Infinix GT 30 5G VS Tecno Pova 7

Both the Infinix GT 30 5G and the Tecno Pova 7 share the same IP64 rating, meaning neither is fully waterproof but both offer solid protection against dust and water splashes — adequate for everyday use in light rain or accidental spills, though neither is suited for submersion. Neither device features a rugged build or a foldable form factor, so they sit in the same conventional smartphone category from a durability standpoint.

Where these two diverge meaningfully is in their physical footprint. The GT 30 5G is noticeably more compact: at 8 mm thick and 187 g, it is slimmer and lighter than the Pova 7, which measures 9.3 mm in thickness and weighs 207 g. That 20-gram difference and 1.3 mm gap in thickness may sound small on paper, but in hand it translates to a more pocketable, less fatiguing device during extended use. The GT 30 5G's total volume of roughly 99 cm³ versus the Pova 7's 120 cm³ underscores just how much more material the Pova 7 carries — likely accommodating a larger battery or additional internal hardware.

In the Design category, the Infinix GT 30 5G holds a clear edge for users who prioritize a sleeker, lighter, and more ergonomic build. The Tecno Pova 7's bulkier profile is a trade-off worth watching in context of other spec groups, but purely on design and handling comfort, the GT 30 5G is the more refined choice.

On the surface, these two screens look nearly identical — both are OLED/AMOLED panels at 6.78″ with touch support and no HDR certification of any kind. But dig into the numbers and meaningful differences emerge. The Infinix GT 30 5G runs at a resolution of 1224 x 2720 px compared to the Pova 7's 1080 x 2460 px, translating to a pixel density of 440 ppi versus 396 ppi. That 44 ppi gap is perceptible — text appears crisper, fine UI details are sharper, and high-resolution media looks more refined on the GT 30 5G's panel.

The refresh rate gap adds another layer to this. The GT 30 5G's 144Hz panel delivers noticeably smoother scrolling and more responsive gaming animations compared to the Pova 7's 120Hz — a difference that matters most to users who spend significant time gaming or navigating fast-moving content. Compounding the GT 30 5G's display advantage is the presence of branded damage-resistant glass, which the Pova 7 lacks entirely. This is a practical durability differentiator: scratch and drop resistance on the screen itself is meaningfully better on the GT 30 5G, reducing the urgency of a screen protector.

Across every measurable display dimension in this group, the Infinix GT 30 5G holds a clear and consistent advantage — sharper resolution, a higher refresh rate, and better screen protection. The Tecno Pova 7 offers a competent OLED panel, but it trails on all three fronts without a single compensating spec to close the gap.

The performance gap between these two devices is substantial and wide-ranging. The Infinix GT 30 5G is powered by the MediaTek Dimensity 7400, built on a modern 4 nm process, while the Tecno Pova 7 runs the MediaTek Helio G100 on a comparatively older 6 nm node. A smaller semiconductor process means more transistors packed tighter, which directly translates to better power efficiency and higher sustained performance. The AnTuTu scores make this gap concrete: the GT 30 5G posts 778,500 against the Pova 7's 411,000 — the GT 30 5G is essentially in a different performance tier, nearly doubling the Pova 7's benchmark result.

The advantages extend well beyond raw CPU throughput. The GT 30 5G's memory subsystem is significantly faster, with DDR5 RAM running at 6,400 MHz and a maximum bandwidth of 25.6 GB/s, versus the Pova 7's DDR4 at 4,266 MHz and 17.1 GB/s. Faster memory means quicker app launches, smoother multitasking, and better frame pacing in demanding games. The GT 30 5G also supports up to 16 GB of RAM versus the Pova 7's 12 GB ceiling, giving it more headroom for future-proofing. On the graphics side, the GT 30 5G's support for DirectX 12 versus the Pova 7's DirectX 11 signals a more capable GPU pipeline, relevant for graphically intensive titles and modern rendering techniques.

There is no ambiguity here — the Infinix GT 30 5G dominates the Performance category across chipset generation, process node, benchmark scores, memory speed, and graphics capability. The Tecno Pova 7's Helio G100 is a capable chip for everyday tasks, but it cannot compete with the Dimensity 7400 for users who game heavily, multitask aggressively, or simply want their device to stay relevant longer.

The headline megapixel figures pull in opposite directions here. The Tecno Pova 7 leads with a 108 MP primary sensor, while the Infinix GT 30 5G counters with a 64 MP main lens — a difference that sounds dramatic but requires context. Higher megapixel counts enable greater detail in ideal conditions and more flexibility when cropping, but real-world image quality depends heavily on sensor size and processing, neither of which is specified in this data. More telling is the secondary lens: the GT 30 5G pairs its main shooter with an 8 MP second lens, whereas the Pova 7's secondary is just 2 MP — typically a depth or macro helper with limited practical utility. The GT 30 5G's 8 MP secondary is a meaningfully more versatile companion lens.

Flip to the front, and the GT 30 5G extends its lead with a 13 MP selfie camera versus the Pova 7's 8 MP — a noticeable gap for users who prioritize video calls or self-portraits. The GT 30 5G also has exclusive access to two features that matter to more serious photographers: laser autofocus, which speeds up and improves focus accuracy in low-light or fast-moving scenes, and RAW shooting, which gives photographers uncompressed image data for post-processing. The Pova 7 supports neither. Both phones share a solid common feature set — phase-detection AF, continuous movie AF, slow-motion, manual controls, and timelapse — so casual shooters will find both capable day-to-day.

