Infinix GT 30 Pro VS Xiaomi Poco X7 Pro

The most consequential difference in this group is water protection. The Infinix GT 30 Pro carries an IP64 rating, meaning it handles dust and splash/spray from any direction — but it is not submersion-proof. The Xiaomi Poco X7 Pro steps up to IP68, which adds full dust ingress protection and the ability to withstand submersion in water, typically up to 1.5 meters. In practical terms, the Poco X7 Pro can survive accidental drops in a sink or pool, while the GT 30 Pro should only be trusted in rain or a light splash. For users who prioritize device longevity and peace of mind, this is a meaningful real-world advantage for the Poco X7 Pro.

On physical dimensions, the two phones tell a slightly different story. The GT 30 Pro is lighter at 189 g versus 198 g, and marginally thinner at 8 mm versus 8.3 mm — both differences you can perceive during extended one-handed use or when carrying the phone in a pocket all day. However, the GT 30 Pro is taller (163.7 mm vs 160.8 mm), so while it feels slimmer in the hand, it demands slightly more vertical pocket space. The width of both devices is nearly identical at roughly 75–76 mm, so grip feel will be very similar.

Overall, the Poco X7 Pro holds a clear edge in this group, primarily due to its superior IP68 waterproofing — a spec that directly impacts durability in everyday accidents. The GT 30 Pro counters with a lighter, thinner profile, which may appeal to users who prioritize comfort over ruggedness, but neither device has a rugged build or foldable form factor, so those looking for an ultra-durable or compact device will need to look elsewhere.

Both phones use OLED/AMOLED panels and share the same Gorilla Glass 7i protection, identical contrast ratios, and Always-On Display support — so the baseline display quality is competitive. Where they diverge sharply is brightness: the Poco X7 Pro outputs 1400 nits typical brightness versus the GT 30 Pro's 700 nits, a full 2× difference. In real-world use, this translates directly to outdoor legibility — the Poco X7 Pro will remain comfortably readable in direct sunlight where the GT 30 Pro may require manual brightness adjustments and still fall short.

The GT 30 Pro counters with a higher 144Hz refresh rate compared to the Poco X7 Pro's 120Hz, which offers marginally smoother scrolling and animation in supported apps. However, the Poco X7 Pro's 480Hz touch sampling rate — double the GT 30 Pro's 240Hz — is arguably more impactful in fast-paced gaming scenarios, registering finger inputs with lower latency. Screen size slightly favors the GT 30 Pro at 6.78″ versus 6.67″, while pixel density is virtually identical at 440 vs 446 ppi, meaning sharpness is indistinguishable in practice.

The decisive differentiator, however, is HDR support. The Poco X7 Pro covers HDR10, HDR10+, and Dolby Vision, enabling richer, more accurate color and contrast when streaming compatible content on platforms like Netflix or Amazon Prime. The GT 30 Pro supports none of these standards. Combined with its substantial brightness advantage, the Poco X7 Pro wins this category clearly — it is the stronger display for both everyday outdoor use and premium media consumption, despite the GT 30 Pro's slight edge in refresh rate and screen real estate.

At the core of both devices sits a 4nm MediaTek chipset, but they are not equals. The Poco X7 Pro runs the newer Dimensity 8400, while the GT 30 Pro uses the Dimensity 8350 — and benchmark scores reflect this generational gap clearly. The Poco X7 Pro scores 1,663,422 on AnTuTu versus 1,450,000 for the GT 30 Pro, roughly a 15% lead. The Geekbench 6 multi-core gap is even wider — 6,137 versus 4,700 — indicating the Dimensity 8400 handles sustained, parallel workloads like video rendering, multitasking, and heavy game loading noticeably faster. Single-core performance is closer (1,583 vs 1,536), meaning everyday responsiveness for simple tasks will feel similar on both phones.

