Infinix GT 30 Pro VS Xiaomi Poco F7

The most meaningful divide in this design category comes down to two factors: water protection and weight. The Xiaomi Poco F7 carries an IP68 rating, meaning it can withstand submersion in water — typically up to 1.5 meters for 30 minutes — making it genuinely waterproof for everyday accidents like drops in a sink or pool. The Infinix GT 30 Pro, rated at IP64, is only splash and dust resistant; it can handle rain and minor splashes but should never be submerged. For users who want real peace of mind around water, this is a significant real-world advantage for the Poco F7.

On the other hand, the GT 30 Pro is notably lighter at 189 g versus the Poco F7's 215.7 g — a difference of roughly 27 grams that is actually perceptible in daily one-handed use and long gaming or browsing sessions. The overall footprints are nearly identical in height and the thickness gap (8 mm vs 8.2 mm) is negligible, so the weight difference is purely about mass, not bulk.

Neither phone has a rugged build or a foldable form factor, so those are non-factors here. Overall, the Poco F7 holds a clear edge in durability protection thanks to its superior IP68 rating, while the GT 30 Pro wins on ergonomics with its meaningfully lighter frame. Which advantage matters more depends entirely on the user's lifestyle — those prone to water exposure should favor the Poco F7, while those prioritizing comfort during extended use will appreciate the GT 30 Pro's lighter build.

Both phones share the same OLED/AMOLED panel technology, identical 700 nits typical brightness, the same Gorilla Glass 7i protection, and Always-On Display support — so the baseline experience is comparable. The real separation emerges when you look at HDR support and contrast. The Poco F7 supports HDR10, HDR10+, and Dolby Vision, while the GT 30 Pro supports none of these standards. In practice, this means the Poco F7 can render HDR content from streaming platforms like Netflix or YouTube with proper tone mapping and expanded dynamic range, while the GT 30 Pro will display the same content without those enhancements. The Poco F7's higher contrast ratio of 8,000,000:1 versus 5,000,000:1 on the GT 30 Pro reinforces this advantage for media consumption.

The trade-off lands in the responsiveness department. The GT 30 Pro's 144Hz refresh rate edges out the Poco F7's 120Hz, and while the difference is subtle in daily scrolling, it can feel marginally smoother in fast-paced gaming. More notably, the GT 30 Pro's 240Hz touch sampling rate is significantly lower than the Poco F7's 480Hz — a counterintuitive reversal. A higher touch sampling rate means the display polls for input more frequently, resulting in lower perceived latency during gaming, which is especially relevant since the GT 30 Pro is positioned as a gaming device.

Taken together, the Poco F7 holds a clear overall display advantage, particularly for media enthusiasts, thanks to its comprehensive HDR support and superior contrast. However, the GT 30 Pro's higher refresh rate is a marginal perk for gamers, even if its touch sampling rate falls well short of the Poco F7's. Users who prioritize video quality and content richness should lean toward the Poco F7 without hesitation.

The chipset gap here is substantial and cuts across every performance metric. The Poco F7 runs on Qualcomm's Snapdragon 8s Gen 4, while the GT 30 Pro uses MediaTek's Dimensity 8350 — and the benchmark numbers tell a clear story. The Poco F7 scores 2,084,535 on AnTuTu versus 1,450,000 for the GT 30 Pro, a gap of over 43%. Geekbench 6 confirms the trend: the Poco F7 leads in both single-core (2041 vs 1536) and multi-core (6833 vs 4700) results. Single-core performance is especially important for everyday responsiveness — app launches, UI animations, and general snappiness — making the Poco F7's lead here particularly impactful for day-to-day feel.

A few spec reversals are worth examining. The GT 30 Pro's RAM runs at 8533 MHz compared to the Poco F7's 4800 MHz, which sounds like an advantage on paper, but this advantage is offset by the Poco F7's larger 8 MB L3 cache (vs 4 MB) and higher maximum memory bandwidth of 76.8 GB/s versus 68.2 GB/s. In practice, cache size and bandwidth have a greater influence on sustained performance than raw RAM frequency alone, favoring the Poco F7 in compute-intensive workloads. Storage and maximum RAM capacity are identical at 512 GB and 24 GB respectively, so neither phone has an edge there.

The Poco F7 wins this category decisively. Across raw CPU throughput, real-world benchmark scores, memory bandwidth, and cache, it consistently outpaces the GT 30 Pro. The GT 30 Pro's higher RAM speed is a marginal bright spot but does not shift the overall balance. For users who care about peak performance — whether for gaming, multitasking, or future-proofing — the Poco F7 is the stronger choice by a meaningful margin.

Megapixel counts can be misleading, and this comparison is a good example of why. The GT 30 Pro leads with a 108 MP primary sensor versus the Poco F7's 50 MP, but raw resolution is only one piece of the image quality puzzle. Crucially, the GT 30 Pro lacks optical image stabilization (OIS), while the Poco F7 includes it — a difference that matters enormously in handheld photography and video. OIS physically counteracts hand tremor during capture, reducing motion blur in low light and producing significantly steadier footage. No amount of extra megapixels compensates for a shaky shot, which makes this omission on the GT 30 Pro a genuine weakness for a versatile camera experience.

The ultrawide lens reinforces the Poco F7's edge in low-light scenarios: its f/1.5 aperture lets in considerably more light than the GT 30 Pro's f/1.9, which translates to brighter, less noisy wide-angle shots after dark. The Poco F7 also pulls ahead on selfies with a 20 MP front camera versus the GT 30 Pro's 13 MP. The GT 30 Pro does counter with laser autofocus — absent on the Poco F7 — which can speed up focus acquisition in certain conditions, but this is a narrower advantage compared to what OIS and aperture contribute across a wider range of shooting scenarios.

