Infinix GT 30 Pro VS Xiaomi Redmi Note 14 Pro 5G (Global)

In terms of physical form, these two phones are remarkably close. The Infinix GT 30 Pro is marginally slimmer at 8 mm versus the Redmi Note 14 Pro 5G's 8.4 mm, and its slightly larger footprint results in a smaller overall volume (99.27 cm³ vs 101.43 cm³), meaning the GT 30 Pro packs its internals into a more compact shell. Weight is virtually identical at 189 g and 190 g respectively — a difference no user will ever perceive in daily handling. Neither device folds or carries a rugged build rating, so both sit firmly in the mainstream smartphone category.

The most meaningful differentiator in this group is ingress protection. The Redmi Note 14 Pro 5G holds an IP68 rating, meaning it is fully dustproof and can withstand submersion in water — typically up to 1.5 m for 30 minutes. The GT 30 Pro is rated IP64, which guarantees dust protection and resistance to water splashes from any direction, but offers no protection against submersion. In practice, IP68 handles accidental drops in pools, sinks, or puddles with confidence, while IP64 covers rain and minor splashes but little more.

The Xiaomi Redmi Note 14 Pro 5G holds a clear edge in this category. Its IP68 certification is a genuinely superior level of protection — not a marginal spec bump — and represents a real-world reliability advantage for users who want peace of mind around water. The near-identical weight and nearly equivalent dimensions mean the GT 30 Pro offers no compensating physical benefit that would offset this gap.

Both phones use OLED/AMOLED panels and land at near-identical pixel densities — 440 ppi for the GT 30 Pro versus 446 ppi for the Redmi Note 14 Pro 5G — so sharpness is indistinguishable in everyday use. The GT 30 Pro's slightly larger 6.78″ screen offers a bit more real estate for media and gaming, while the Redmi's 6.67″ panel is marginally easier to handle one-handed. Neither difference is a decisive factor on its own.

Where these displays genuinely diverge is in brightness and HDR support. The Redmi Note 14 Pro 5G reaches a peak of 3000 nits compared to the GT 30 Pro's 700 nits — a gulf that translates directly to outdoor legibility. In bright sunlight, the Redmi's screen remains clearly readable while the GT 30 Pro will struggle. On top of that, the Redmi supports HDR10, HDR10+, and Dolby Vision, meaning it can render certified high-dynamic-range content from streaming platforms with the full intended color grading and contrast. The GT 30 Pro supports none of these formats. Both share an identical 5,000,000:1 contrast ratio, so deep blacks are equally strong on paper. The GT 30 Pro does edge ahead on refresh rate at 144Hz versus 120Hz, which can feel marginally smoother during fast-scrolling or gaming, though the practical gap at this tier is subtle for most users.

The Redmi Note 14 Pro 5G takes a decisive win here. Its dramatically higher brightness and comprehensive HDR certification make it the superior display for both outdoor use and premium content consumption. Add in Gorilla Glass Victus 2 — a more advanced protection standard than the GT 30 Pro's Gorilla Glass 7i — and the Redmi's screen is not just better to look at, but better protected as well. The GT 30 Pro's higher refresh rate is a real but minor consolation that does not offset these broader advantages.

The chipset gap between these two phones is substantial. The Infinix GT 30 Pro runs on the Dimensity 8350, a firmly upper-mid-range SoC, while the Redmi Note 14 Pro 5G is powered by the Dimensity 7300, a more modest mid-range chip. The AnTuTu scores reflect this hierarchy starkly: the GT 30 Pro posts 1,450,000 versus the Redmi's 720,000 — roughly double. AnTuTu measures overall system throughput including CPU, GPU, and memory subsystem together, so this gap points to a meaningfully faster experience across gaming, multitasking, and sustained workloads.

The Geekbench 6 results tell a more nuanced story. The Redmi Note 14 Pro 5G actually scores higher in both single-core (2051 vs 1536) and multi-core (6487 vs 4700) tests, which measure raw CPU efficiency. This suggests the Dimensity 7300's CPU cores are architecturally more efficient on pure compute tasks. However, the GT 30 Pro's commanding AnTuTu lead is likely driven by its considerably faster GPU — the Mali G615 MC6 clocked at 1400 MHz versus the Redmi's Mali G615 MC2 at 1047 MHz — and its significantly quicker RAM at 8533 MHz versus 6400 MHz. For gaming and graphics-intensive applications, those GPU and memory advantages carry real weight.

The Infinix GT 30 Pro holds the stronger overall performance edge. Its higher AnTuTu score, faster GPU, quicker RAM, and larger maximum memory ceiling (24 GB vs 16 GB) collectively make it the more capable device for demanding use cases. The Redmi's CPU efficiency advantage is genuine but narrow in scope — it does not overcome the GT 30 Pro's broader system-level lead, particularly for users prioritizing gaming or future-proofing.

On paper, the Redmi Note 14 Pro 5G fields the more impressive main camera array. Its primary sensor reaches 200 MP — nearly double the GT 30 Pro's 108 MP — and it adds a third lens to the system. More consequentially, its main aperture is f/1.7 versus the GT 30 Pro's f/2.2, a wider opening that allows meaningfully more light to hit the sensor, which directly benefits low-light and indoor photography. The Redmi also includes optical image stabilization (OIS), a hardware feature that physically counteracts hand shake during shooting and is especially valuable for handheld video and dimly lit stills — the GT 30 Pro lacks OIS entirely.

The GT 30 Pro fights back in a few specific areas. It captures 4K video at 60 fps compared to the Redmi's 4K at 30 fps, which is a meaningful advantage for anyone shooting smooth action footage. It also supports RAW capture, giving enthusiast photographers uncompressed files for post-processing flexibility — the Redmi does not offer this. Laser autofocus on the GT 30 Pro can improve lock speed in certain conditions, while its 13 MP front camera trails the Redmi's 20 MP selfie sensor.