The Infinix GT 30 5G edges out the Pova 7 in the Cameras category. Despite the Pova 7's higher main sensor megapixel count, the GT 30 5G offers a stronger secondary lens, a higher-resolution front camera, laser autofocus for faster and more reliable focusing, and RAW file support — advantages that collectively serve a broader and more demanding range of shooting scenarios.

Rarely does a spec group produce a result this definitive: every single operating system attribute provided for the Infinix GT 30 5G and the Tecno Pova 7 is identical. Both ship with Android 15, placing them on equal footing at launch with access to the same core features, security model, and app ecosystem. Neither receives direct OS updates from Google, meaning both will rely on their respective manufacturers for patches and version upgrades — a shared limitation worth keeping in mind for long-term software support expectations.

The shared feature set is genuinely well-rounded. Both devices offer a strong privacy toolkit — location controls, camera and microphone permissions, app tracking blockers, and clipboard warnings — alongside productivity staples like split-screen multitasking, Picture-in-Picture, widgets, and full-page screenshots. Quality-of-life additions such as dynamic theming, an extra dim mode, battery health checks, and offline voice recognition round out a capable and modern Android experience on both phones.

In the Operating System category, this comparison is an unambiguous tie. There is not a single differentiating data point between the two devices — they offer the same Android version, the same feature set, and the same limitations. A buyer's OS preference will not factor into choosing between these two phones.

Charging speed is a non-issue here — both phones support fast charging at an identical 45W, and neither offers wireless charging. What sets them apart is the reservoir they're filling. The Tecno Pova 7 packs a sizeable 7,000 mAh battery, versus the Infinix GT 30 5G's 5,500 mAh — a 1,500 mAh difference that is far from trivial. In practical terms, that gap can translate to several additional hours of screen-on time, making the Pova 7 a meaningfully stronger choice for heavy users, travelers, or anyone who regularly goes a full day and beyond without access to a charger.

It is worth noting that battery life is not determined by capacity alone — the GT 30 5G's more efficient 4 nm chipset (covered in the Performance group) will draw less power per task than the Pova 7's 6 nm processor, partially narrowing the real-world gap. However, based strictly on the specs in this group, the Pova 7's raw capacity advantage is substantial enough that it will almost certainly outlast the GT 30 5G under comparable usage conditions.

The Tecno Pova 7 wins the Battery category on the strength of its considerably larger cell. For users who rank endurance above all else, the Pova 7 makes a compelling case — and since both phones refuel at the same 45W rate, there is no charging speed penalty to offset that advantage.

Strip away the one meaningful difference here and these two phones are acoustically identical on paper: both offer stereo speakers for immersive media playback, both include an FM radio, and neither supports any high-resolution Bluetooth audio codec — no aptX, no LDAC, no aptX HD or Adaptive. That last point means wireless audio quality is capped at standard Bluetooth levels on both devices, regardless of how premium a pair of wireless headphones you pair them with.

The single differentiator is a consequential one for a segment of users: the Tecno Pova 7 retains a 3.5 mm headphone jack, while the Infinix GT 30 5G omits it entirely. For anyone who relies on wired headphones — whether for audio quality, gaming latency, or simply not wanting to manage Bluetooth connections — the Pova 7's jack is a genuine convenience advantage. GT 30 5G users will need a USB-C adapter or wireless earbuds to fill that gap.

The Tecno Pova 7 has the edge in this category, solely by virtue of its headphone jack. It is a narrow win — both phones are otherwise evenly matched on audio specs — but for users who use wired audio regularly, it is a practical and daily-use advantage the GT 30 5G simply cannot match.

The most impactful difference in this category is network generation: the Infinix GT 30 5G supports 5G, while the Tecno Pova 7 is limited to 4G LTE. In markets where 5G infrastructure is available or expanding, this translates to significantly faster download and upload speeds, lower latency for gaming and video calls, and better future-proofing as networks continue to evolve. For users in active 5G coverage areas, this alone is a substantial connectivity advantage for the GT 30 5G.

Beyond cellular, the two phones share a well-matched core connectivity suite — dual SIM, USB Type-C at USB 2.0 speeds, NFC for contactless payments, fingerprint scanning, GPS with Galileo support, Wi-Fi, and a standard motion sensor array including gyroscope, accelerometer, and compass. One secondary differentiator is the GT 30 5G's infrared (IR) sensor, which the Pova 7 lacks. An IR blaster lets the phone act as a universal remote for TVs and other home appliances — a niche but genuinely useful feature for users who value smart home control without a separate remote.

The Infinix GT 30 5G wins this category clearly, driven by its 5G capability — a forward-looking and practically meaningful advantage — complemented by the added utility of an IR sensor. The Pova 7 holds its own on the connectivity fundamentals, but it offers nothing in this group to offset the GT 30 5G's network generation lead.

The Miscellaneous category offers nothing to separate these two devices. Every attribute tracked here — video light presence, sapphire glass display, curved display, and e-paper display — returns the same answer for both the Infinix GT 30 5G and the Tecno Pova 7. Both include a video light for illuminating subjects during video recording, and neither features premium sapphire glass protection, a curved screen, or a secondary e-paper panel.

This is a complete tie, with no differentiating data point in either direction. Buyers should look to other specification groups — where differences in performance, display quality, connectivity, and battery capacity are far more consequential — to inform their decision.