Xiaomi Poco F7 VS Xiaomi Poco F7 Pro

Both the Poco F7 and Poco F7 Pro share the same core protection credentials — IP68 waterproofing — meaning neither has an advantage when it comes to dust and water resistance. Day-to-day, this rating translates to submersion tolerance beyond casual splashes, which is a meaningful feature at this price tier for both devices.

Where the two diverge is in physical footprint. The F7 Pro is measurably more compact across every dimension: it is 2.8 mm shorter, 2.9 mm narrower, and 0.1 mm thinner, resulting in a total volume of 97.38 cm³ versus the F7's 104.19 cm³ — roughly a 6.5% reduction in bulk. More practically, the F7 Pro also weighs 206 g compared to the F7's 215.7 g, a nearly 10 g difference. While that gap may sound small on paper, it is perceptible during extended single-handed use or when the phone sits in a shirt pocket. The narrower width of the Pro in particular contributes to a more natural grip for a broader range of hand sizes.

For users who prioritize handling comfort and pocketability, the Poco F7 Pro holds a clear edge in this category. The F7 is not dramatically larger, but across every measurable dimension the Pro is the more refined and ergonomic package, without sacrificing any protection rating in the process.

On the surface, both phones share a strong display foundation — OLED/AMOLED panels with 120Hz refresh rates, identical touch sampling, Dolby Vision, HDR10+, and Gorilla Glass 7i. The real story, however, is in how sharply they diverge on the specs that matter most for daily visual quality. The F7 Pro's 1440 x 3200 resolution at 526 ppi is a significant step above the F7's 1280 x 2772 at 447 ppi — a difference that becomes visible when reading fine text, viewing detailed photos, or using the display at close range. The F7 compensates with a larger 6.83″ screen, which suits media consumption and users who prefer more real estate.

The most impactful gap, though, is brightness. The F7 Pro's 1800 nits typical brightness dwarfs the F7's 700 nits — a 2.5× advantage that translates directly to outdoor legibility in sunlight. In practice, a 700-nit panel can struggle under bright daylight, while 1800 nits remains comfortably readable. The F7 does edge ahead on contrast ratio (8,000,000:1 versus 5,000,000:1), but on OLED panels — where black pixels are simply off — real-world contrast differences at these magnitudes are essentially imperceptible to the human eye.

The Poco F7 Pro holds a decisive advantage in this category. Its combination of a sharper panel and dramatically higher brightness makes it the superior display for virtually all use cases, particularly outdoors. The F7's larger screen is a reasonable trade-off for those who prioritize screen size, but on pure display quality the Pro wins clearly.

This is one of the more nuanced performance matchups in this comparison, because each phone wins on different benchmarks. The F7 runs on the Snapdragon 8s Gen 4 and posts a higher AnTuTu score of 2,084,535 versus the F7 Pro's 2,035,700 on the Snapdragon 8 Gen 3 — a roughly 2.4% lead. Flip to Geekbench 6, however, and the picture reverses: the F7 Pro scores 7,325 multi-core and 2,213 single-core, compared to the F7's 6,833 and 2,041 respectively. Single-core performance is particularly relevant for everyday responsiveness — app launches, UI snappiness — making the Pro's lead here meaningful for feel-in-hand fluency.

On the GPU side, the F7's Adreno 825 runs at a significantly higher clock speed (1150 MHz versus 900 MHz), which partially explains its AnTuTu advantage. Both phones share the same number of GPU execution units and identical TDP of 12.5W, meaning neither has a thermal headroom advantage. A notable cache difference exists: the F7 Pro's 12 MB L3 cache is 50% larger than the F7's 8 MB, which benefits sustained, memory-intensive workloads like gaming or multitasking — while the F7 counters with a much larger 6 MB L2 cache (versus just 1 MB on the Pro), advantaging low-latency, repetitive tasks.

Ultimately, this category is too close to declare a clean winner. The F7 edges ahead in raw throughput benchmarks; the F7 Pro responds with stronger CPU efficiency scores and a larger L3 cache suited to heavier workloads. For the vast majority of users, both phones will feel virtually identical in daily use — the split verdict here reflects a genuine engineering trade-off between two capable but architecturally distinct chipsets.

The camera hardware on both phones is largely identical at the sensor level — matching 50 & 8 MP dual-lens rear setups, 20 MP front cameras, OIS, phase-detection autofocus, and a near-identical feature set for manual controls. Given how aligned they are on paper, the meaningful differences come down to three specific capabilities. The most headline-grabbing is video resolution: the F7 Pro tops out at 4320p (8K) at 24 fps, while the F7 caps at 2160p (4K) at 60 fps. These represent genuinely different priorities — the Pro targets maximum resolution for users who want to crop or reframe footage in post, while the F7's 4K60 is the more practical choice for smooth, fluid everyday video like action shots or vlogs.

Two other differentiators cut in opposite directions. The F7 supports RAW photo capture, which the F7 Pro does not — a meaningful advantage for photographers who edit in Lightroom or similar tools, since RAW files retain far more dynamic range and detail than processed JPEGs. On the other hand, the F7 Pro gains a dual-tone LED flash versus the F7's single-tone setup, which produces more natural skin tones in flash photography by mixing warm and cool light to better match the scene's ambient color temperature.

