Infinix GT 30 5G VS Infinix GT 30 Pro

In terms of design, the Infinix GT 30 5G and Infinix GT 30 Pro are virtually identical twins. Both share the exact same dimensions — 163.7 × 75.8 × 8 mm — resulting in the same calculated volume of 99.27 cm³. This means users will experience no difference whatsoever in how either device fits in the hand or pocket.

The only measurable distinction is weight: the GT 30 Pro comes in at 189 g versus the GT 30 5G's 187 g — a 2 g difference that is imperceptible in everyday use and irrelevant as a deciding factor. Both phones also carry an IP64 rating, which means they are protected against dust ingress and splashing water from any direction, though neither is rated for submersion. Neither device features a rugged build or a foldable form factor.

In the Design category, these two phones are essentially tied. There is no meaningful advantage on either side — they occupy the same physical space, feel nearly identical in weight, and offer the same level of environmental protection. Design should not be a differentiating factor in a buying decision between these two models.

Both the Infinix GT 30 5G and Infinix GT 30 Pro feature an identical display panel in every measurable way. The shared OLED/AMOLED technology delivers deep blacks and vivid colors thanks to a 5,000,000:1 contrast ratio, while the 6.78-inch screen at 440 ppi ensures sharp, detailed visuals that comfortably exceed the threshold where individual pixels become indistinguishable to the naked eye.

On the performance side, a 144Hz refresh rate provides smooth scrolling and responsive gaming, complemented by a 240Hz touch sampling rate that minimizes input lag — a combination well-suited to the GT series' gaming-oriented positioning. The 700 nits typical brightness and Gorilla Glass 7i protection are shared across both models, offering reasonable outdoor visibility and a degree of scratch and drop resistance. The absence of HDR10+ or Dolby Vision support is a shared limitation, meaning neither phone is optimized for premium HDR content.

This category results in a complete tie. Every single display specification — panel type, size, resolution, refresh rate, brightness, glass protection, and feature set — is identical between the two devices. Display quality cannot serve as a differentiator when choosing between these two models.

Performance is where these two devices diverge sharply. The Infinix GT 30 Pro is powered by the MediaTek Dimensity 8350, a substantially more capable chipset than the Dimensity 7400 found in the GT 30 5G. This gap is quantified starkly by their AnTuTu scores: 1,450,000 versus 778,500 — the Pro scores roughly 86% higher, placing it in a meaningfully different performance tier for demanding tasks like high-fidelity gaming, video editing, and heavy multitasking.

The CPU architecture tells a similar story. The Pro's processor features a prime core clocked at 3.35 GHz, whereas the GT 30 5G's peak clock tops out at 2.6 GHz. GPU differences are equally pronounced: the Pro's Mali G615 MC6 runs at 1400 MHz with six cores, compared to the MC2 variant in the GT 30 5G running at 1047 MHz — more cores and higher clocks translate directly to faster frame rates in graphics-intensive games. Memory bandwidth further widens the gap, with the Pro reaching 68.2 GB/s versus 25.6 GB/s, meaning the Pro can feed its processor data far more rapidly, reducing bottlenecks in complex workloads. The Pro also ships with 12 GB of RAM and 512 GB of storage, compared to 8 GB / 256 GB on the GT 30 5G.

The GT 30 Pro holds a clear and decisive advantage in this category across every meaningful performance metric. For users who prioritize raw speed, gaming headroom, and future-proofing, the Pro is the stronger choice by a considerable margin.

The camera systems on these two phones are nearly identical in architecture, but differ in one notable spec: the primary lens on the Infinix GT 30 Pro packs 108 MP, compared to 64 MP on the GT 30 5G. A higher megapixel count enables more detail in well-lit shots and gives users greater flexibility to crop aggressively without losing resolution — a tangible advantage for photography enthusiasts who frequently reframe images in post.

Beyond that single distinction, the two systems are carbon copies. Both pair their main sensor with an 8 MP secondary lens at matching apertures, shoot 4K at 60fps, and share the same autofocus stack — phase-detection, laser, touch, and continuous AF during video. Both also support RAW capture, manual exposure, manual ISO, slow-motion video, and HDR mode. Neither includes optical image stabilization, which is a shared limitation worth noting for handheld video stability. The front camera is a 13 MP single-lens setup on both devices.