GPU performance is an interesting split. The GT 30 Pro's Mali G615 MC6 runs at a higher clock speed of 1400 MHz versus the Poco X7 Pro's Mali G720 MC7 at 1300 MHz — but the G720 is an architecturally newer and wider GPU with 7 cores versus 6. Clock speed alone does not determine graphics output; the newer architecture of the G720 gives the Poco X7 Pro an overall GPU advantage in complex 3D rendering, which the AnTuTu scores already factor in. One notable win for the GT 30 Pro is RAM speed at 8533 MHz versus 4267 MHz, which can benefit memory-intensive tasks and rapid app switching — though both phones share the same 12GB RAM, 512GB storage, and maximum memory bandwidth.

The Poco X7 Pro also carries a larger L3 cache of 6 MB per core compared to the GT 30 Pro's 4 MB, which helps the CPU fetch frequently used data faster and reduces latency in demanding applications. Taken together, the Poco X7 Pro holds a clear and consistent performance advantage in this category — the GT 30 Pro's faster RAM is a genuine bright spot, but it is not enough to offset the Dimensity 8400's broader lead in CPU throughput, GPU architecture, and real-world benchmark results.

Megapixel count is the most eye-catching difference here — the GT 30 Pro leads with a 108 MP primary sensor versus the Poco X7 Pro's 50 MP — but this number alone is misleading. The GT 30 Pro's primary pixel size is 1 µm, while the Poco X7 Pro's main sensor uses 0.8 µm pixels. More megapixels packed into a small sensor area typically means less light captured per pixel, which can hurt low-light performance. More importantly, the Poco X7 Pro includes Optical Image Stabilization (OIS) while the GT 30 Pro does not — a feature that has a far more consistent impact on real-world photo and video quality than raw megapixel count. OIS physically counteracts hand shake, producing sharper shots in dim conditions and smoother handheld video.

The secondary cameras further illustrate the tradeoff. The Poco X7 Pro's second lens opens to a notably wider f/1.5 aperture compared to the GT 30 Pro's f/1.9 — a meaningful difference in light intake that benefits both photos and video in challenging lighting. On the front camera, the positions reverse: the Poco X7 Pro offers a higher-resolution 20 MP selfie camera against the GT 30 Pro's 13 MP, though the GT 30 Pro's front aperture of f/2.2 is slightly wider than the Poco X7 Pro's f/2.5. Both phones max out video at 4K 60fps and share a strong set of manual controls, but the Poco X7 Pro additionally supports HDR10 video recording, enabling richer dynamic range in compatible footage.

Taken as a whole, the Poco X7 Pro holds the stronger camera package for most users. OIS alone is a decisive real-world advantage — it elevates both still photography and video in everyday shooting conditions in ways that extra megapixels simply cannot compensate for. The GT 30 Pro's 108 MP sensor may appeal to users who heavily crop images or want maximum detail in ideal lighting, but the combination of OIS, wider secondary aperture, higher-resolution front camera, and HDR10 video tips the balance firmly toward the Poco X7 Pro.

This is a rare outcome in a product comparison: based on the provided specifications, the Infinix GT 30 Pro and the Xiaomi Poco X7 Pro are in a complete tie for this category. Every single data point — from the Android 15 base version to privacy controls, productivity features, and system capabilities — is identical across both devices. Neither gains any documented advantage from the OS specification set provided.

What they share is worth noting. Both phones launch on Android 15, the latest version at time of writing, meaning users get the same baseline of privacy tools (location controls, camera and microphone permissions, clipboard warnings, app tracking blockers), productivity features (split-screen, Picture-in-Picture, widgets, offline voice recognition), and customization options (dynamic theming, dark mode, extra dim). Neither device gets direct OS updates — both rely on their respective manufacturers to push Android updates, which is a shared limitation worth keeping in mind for long-term software support.

With no differentiating data points anywhere in this group, the verdict is a draw. Users choosing between these two phones should base their OS-related decision on factors outside this spec set — such as each brand's update track record or the depth of their custom Android skin — as the raw feature checklist offers no basis to prefer one over the other.

Capacity and charging speed are the two axes that define battery experience, and the two phones split them in interesting ways. The Poco X7 Pro packs a larger 6000 mAh battery versus the GT 30 Pro's 5500 mAh — a 500 mAh gap that, in practice, translates to a meaningful buffer of additional screen-on time, particularly for heavy users who push their devices through long days of gaming or media consumption. Neither figure is small; both are well above the typical 5000 mAh found in most mid-range phones.

