Infinix GT 30 Pro VS Tecno Pova Curve 5G

Both the Infinix GT 30 Pro and the Tecno Pova Curve 5G share the same IP64 rating, meaning neither is fully dustproof but both can handle water splashes from any direction. In practice, this level of protection is sufficient for everyday scenarios like rain or accidental spills, though neither device is suited for submersion. Since both lack a rugged build and neither is foldable, these shared traits cancel out as differentiators.

Where the two devices diverge is in their physical footprint. The Pova Curve 5G is noticeably lighter at 177 g versus the GT 30 Pro's 189 g — a 12-gram gap that, while seemingly small on paper, translates to a perceptibly less fatiguing feel during extended one-handed use or long gaming sessions. Similarly, the Pova Curve 5G's 7.5 mm thickness edges out the GT 30 Pro's 8 mm, making it marginally more pocketable and sleeker in the hand.

On design, the Tecno Pova Curve 5G holds a clear, if modest, advantage. It is both lighter and thinner, which are the two physical attributes that most directly influence daily comfort and portability. The Infinix GT 30 Pro's slightly bulkier profile may reflect internal hardware choices, but from a pure design standpoint, the Pova Curve 5G is the more refined form factor of the two.

At a glance, these two displays share a lot of common ground: identical 6.78″ OLED/AMOLED panels, a smooth 144Hz refresh rate, and the same absence of HDR10, HDR10+, or Dolby Vision support. For most users, that shared AMOLED foundation guarantees deep blacks, vivid colors, and strong power efficiency regardless of which device they choose.

The meaningful split comes down to resolution and glass protection. The Infinix GT 30 Pro pushes a 1224 x 2720 px resolution at 440 ppi, while the Tecno Pova Curve 5G tops out at 1080 x 2436 px and 393 ppi. That 47 ppi gap is perceptible in real-world use — text renders with noticeably crisper edges on the GT 30 Pro, and fine detail in images or video is more defined. For gaming or media consumption at close range, this is a tangible advantage. On scratch resistance, the GT 30 Pro also steps ahead with Gorilla Glass 7i versus the Pova Curve's Gorilla Glass 5, offering meaningfully better resistance to everyday scratches and minor drops.

The Infinix GT 30 Pro wins this category decisively. Despite sharing the same screen size, technology, and refresh rate, it delivers a sharper image and stronger glass — two qualities that directly affect daily visual experience and long-term durability. The Pova Curve 5G's display is by no means poor, but it is the clearly inferior panel here.

The chipset divide here is substantial. The Infinix GT 30 Pro runs on the MediaTek Dimensity 8350, a firmly upper-mid-range SoC, while the Tecno Pova Curve 5G relies on the MediaTek Dimensity 7300, a more entry-level chip. Both are fabbed on a 4 nm process, which means comparable power efficiency at idle, but their performance ceilings are in entirely different leagues. The GT 30 Pro's Geekbench 6 multi-core score of 4700 is nearly 60% higher than the Pova Curve's 2932, and the single-core gap — 1536 vs 1026 — reflects snappier responsiveness in everyday tasks like app launches, scrolling, and UI transitions.

GPU performance tells a similarly one-sided story. The GT 30 Pro's Mali G615 MC6 runs at 1400 MHz, compared to the Pova Curve's Mali G615 MC2 at 1047 MHz — fewer cores and a lower clock speed. In practice, this means the GT 30 Pro can sustain higher graphical settings in demanding games without thermal throttling as aggressively. The RAM advantage compounds this further: 12GB at 8533 MHz on the GT 30 Pro versus 8GB at 6400 MHz on the Pova Curve means faster data throughput and more headroom for multitasking. Storage is also dramatically different — 512GB versus 128GB — making the GT 30 Pro far more capable as a long-term daily driver without relying on external storage.

The Infinix GT 30 Pro wins this category comprehensively. Across every meaningful performance metric — CPU throughput, GPU capability, RAM capacity and speed, and internal storage — it outclasses the Pova Curve 5G by a wide margin. The Pova Curve handles routine tasks adequately, but for gaming, heavy multitasking, or users who simply want a device that stays performant years down the line, the GT 30 Pro is the clear choice.

The main camera gap between these two devices is more significant than a simple megapixel count might suggest. The Infinix GT 30 Pro leads with a 108 MP primary sensor paired with an 8 MP secondary, while the Tecno Pova Curve 5G offers a 64 MP main lens alongside a modest 2 MP depth sensor. Higher resolution on the GT 30 Pro means greater flexibility for cropping shots without losing detail, and its secondary 8 MP lens is a far more practical camera than the Pova Curve's 2 MP unit, which contributes little beyond basic depth-mapping for portrait mode.

Several feature-level differences further tilt the balance. The GT 30 Pro supports 4K video at 60 fps, delivering smoother motion capture in high-resolution clips, whereas the Pova Curve caps 4K recording at 30 fps — a noticeable limitation for anyone shooting action or fast-moving subjects. The GT 30 Pro also includes laser autofocus, which improves focus acquisition speed especially in low-light conditions, and crucially it supports RAW shooting — a significant advantage for users who want to post-process images with full control over exposure, color, and noise. The Pova Curve lacks both of these capabilities.

