra's combination of endurance and charging convenience.

Audio is another category where the two devices are in complete lockstep. Both the Motorola Moto G96 5G and the Realme P3 Ultra 5G offer stereo speakers, omit a 3.5mm headphone jack, and lack both LDAC and aptX Lossless support for high-resolution wireless audio. Neither includes a built-in radio.

The absence of a headphone jack on both phones means wired listening requires a USB-C adapter or USB-C earphones — a trade-off that has become commonplace at this segment but remains worth flagging for users who rely on traditional headphones. The lack of LDAC and aptX Lossless similarly means that neither device can stream high-resolution audio to compatible wireless headphones, capping Bluetooth audio quality at standard codec levels on both.

This category is a complete tie with no differentiating factor between the two devices. Users for whom audio fidelity or wired connectivity are priorities will find neither phone at an advantage over the other — both make the same compromises and deliver the same core feature in return: stereo speaker output for media consumption.

Across the core connectivity checklist — 5G, dual SIM, USB Type-C, GPS, gyroscope, accelerometer, and Galileo satellite navigation — both phones are identical. The meaningful separations emerge in three specific areas: Wi-Fi standard, Bluetooth version, and NFC. The Realme P3 Ultra 5G supports Wi-Fi 6 (802.11ax), while the Moto G96 5G tops out at Wi-Fi 5 (802.11ac). Wi-Fi 6 delivers higher throughput, reduced latency, and significantly better performance in congested environments such as offices or apartment buildings with many competing networks — a tangible everyday advantage for users on modern routers.

The P3 Ultra also carries a newer Bluetooth 5.4 radio versus the G96 5G's 5.2, bringing incremental improvements in connection stability and efficiency. More impactful for daily use, however, is the P3 Ultra's inclusion of NFC — a feature the Moto G96 5G entirely lacks. NFC underpins contactless payments, quick device pairing, and transit card functionality, and its absence on the G96 5G is a concrete limitation that will affect users who rely on mobile payment platforms or smart accessory ecosystems.

The Realme P3 Ultra 5G is the clear winner in this category. While the shared connectivity foundation is solid on both devices, the P3 Ultra's advantages in Wi-Fi 6, Bluetooth 5.4, and especially NFC represent real-world feature gaps rather than marginal spec differences — with NFC in particular being the kind of omission that becomes noticeable on a regular basis for many users.

This group is lean on data points, but the one differentiator that surfaces is meaningful from an aesthetic and ergonomic standpoint. The Motorola Moto G96 5G features a curved display, while the Realme P3 Ultra 5G uses a flat panel. Curved screens wrap gently at the edges, which can lend a more premium, immersive feel and improve one-handed grip comfort — but they also tend to be more susceptible to edge touch sensitivity issues and can complicate screen protector application.

Both devices include a video light and neither uses sapphire glass or an e-paper display, so outside of the curved versus flat screen distinction, this category offers no further differentiation to analyze.

The verdict here comes down to personal preference rather than a clear functional advantage. Users who prize a sleek, modern aesthetic and enjoy the in-hand feel of a curved edge will find the Moto G96 5G's design more appealing, while those who favor flat screens for their practicality — easier screen protectors, no accidental edge touches — will consider the Realme P3 Ultra 5G's approach the more sensible choice. Neither outcome represents a decisive win.