The GT 30 Pro holds a narrow edge in this category purely on the strength of its higher-resolution main sensor. However, since every other camera feature — including video capabilities, autofocus systems, and manual controls — is identical, the practical gap for most users will be modest and primarily noticeable in high-detail stills or heavy cropping scenarios.

Running Android 15 on both devices, the software experience offered by the Infinix GT 30 5G and Infinix GT 30 Pro is completely uniform. Neither receives direct OS updates from Google, meaning both rely on Infinix's own update pipeline — a shared consideration for users who prioritize timely security patches and version upgrades.

The feature set is comprehensive and identical across both models. Privacy-conscious users get camera and microphone access controls, location permissions, app tracking blocks, and clipboard warnings. Day-to-day usability is well-covered too, with dynamic theming, split-screen multitasking, Picture-in-Picture, customizable notifications, on-device machine learning, and offline voice recognition all present on both phones. Notable absences — such as cross-site tracking protection, Wi-Fi password sharing, and focus modes — apply equally to both.

This category is a straightforward tie. Every OS feature, privacy control, and software capability listed is shared between the two devices without exception. The operating system experience will be indistinguishable in practice, and should play no role in differentiating a purchase decision between these two models.

Capacity and wired charging are identical across both phones: a 5500 mAh battery paired with 45W fast charging provides a generous power reserve with reasonably quick top-up speeds. Both also support reverse wireless charging, meaning either device can be used to charge accessories like earbuds — a useful convenience feature shared equally.

The single differentiator in this category is that the Infinix GT 30 Pro supports wireless charging, while the GT 30 5G does not. Wireless charging adds a meaningful layer of daily convenience — the ability to place the phone on a pad without fumbling for a cable, particularly useful on a bedside table or desk. It is a quality-of-life feature that, once adopted, is difficult to go without.

The GT 30 Pro takes a clear edge here. With every other battery spec being equal, wireless charging support is the sole but genuine differentiator — and for users who value a cable-free charging workflow, it is a tangible advantage that the GT 30 5G simply cannot match.

Audio hardware is identical on the Infinix GT 30 5G and Infinix GT 30 Pro. Both feature stereo speakers — a meaningful inclusion for gaming and media consumption, as stereo output creates a noticeably wider, more immersive soundstage compared to a single mono speaker. Both also retain an FM radio receiver, a feature increasingly rare in modern smartphones that remains genuinely useful in regions with strong broadcast infrastructure or during emergencies.

The absence of a 3.5mm headphone jack on both devices means wired audio requires a USB-C adapter or dongle. More notably, neither phone supports any high-resolution Bluetooth audio codec — no aptX, aptX HD, aptX Adaptive, aptX Lossless, or LDAC. Users with premium wireless headphones capable of hi-res audio transmission will be limited to standard Bluetooth audio quality on either device.

This category is a complete tie. Every audio specification — speakers, jack, radio, and Bluetooth codec support — is identical between the two models. Audio capability offers no basis for choosing one over the other.

Across the full connectivity stack, the Infinix GT 30 5G and Infinix GT 30 Pro are indistinguishable. Both support 5G, Wi-Fi 6, and Bluetooth 5.4 — a modern and well-rounded combination. Wi-Fi 6 delivers faster throughput and better performance in congested network environments, while Bluetooth 5.4 ensures stable, energy-efficient connections to wireless peripherals. NFC support on both devices enables contactless payments and quick device pairing.

The sensor and feature set is equally matched. Both include a gyroscope, accelerometer, compass, GPS with Galileo support, fingerprint scanner, and an infrared sensor — the latter being a practical addition that allows the phone to function as a universal remote control. The shared USB 2.0 Type-C port is functional but worth noting as a ceiling on wired data transfer speeds, and neither model supports external storage expansion. Features like satellite SOS, crash detection, and a barometer are absent on both.

This category is a complete tie — every connectivity feature, sensor, and protocol is identical between the two phones. Users prioritizing a specific connectivity capability will find no reason to favor one model over the other based on these specs alone.

The miscellaneous specs for the Infinix GT 30 5G and Infinix GT 30 Pro are entirely identical. Both include a video light — essentially a persistent torch mode useful for low-light video recording — and neither features a curved display, sapphire glass, or an e-paper screen. The absence of a curved display means both use flat panels, which many users actually prefer for reduced accidental edge touches and easier screen protector application.

This category is a tie in every respect. With only a handful of data points available and no divergence between the two models, miscellaneous features contribute nothing to differentiating a purchase decision here.