Where the Poco X7 Pro pulls further ahead is wired charging speed. Its 90W fast charging is exactly double the GT 30 Pro's 45W, meaning the Poco X7 Pro can go from near-empty to a full charge in roughly half the time. For users who rely on short top-up windows — between meetings, during a commute, or before heading out — this is a genuinely impactful daily advantage. The GT 30 Pro counters with one exclusive feature: wireless charging, which the Poco X7 Pro entirely lacks. Wireless charging at any speed adds meaningful convenience for users with Qi pads at their desk or bedside, even if it is typically slower than wired charging.

The verdict here depends on usage habits. For pure endurance and rapid wired refueling, the Poco X7 Pro holds the stronger hand with its larger battery and significantly faster charging. The GT 30 Pro's wireless charging capability is a genuine lifestyle advantage for the right user, but it does not offset the Poco X7 Pro's combined lead in capacity and charging speed — making the Poco X7 Pro the overall winner in this category for most users.

Strip away the shared features — both phones ditch the 3.5mm headphone jack and both offer stereo speakers — and the audio story quickly becomes about wireless codec support. The Poco X7 Pro supports aptX, aptX HD, and LDAC, while the GT 30 Pro supports none of these. This is a significant gap for anyone who uses Bluetooth headphones or earbuds. LDAC in particular transmits audio at up to three times the bitrate of standard Bluetooth, delivering near-lossless quality to compatible Sony and third-party headphones. aptX HD similarly targets high-resolution wireless audio. Without these codecs, the GT 30 Pro is limited to standard Bluetooth audio compression, which audibly affects fidelity on quality headphones.

The GT 30 Pro does hold one exclusive: a built-in FM radio, which the Poco X7 Pro lacks entirely. For users in regions where FM radio is a practical utility — emergencies, travel, or areas with limited data connectivity — this is a tangible real-world feature that requires no internet connection or streaming subscription. It is a niche advantage, but a genuine one for the right audience.

Overall, the Poco X7 Pro wins this category for the majority of users. High-quality Bluetooth codec support is increasingly central to the modern wireless audio experience, and its lead over the GT 30 Pro here is unambiguous. The GT 30 Pro's FM radio is a useful differentiator for a specific subset of users, but it does not close the gap for anyone who prioritizes audio quality through wireless headphones.

Across the breadth of this specification group, the two phones are remarkably well-matched. Both support 5G, Wi-Fi 6, NFC, USB Type-C, dual SIM, and an identical sensor suite including gyroscope, accelerometer, compass, GPS with Galileo support, and even an infrared sensor for remote control functionality. For the vast majority of connectivity use cases — mobile data, wireless networking, payments, and accessories — users will find no practical difference between the two devices.

The one meaningful differentiator is Bluetooth. The Poco X7 Pro ships with Bluetooth 6.0, a generational step ahead of the GT 30 Pro's Bluetooth 5.4. Bluetooth 6.0 introduces features such as Channel Sounding, which enables more precise distance and location estimation between paired devices, and carries general improvements to connection reliability and efficiency. In everyday use, the gap between 5.4 and 6.0 may not be immediately obvious, but the Poco X7 Pro is better positioned for compatibility with next-generation Bluetooth accessories as the ecosystem matures. Both phones are capped at USB 2.0 speeds, which is a shared limitation worth noting for users who transfer large files via cable.

Given how closely matched these two phones are across nearly every connectivity dimension, this category is close to a draw — but the Poco X7 Pro edges ahead solely on the strength of its newer Bluetooth 6.0 implementation. It is a modest advantage today, with greater relevance as Bluetooth 6.0 device support becomes more widespread.

The Miscellaneous category offers very little to separate these two devices — every data point provided is identical. Both the Infinix GT 30 Pro and the Xiaomi Poco X7 Pro include a video light, and neither features a sapphire glass display, curved display, or e-paper display. There are no differentiators to analyze here.

This is a complete tie. Users should not factor this specification group into their purchasing decision, as it contributes no distinguishing information either way.