Neither phone holds a sweeping overall advantage here — the result depends entirely on use case. Videographers shooting for archival or post-production flexibility will lean toward the F7 Pro's 8K capability; photographers who shoot and edit stills will find the F7's RAW support the more valuable differentiator. For general users, both cameras are functionally equivalent in daily shooting.

Running identical versions of Android 15, both phones arrive at virtually the same software experience. Privacy tooling, customization depth, productivity features like split-screen and Picture-in-Picture, and quality-of-life additions like dynamic theming and extra dim mode are all present on both devices. Neither receives direct OS updates, and neither supports focus modes — so those omissions apply equally across the board.

Across the entire feature set, only a single difference exists: the F7 supports Wi-Fi password sharing, while the F7 Pro does not. This feature allows users to share their Wi-Fi credentials with nearby contacts without manually typing or revealing the password — a small but genuinely convenient capability when onboarding guests or new devices to a home network.

As software categories go, this one is essentially a dead heat. The Poco F7 technically edges ahead by virtue of Wi-Fi password sharing, but it would be a stretch to call it a meaningful advantage for most users. Anyone choosing between these two phones should treat the software experience as functionally identical and focus their decision on the hardware differences covered in other categories.

Charging speed is a non-issue here — both phones top out at 90W fast charging, putting them on equal footing for how quickly they recover from empty. The more tangible difference is capacity: the F7 packs a 6500 mAh battery versus the F7 Pro's 6000 mAh. That 500 mAh gap — roughly 8% more capacity — is not transformative, but it is consistent. Under similar usage conditions, the F7 can be expected to edge ahead in screen-on time, making it the more appealing option for heavy users or frequent travelers who want to push further between charges.

The practical calculus shifts somewhat when you factor in the charger situation. The F7 Pro includes a charger in the box, while the F7 does not. For buyers who do not already own a compatible 90W adapter, that out-of-box omission on the F7 adds a real-world cost and inconvenience that partially offsets the battery capacity advantage. Neither phone supports wireless charging, so there is no additional dimension to consider there.

Weighed together, the Poco F7 holds the edge on raw battery endurance, but the F7 Pro's bundled charger makes it the more complete package at purchase. Which advantage matters more comes down to the buyer's situation — if a high-wattage charger is already on hand, the F7's larger cell is the straightforward winner; if starting from scratch, the Pro's included accessory narrows the gap considerably.

Audio is the rare category where there is simply nothing to separate these two phones — the spec sheets are identical in every field. Both drop the 3.5mm headphone jack, both feature stereo speakers, and both support the same wireless audio codec stack: aptX, aptX HD, aptX Adaptive, and LDAC. That last pair is particularly noteworthy — LDAC transmits audio at up to three times the bandwidth of standard Bluetooth codecs, and aptX Adaptive offers low-latency, high-resolution streaming, meaning both phones are well-equipped for high-fidelity wireless listening with compatible headphones.

This is a straightforward tie. Anyone choosing between the Poco F7 and F7 Pro on the basis of audio capability will find no grounds for differentiation here — the experience on paper is exactly the same. The decision, as with the software category, should rest entirely on the distinctions found elsewhere.

Most of the connectivity groundwork is identical between these two — dual SIM 5G, NFC, USB Type-C, infrared, GPS, and fingerprint scanner all appear on both. The divergence comes down to three specific areas. The F7 carries Bluetooth 6, a newer version than the F7 Pro's Bluetooth 5.4, which in principle offers improvements to connection reliability and efficiency. Meanwhile, the F7 Pro extends its Wi-Fi support to include Wi-Fi 6E, adding access to the less congested 6 GHz band — a practical advantage in dense environments like apartments or offices where the 5 GHz band is heavily occupied, resulting in more stable and faster local wireless connections.

The most striking gap is in cellular throughput. The F7 Pro's modem supports download speeds up to 10,000 Mbits/s, more than double the F7's 4,200 Mbits/s. In practice, real-world 5G speeds are constrained by carrier infrastructure and rarely approach these theoretical peaks, but a higher ceiling does translate to faster burst speeds in optimal network conditions — relevant for downloading large files or streaming high-bitrate content on mobile data.

Connectivity is one of the more nuanced trade-offs in this comparison. The F7 holds a generational edge in Bluetooth, while the F7 Pro counters with Wi-Fi 6E support and a substantially faster cellular modem. For users in congested Wi-Fi environments or those who rely heavily on mobile data performance, the Poco F7 Pro has the more meaningful advantages here. The F7's Bluetooth 6 edge is real but less impactful for most users day-to-day.

The miscellaneous category offers no differentiation whatsoever between these two phones. Both share a video light, neither features a curved or e-paper display, and neither uses sapphire glass. Every data point in this group is identical, leaving no basis for advantage on either side.

This is a straightforward tie — buyers should disregard this category entirely when weighing the Poco F7 against the F7 Pro and focus on the more substantive differences covered in areas like display quality, battery, and connectivity.