Overall, the Poco F7 holds a clear edge in cameras. Its OIS support, wider ultrawide aperture, and higher-resolution front camera collectively make it the more capable and versatile imaging device. The GT 30 Pro's higher main sensor megapixel count is a notable spec on paper, but without stabilization it is likely to yield mixed real-world results, particularly in video and low-light photography.

When two phones run the same OS version and share virtually every software feature, the comparison becomes about the margins — and that is exactly the situation here. Both phones launch on Android 15 and are functionally identical across privacy controls, productivity tools, and customization options: dark mode, dynamic theming, split-screen multitasking, Picture-in-Picture, on-device machine learning, and offline voice recognition are all present on both. Neither phone receives direct OS updates, meaning both rely on their respective manufacturers for patches and upgrades rather than getting them straight from Google.

Scanning the full feature set, the only meaningful differentiator is Wi-Fi password sharing, which the Poco F7 supports and the GT 30 Pro does not. This feature lets users share their Wi-Fi credentials with nearby contacts quickly and conveniently — a small but genuinely useful quality-of-life addition that removes the friction of reading out or typing passwords manually.

As a result, this category is essentially a near-tie with a marginal edge to the Poco F7 solely due to Wi-Fi password sharing. No other software distinction exists between these two phones based on the available data. Users should treat software capability as a non-factor in their decision and look to other categories — performance, display, cameras, or design — to differentiate the two.

Battery is a category of clear contrasts. The Poco F7 packs a larger 6500 mAh cell versus the GT 30 Pro's 5500 mAh — a 1000 mAh difference that, all else being equal, translates to meaningfully longer time between charges. Paired with the Poco F7's faster 90W wired charging against the GT 30 Pro's 45W, the Poco F7 not only lasts longer but also refills in roughly half the time. That combination — bigger tank, faster pump — is a substantial practical advantage for heavy users and frequent travelers.

The GT 30 Pro does hold one exclusive: wireless charging, which the Poco F7 entirely lacks. For users embedded in a wireless charging ecosystem — bedside pads, desk chargers, or in-car mounts — this is a genuine convenience differentiator. It also comes with a charger in the box, whereas the Poco F7 does not, which is worth factoring into the total cost for buyers who need one. Neither phone has a removable battery, so that is a non-factor for both.

On balance, the Poco F7 wins this category for most users. Its larger capacity and dramatically faster wired charging outweigh the GT 30 Pro's wireless charging support in terms of day-to-day impact. That said, the GT 30 Pro remains the better pick for anyone who specifically relies on wireless charging as part of their daily routine — and the included charger is a small but welcome bonus.

Wired audio is off the table for both phones — neither includes a 3.5mm headphone jack, and both feature stereo speakers, so the baseline listening experience is comparable out of the box. Where things diverge significantly is in wireless audio codec support. The Poco F7 supports aptX, aptX HD, aptX Adaptive, and LDAC, while the GT 30 Pro supports none of these. For users with high-quality Bluetooth headphones or earbuds that support these codecs, this matters considerably: LDAC in particular can transmit audio at up to three times the data rate of standard Bluetooth audio, and aptX Adaptive offers low-latency, high-resolution wireless playback. Without these codecs, the GT 30 Pro is limited to standard Bluetooth audio quality regardless of how premium the connected headphones are.

The GT 30 Pro's one exclusive is a built-in FM radio — a feature the Poco F7 lacks entirely. This is a niche but genuinely useful capability in areas with limited data connectivity, for users who regularly tune into local broadcasts, or simply as a zero-data-cost listening option.

For most audio-conscious users, the Poco F7 wins this category clearly, thanks to its broad high-resolution Bluetooth codec support that meaningfully elevates wireless listening quality. The GT 30 Pro's FM radio is a distinctive perk for a specific audience, but it does not offset the Poco F7's advantage for the majority of modern listening use cases.

The two phones share a solid common foundation: 5G, dual SIM, NFC, USB Type-C, Wi-Fi 6, GPS with Galileo support, fingerprint scanner, gyroscope, infrared sensor, and Bluetooth — all present on both. Given how much overlap there is, the meaningful differentiators come down to just two specs: Wi-Fi generation and Bluetooth version. The Poco F7 adds Wi-Fi 7 (802.11be) support on top of the shared Wi-Fi 4/5/6 stack, while the GT 30 Pro tops out at Wi-Fi 6. Wi-Fi 7 delivers significantly higher theoretical throughput and lower latency, and while its real-world benefits depend on having a compatible router, it is a meaningful future-proofing advantage as Wi-Fi 7 infrastructure becomes more widespread.

On Bluetooth, the Poco F7 again pulls ahead with Bluetooth 6.0 versus the GT 30 Pro's 5.4. Newer Bluetooth versions generally bring improvements in connection stability, range, and energy efficiency, which matters for users who rely heavily on wireless peripherals, earbuds, or smartwatches throughout the day. Both phones share USB 2.0 speeds over their Type-C ports, so neither has an edge in wired data transfer.

This category delivers a clear but measured win for the Poco F7. Its advantages in both Wi-Fi and Bluetooth generations represent genuine forward-looking connectivity improvements, even if their immediate impact depends on the user's ecosystem and hardware. For users who want a device better prepared for next-generation wireless infrastructure, the Poco F7 is the stronger choice here.

The Miscellaneous category offers no differentiation between these two phones whatsoever. Both have a video light, and neither features a sapphire glass display, a curved display, or an e-paper display — the specs are a complete mirror image across every data point provided.

This is a complete tie, and it is worth treating it as such rather than reading anything into it. Neither phone gains or loses ground here, and this group should carry no weight in a buying decision between the Infinix GT 30 Pro and the Xiaomi Poco F7.