Rounding out the differences, the GT 30 Pro sports a dual-tone LED flash with two LEDs versus the Pova Curve's single LED, which results in more natural-looking artificial lighting in dark environments. Taken together, the Infinix GT 30 Pro holds a clear and well-rounded advantage in cameras — it outspecifies the Pova Curve 5G on sensor resolution, video capability, autofocus sophistication, and manual control flexibility, making it the stronger choice for users who prioritize photography and videography.

Rarely does a spec group produce a result this definitive: the Infinix GT 30 Pro and the Tecno Pova Curve 5G are running identical software configurations across every single measured data point. Both launch on Android 15, and every feature — from privacy controls like location and camera/microphone permissions, to usability tools like split-screen, Picture-in-Picture, dark mode, and dynamic theming — is present or absent on both devices in exactly the same way.

The shared feature set is meaningfully modern. On-device machine learning, offline voice recognition, and Live Text give both phones AI-assisted capabilities without requiring a cloud connection for core functions. Privacy-conscious users will find that both offer app tracking controls and clipboard warnings, though neither blocks cross-site tracking nor includes Mail Privacy Protection — a consistent limitation across both. Neither device receives direct OS updates, meaning software patches are routed through the respective manufacturers, which can introduce delays.

This category is an absolute tie. There is no software-level differentiator to separate these two devices — a user choosing between them on the basis of operating system features alone would have no rational basis to prefer one over the other. The decision must rest entirely on the hardware categories where the two products do diverge.

On paper, these two devices are almost identical in battery specs: both carry a 5500 mAh cell and support 45W wired fast charging. That capacity is generous for the segment, comfortably supporting a full day of mixed use for most users, and the shared charging speed means neither has a meaningful edge in how quickly it recovers from a low battery.

The one differentiator is wireless charging — and it matters. The Infinix GT 30 Pro supports wireless charging; the Tecno Pova Curve 5G does not. While wireless charging is typically slower than wired in real-world use, it offers genuine convenience: topping up on a pad at a desk or bedside without fumbling for a cable is a quality-of-life upgrade that accumulates value over time. Its absence on the Pova Curve is a straightforward omission with no compensating advantage in this category.

The Infinix GT 30 Pro edges ahead on battery, not because of capacity or charging speed — those are equal — but because wireless charging is an additive feature the Pova Curve simply cannot match. For users who rely on charging pads as part of their daily routine, this distinction is practically significant.

Audio is another category where the Infinix GT 30 Pro and the Tecno Pova Curve 5G are indistinguishable on paper. Both feature stereo speakers and a built-in FM radio, and both drop the 3.5 mm headphone jack — a trade-off that pushes users toward Bluetooth or USB-C audio solutions. Neither device supports high-resolution wireless audio codecs such as LDAC, aptX HD, or aptX Adaptive, meaning audiophiles using wireless headphones will be limited to standard Bluetooth audio quality on both.

The stereo speaker configuration is the most practically relevant shared feature here. Stereo output provides noticeably wider soundstage than a mono speaker when watching video or playing games, making it a meaningful inclusion for media consumption. The FM radio, while a niche feature in an era of streaming, remains useful in areas with limited data connectivity or during emergencies.

This category is a complete tie. Every audio specification — the positives and the limitations — is identical across both devices. Neither gains any advantage here, and the choice between them must be made on other grounds entirely.

The connectivity foundations of both devices are well matched. Both support 5G, Wi-Fi 6, Bluetooth 5.4, and NFC — a solid modern stack that covers fast wireless data, low-latency peripherals, and contactless payments without compromise on either side. Dual SIM, USB Type-C, fingerprint scanner, GPS, and compass are also shared across both, meaning the everyday connectivity experience is functionally equivalent.

Where the Infinix GT 30 Pro pulls ahead is in its additional sensor suite. It includes a gyroscope, an infrared sensor, and Galileo satellite navigation support — none of which are present on the Tecno Pova Curve 5G. The gyroscope is particularly relevant for gaming, enabling motion-based controls and improving AR application accuracy. The infrared sensor allows the phone to function as a universal remote for TVs and home appliances — a practical convenience the Pova Curve simply cannot offer. Galileo support adds a secondary satellite network for improved GPS positioning accuracy, especially useful in dense urban environments or regions where GPS signal is weaker.

The Infinix GT 30 Pro takes a clear edge in this category. While the core connectivity specs are a wash, the additional sensors — especially the gyroscope and IR blaster — represent tangible real-world utility that the Pova Curve 5G cannot replicate. For users who care about gaming precision or smart home control from their phone, this gap is meaningful.

This is a slim category with only one genuine differentiator. Both the Infinix GT 30 Pro and the Tecno Pova Curve 5G include a video light and skip sapphire glass and e-paper displays — none of which are surprising omissions at this price tier.

The sole distinguishing feature is the Tecno Pova Curve 5G's curved display, which the GT 30 Pro lacks. A curved screen is primarily an aesthetic and ergonomic choice: the edges of the panel wrap gently toward the frame, giving the device a more premium, sculpted feel in the hand and reducing the visual presence of the bezels. The trade-off is that curved displays can be slightly more prone to accidental edge touches and are often harder to apply screen protectors to. Whether this counts as an advantage depends entirely on personal preference.

This category is effectively a draw with a stylistic footnote. The curved display on the Pova Curve 5G is the only point of difference, and it carries no objective performance implication — it is a design sensibility, not a capability gap. Users who value the premium look of curved glass may lean toward the Pova Curve here, but it is far too narrow a distinction to influence an overall recommendation.