This category is split but the Redmi Note 14 Pro 5G holds the broader advantage for most users. Its wider aperture and OIS combination makes it a more capable everyday camera, particularly in challenging lighting. The GT 30 Pro's 4K/60fps video ceiling and RAW support are genuine wins, but they appeal to a narrower audience. Photographers who prioritize image quality across typical shooting scenarios will find the Redmi's system more well-rounded.

The software landscape between these two phones is strikingly uniform — the vast majority of features, from privacy controls and dynamic theming to split-screen multitasking and offline voice recognition, are present on both devices. The most meaningful difference is the base Android version: the Infinix GT 30 Pro ships with Android 15 while the Redmi Note 14 Pro 5G launches on Android 14. A newer Android version means access to the latest platform security patches, refined privacy controls, and system-level improvements from day one, without waiting for an over-the-air update.

The only other functional gap in this group is app offloading, which the GT 30 Pro supports and the Redmi does not. This feature allows the system to temporarily remove infrequently used apps while preserving their data, freeing up storage space without requiring a full uninstall — a handy capability on devices where internal storage fills up over time. Neither phone receives direct OS updates from Google, meaning both rely on their respective manufacturers for future Android upgrades.

The Infinix GT 30 Pro takes a narrow but clear edge here. Launching on a newer Android version is a genuine day-one advantage in security and features, and app offloading adds a practical storage management benefit absent on the Redmi. Neither difference is transformative on its own, but together they give the GT 30 Pro a slight software advantage at the point of purchase.

Wired charging is a dead heat — both phones top out at 45W and both ship with a charger included, so refueling speed from a cable is identical. The capacity difference, however, is real: the GT 30 Pro packs a 5500 mAh cell against the Redmi's 5110 mAh, a roughly 8% larger reservoir. While real-world battery life depends heavily on software, screen efficiency, and usage patterns, a larger capacity is a direct input to endurance, and the GT 30 Pro holds a measurable edge on that front.

The more consequential differentiator is wireless charging. The Infinix GT 30 Pro supports it; the Redmi Note 14 Pro 5G does not. Wireless charging is a genuine quality-of-life feature — it enables effortless top-ups on a pad at a desk or nightstand without plugging in a cable, and its absence on the Redmi is a notable omission at this tier.

The Infinix GT 30 Pro wins this category clearly. It offers a larger battery and the added convenience of wireless charging, while matching the Redmi exactly on wired charging speed. For users who value all-day stamina and charging flexibility, the GT 30 Pro has a straightforward advantage with no trade-offs within this spec group.

Shared ground first: neither phone includes a 3.5mm headphone jack, and both deliver stereo speakers — so wired analog audio is off the table for both, and spatial sound from the built-in speakers is equally available to each. The meaningful split comes down to wireless audio codec support and one legacy feature.

The Redmi Note 14 Pro 5G supports both aptX and LDAC, while the GT 30 Pro supports neither. These codecs matter specifically when pairing with compatible Bluetooth headphones or speakers. LDAC in particular is Sony's high-resolution wireless audio codec, capable of transmitting significantly more audio data per second than standard Bluetooth, which translates to noticeably higher fidelity on supported headphones. aptX offers a similar improvement in audio quality and latency over standard SBC. For users invested in quality wireless audio gear, the Redmi's codec support is a genuine advantage the GT 30 Pro simply cannot match. The GT 30 Pro counters with a built-in FM radio — a niche but occasionally useful feature for users who want access to over-the-air broadcasts without a data connection, which the Redmi lacks entirely.

For most users, the Redmi Note 14 Pro 5G wins this category. LDAC and aptX support meaningfully expand wireless audio quality with compatible accessories, and that benefit applies to a far broader audience than FM radio. The GT 30 Pro's radio inclusion is a practical perk in specific contexts, but it does not offset the Redmi's advantage for everyday audio use.

Connectivity is the rare category where these two phones are in complete lockstep. Both support 5G, carry identical Wi-Fi 6 support, share Bluetooth 5.4, include NFC for contactless payments, and use USB Type-C 2.0. The sensor suites — gyroscope, accelerometer, compass, GPS with Galileo support, and infrared blaster — are also a mirror image of each other. Neither device offers an external memory slot, and both are limited to dual physical SIM cards.

The USB 2.0 standard on both phones is worth flagging as a shared limitation. At this tier, USB 2.0 caps wired data transfer speeds and does not support video output, which can be a mild inconvenience for users who transfer large files regularly or want to connect their phone to a display via cable. It is a constraint both users face equally, however, so it does not affect the comparison between them.

This category is a complete tie. Every meaningful connectivity and feature spec — from wireless standards to sensors to peripheral support — is identical across both devices. A buyer's decision here will hinge entirely on how the other categories stack up, as connectivity offers no basis for differentiation whatsoever.

This is a lean spec group with limited data points, but there is one genuine differentiator: the Redmi Note 14 Pro 5G features a curved display, while the GT 30 Pro uses a flat panel. A curved screen gives the device a more premium, sculpted aesthetic and can make edge-to-edge swiping gestures feel more fluid. The trade-off is practical — curved displays are more susceptible to accidental edge touches and are generally harder to protect with screen covers. Whether it reads as an advantage or a drawback depends entirely on personal preference.

Both phones include a video light and neither uses sapphire glass or an e-paper display, so those points offer no basis for differentiation.

Given the limited data here, this category is essentially a tie with a stylistic footnote. The Redmi's curved display is the only meaningful distinction, and it is a design choice rather than an objective performance advantage — some users will prefer it, others will not. Neither phone holds a functional edge in this group.