Realme GT 7T VS Xiaomi Poco F7 Pro

The Realme GT 7T and Xiaomi Poco F7 Pro are both waterproof, with an Ingress Protection (IP) rating of IP67 and IP68, respectively. The Realme GT 7T offers an IP67 rating, meaning it can withstand immersion in water up to 1 meter for 30 minutes, while the Poco F7 Pro's IP68 rating provides a higher level of protection, allowing it to withstand immersion in water deeper than 1 meter, though the exact depth is unspecified.

When it comes to physical dimensions, the Realme GT 7T weighs 202 g, which is slightly lighter than the Poco F7 Pro, which weighs 206 g. The GT 7T is 8.3 mm thick, while the Poco F7 Pro is slightly thinner at 8.1 mm. In terms of width, the GT 7T is 76 mm, just a bit wider than the Poco F7 Pro, which is 75 mm. The Realme device has a height of 162.4 mm, while the Poco F7 Pro is slightly shorter at 160.3 mm. The GT 7T also has a larger volume of 102.44 cm³, compared to the Poco F7 Pro's 97.38 cm³.

Neither device has a rugged build, and neither can be folded, so their designs focus more on sleek, non-folding form factors.

Both phones use OLED/AMOLED panels with a 120Hz refresh rate, damage-resistant glass, Always-On Display, and full HDR support including HDR10+ and Dolby Vision — so the baseline experience is strong on either device. The meaningful differences emerge when you look at the underlying panel quality. The Poco F7 Pro packs a 1440 x 3200 px resolution into a 6.67″ screen, resulting in a pixel density of 526 ppi. The GT 7T runs a 1280 x 2800 px resolution across a larger 6.8″ panel, landing at 453 ppi. That 73 ppi gap is perceptible — text edges are crisper and fine detail in images is noticeably sharper on the Poco F7 Pro, especially at close viewing distances typical of smartphone use.

Brightness is the other standout differentiator. The Poco F7 Pro's 1800 nits typical brightness versus the GT 7T's 1000 nits is not a marginal difference — it is nearly double. In practice, this means the Poco F7 Pro is substantially more legible in direct sunlight and high-ambient-light environments, where the GT 7T may require manual adjustments or struggle to remain comfortable to read. For users who spend significant time outdoors, this gap matters considerably.

The GT 7T's larger screen size offers more screen real estate for media and multitasking, but the Poco F7 Pro counters with a clearly superior panel in the two metrics that most directly affect visual quality. The Poco F7 Pro holds a significant display edge overall, driven by its higher pixel density and considerably greater brightness.

On paper, both phones share a number of traits — 512 GB storage, 12 GB RAM, 4 nm fabrication, 8-thread CPUs with big.LITTLE and HMP, DDR5 memory, and DirectX 12 support. But the silicon underneath tells a very different story. The Poco F7 Pro runs on the Snapdragon 8 Gen 3, a flagship-tier SoC, while the GT 7T uses the Dimensity 8400 Max, a high-end but mid-range-class chip. The Geekbench 6 scores make this gap concrete: the Poco F7 Pro posts a multi-core score of 7325 and a single-core score of 2213, compared to the GT 7T's 6033 and 1571 respectively. The single-core gap — roughly 41% higher on the Poco F7 Pro — is particularly telling, as single-core performance governs everyday responsiveness: app launches, UI animations, and general snappiness.

GPU performance adds another dimension to this gap. The GT 7T's Mali G720 MC7 runs at a higher clock speed (1300 MHz vs 900 MHz), but raw clock speed is not a reliable cross-architecture comparator. The Poco F7 Pro's Adreno 750 is a substantially more capable GPU architecture overall, and this is reflected in broader gaming and graphics workload performance. Meanwhile, the Poco F7 Pro also holds an edge in memory bandwidth (76.6 GB/s vs 68.2 GB/s) and L3 cache (12 MB vs 6 MB), the latter being especially relevant for sustained workloads — a larger L3 cache reduces costly memory fetches, helping maintain performance under load.

The GT 7T does have more memory channels (4 vs 2) and a higher RAM speed (4267 MHz vs 4800 MHz — actually favoring the Poco here), but these advantages do not offset the Snapdragon's lead across CPU and GPU benchmarks. The Poco F7 Pro has a clear and meaningful performance advantage in this group, making it the stronger choice for demanding users, heavy gaming, or anyone who prioritizes sustained peak performance.

The rear camera systems are strikingly similar on paper: both phones feature a 50 & 8 MP dual-lens setup with OIS, phase-detection autofocus, continuous AF during video, and the same suite of manual controls. The feature parity here is high enough that neither phone holds a structural advantage in still photography based solely on the provided specs.

Video recording is where a meaningful split emerges, and it cuts both ways. The Poco F7 Pro can shoot at 8K (4320p) at 24 fps, a capability the GT 7T lacks entirely — this matters for users who want maximum resolution footage for cropping or future-proofing. The GT 7T, however, tops out at 4K at 60 fps, which is arguably the more practical format for everyday videography: smoother motion, wider software support, and smaller file sizes. Which spec is more useful depends squarely on the user's workflow. The Poco F7 Pro also benefits from a dual-tone LED flash with 2 LEDs, which produces more natural-looking light in low-light stills compared to the GT 7T's single LED flash — a small but real advantage for flash photography.

Selfie shooters, on the other hand, will find the GT 7T's 32 MP front camera notably more capable than the Poco F7 Pro's 20 MP sensor, offering greater detail and more flexibility for cropping. Overall, this group is closely contested: the Poco F7 Pro edges ahead for video enthusiasts and flash photography, while the GT 7T is the stronger pick for selfie quality and high-framerate 4K recording.

Across every single data point in this specification group, the Realme GT 7T and Xiaomi Poco F7 Pro are identical. Both ship with Android 15 and share the same feature set across privacy controls, customization, productivity, and accessibility — including dynamic theming, on-device machine learning, offline voice recognition, split-screen multitasking, Picture-in-Picture, and battery health monitoring, among others.

This is a complete tie based strictly on the provided specs. Neither phone receives direct OS updates, and neither supports features like Wi-Fi password sharing, cross-site tracking blocking, focus modes, or PC mode — absences that apply equally to both. The symmetry here is total, leaving no basis to declare an advantage for either device in this category.

Battery is one of the clearest differentiators between these two phones. The Realme GT 7T houses a substantial 7000 mAh cell, versus the Poco F7 Pro's already-generous 6000 mAh. That 1000 mAh gap — roughly 17% more capacity — translates directly into longer time between charges, a meaningful advantage for heavy users, travelers, or anyone who regularly pushes through a full day and into the next. At 6000 mAh the Poco F7 Pro is no slouch, but the GT 7T sets itself apart as a phone where battery anxiety is unlikely to be a concern.

Charging speed partially offsets this gap in favor of the Poco F7 Pro. The GT 7T charges at 120W while the Poco F7 Pro comes in at 90W — both are fast by any standard, and both ship with a charger included. In practice, 120W can top up a large battery from near-empty to full in well under an hour, while 90W is only marginally slower in real-world use. The speed difference is real but unlikely to be a decisive factor for most users. Neither phone supports wireless charging, which is a shared omission worth noting for users who rely on charging pads.

Taking both metrics together, the Realme GT 7T holds a clear advantage in this category. Its larger battery provides more raw endurance, and its faster charging ensures that advantage is not undermined by longer time at the wall. For battery-conscious buyers, the GT 7T is the stronger choice.

For speaker output, both phones are evenly matched — stereo speakers on each, no 3.5 mm headphone jack on either. The real divergence in this category lies in wireless audio codec support, and it is one-sided. The Poco F7 Pro supports aptX, aptX HD, aptX Adaptive, and LDAC, while the Realme GT 7T supports none of these.

This matters significantly for anyone using high-quality Bluetooth headphones or earbuds. LDAC transmits audio at up to three times the bitrate of standard Bluetooth codecs, preserving considerably more detail when paired with compatible devices. aptX Adaptive goes further by dynamically adjusting bitrate to balance quality and latency — making it well-suited for both music and low-lag use cases like gaming or video calls. Without any of these codecs, the GT 7T is limited to standard SBC or AAC Bluetooth audio, which compresses audio more aggressively and is audibly inferior on capable headphones. Neither phone supports aptX Lossless or FM radio, so those absences are a shared limitation.

The Poco F7 Pro wins this category outright. Its codec support stack is a meaningful advantage for anyone invested in wireless audio quality, and the GT 7T offers no comparable feature to offset it.

The shared connectivity foundation here is strong on both devices — 5G, dual SIM, USB Type-C, NFC, fingerprint scanner, GPS with Galileo, infrared sensor, and the full suite of motion sensors. The differentiators are concentrated in Wi-Fi and Bluetooth, and they cut in opposite directions. The Poco F7 Pro supports Wi-Fi 7 (802.11be) and Wi-Fi 6E, standards the GT 7T lacks entirely. Wi-Fi 7 delivers significantly higher throughput, lower latency, and better performance in congested environments — a forward-looking advantage as Wi-Fi 7 routers become more common. This is also directly reflected in peak download speeds: 10,000 Mbits/s on the Poco F7 Pro versus 5,170 Mbits/s on the GT 7T, nearly double the theoretical ceiling.

Bluetooth tells the opposite story. The Realme GT 7T ships with Bluetooth 6, a newer specification than the Poco F7 Pro's Bluetooth 5.4. Bluetooth 6 introduces improved channel sounding for more precise distance and location estimation, along with efficiency improvements — though in everyday use (audio streaming, file transfers, peripherals), the practical gap between 5.4 and 6 remains modest for most users. It is nonetheless a meaningful spec for longevity and compatibility with future accessories.

Weighing the two, the Poco F7 Pro holds the more impactful connectivity advantage. Wi-Fi 7 and its dramatically higher download speed ceiling represent a larger real-world upgrade than Bluetooth 6, particularly as wireless infrastructure continues to evolve. The GT 7T's Bluetooth lead is real but narrower in everyday significance, leaving the Poco F7 Pro with the edge in this category overall.

The Miscellaneous category offers no basis for differentiation whatsoever. The Realme GT 7T and Xiaomi Poco F7 Pro match identically across every data point provided: both have a video light, neither has a sapphire glass display, a curved display, or an e-paper display. This is a complete tie, and no advantage can be assigned to either device based strictly on the available specs.