Xiaomi Poco F7 Pro VS Xiaomi Poco F7 Ultra

In terms of footprint, the two phones are essentially identical twins: both share the exact same 75 mm width and 160.3 mm height, meaning neither offers a more compact or one-hand-friendly silhouette than the other. Where they diverge is in depth and mass. The Poco F7 Ultra is marginally thicker at 8.4 mm versus the F7 Pro's 8.1 mm, and heavier at 212 g compared to 206 g. That translates to a volume difference of roughly 3.6 cm³ — small on paper, but a consistent indicator that the Ultra houses more internal hardware bulk.

In practical terms, a 6-gram weight gap is below the threshold most users would notice in isolation, but over a long day of use it can register subtly in the hand. The 0.3 mm thickness difference is similarly imperceptible in a pocket, though it does confirm the Ultra's denser internal packing. Both phones share the same IP68 waterproofing rating, meaning both can withstand submersion under identical conditions — neither holds an edge here. Neither device carries a rugged build certification or a foldable form factor, so those are non-factors in this comparison.

The F7 Pro holds a marginal edge in design ergonomics purely by being lighter and slimmer, which matters most to users who prioritize long-session comfort or dislike added bulk. However, the advantage is genuinely minor — buyers should not let this small difference be a deciding factor on its own.

The display category is a rare case of a complete dead heat. Both the Poco F7 Pro and Poco F7 Ultra use an identical OLED/AMOLED panel at 6.67″, delivering the same 1440 x 3200 px resolution and 526 ppi pixel density — a sharpness level where individual pixels are indistinguishable to the human eye at normal viewing distances. Neither panel has any advantage in clarity or screen real estate.

The parity continues across every performance metric: both screens refresh at 120Hz for smooth scrolling, respond to touch at 480Hz for near-instant input recognition, and peak at 1800 nits of typical brightness — enough for comfortable outdoor visibility in direct sunlight. The 5,000,000:1 contrast ratio is a hallmark of OLED technology, producing true blacks that LCD panels cannot match. Both phones also carry the full suite of HDR credentials — HDR10, HDR10+, and Dolby Vision — ensuring compatibility with premium streaming content on Netflix, Disney+, and similar platforms, with tone-mapping handled natively by the display hardware.

There is no differentiator to award here. Every display specification — panel type, size, resolution, refresh rate, brightness, HDR support, and Always-On capability — is exactly matched. Buyers choosing between these two phones can treat the display as a complete tie and focus their decision entirely on other specification groups.

This is where the two phones diverge most sharply. The Poco F7 Ultra is built around the Snapdragon 8 Elite, a newer and more powerful chip manufactured on a 3 nm process, while the F7 Pro runs on the Snapdragon 8 Gen 3 at 4 nm. The real-world gap is substantial and well-documented in the benchmark data: the Ultra scores 2,580,490 on AnTuTu versus the Pro's 2,035,700 — roughly a 27% lead — and its Geekbench 6 single-core result of 2970 outpaces the Pro's 2213 by about 34%. Single-core performance is particularly important for everyday responsiveness — app launches, UI snappiness, and latency-sensitive tasks all lean on it heavily.

The GPU story follows the same trajectory. The Ultra's Adreno 830, clocked at 1100 MHz, is a generational step above the Pro's Adreno 750 at 900 MHz, with higher memory bandwidth (85.1 GB/s vs 76.6 GB/s) and OpenCL 3 support versus OpenCL 2 on the Pro. For gaming at high frame rates or GPU-accelerated workloads, this gap is meaningful. The Ultra also ships with 16 GB of RAM at 5300 MHz, compared to the Pro's 12 GB at 4800 MHz — more headroom for heavy multitasking and future-proofing. One nuanced architectural difference worth noting: the Ultra carries a dramatically larger L2 cache of 12 MB (vs the Pro's 1 MB), which reduces costly memory fetches and helps sustain peak performance under load.

Perhaps the most compelling data point is thermal efficiency: despite its superior performance, the Ultra operates at a TDP of 8.2W compared to the Pro's 12.5W — a direct benefit of the smaller 3 nm node, meaning the Ultra runs cooler and draws less power while delivering more. The F7 Ultra holds a clear and meaningful advantage across every performance dimension in this group.

The camera systems reveal another meaningful gap between these two phones. The F7 Pro operates a dual-lens rear setup at 50 + 8 MP, while the F7 Ultra fields a triple-lens array at 50 + 50 + 32 MP — an additional telephoto-class sensor and a higher-resolution third lens that dramatically expand shooting versatility. Most telling is the optical zoom figure: the Ultra offers 2.5x optical zoom versus the Pro's 0x, meaning the Pro relies entirely on digital cropping for zoomed shots, which degrades image quality, while the Ultra can reach closer subjects with no loss in optical fidelity.

The front camera gap reinforces the Ultra's lead. Its 32 MP selfie sensor outresolves the Pro's 20 MP shooter — useful for users who prioritize detailed selfies or video calls. Both phones share the same peak video resolution of 4320p at 24 fps, OIS, phase-detection autofocus, and the same manual control suite, so neither holds a video workflow edge. One minor footnote: the Pro carries a dual-tone LED flash while the Ultra does not, though with two LEDs on each device this is unlikely to produce a noticeable real-world difference in flash output.

The F7 Ultra holds a clear advantage in this group. The jump from a dual to a triple-lens system, the addition of meaningful optical zoom, and a higher-resolution front camera collectively make the Ultra a substantially more capable photography tool for users who shoot in varied conditions or at distance.

On the software front, both phones are in complete lockstep. Both run Android 15 and share an identical feature set across every tracked specification — from privacy controls like location and camera/microphone permissions, to productivity features like split-screen multitasking, Picture-in-Picture, and widget support. Neither device receives direct OS updates, which means both depend on Xiaomi's own update cadence rather than receiving patches straight from Google.

The privacy toolkit is reasonably solid on both: app tracking can be blocked, clipboard warnings are active, and on-device machine learning is present — useful for features that process data locally without sending it to the cloud. Notably, neither phone supports cross-site tracking blocking or Wi-Fi password sharing, two features that have become standard on some competing platforms. These absences apply equally to both, so they carry no weight as a differentiator.

This group is a complete tie. Every single operating system feature is identical across the F7 Pro and F7 Ultra. Software experience will not factor into a decision between these two phones — buyers should look entirely to hardware differences to make their choice.

Battery is one of the few categories where each phone claims a distinct advantage, making this a genuine trade-off rather than a clean win. The F7 Pro carries a larger 6000 mAh cell versus the Ultra's 5300 mAh — a 13% capacity lead that, all else being equal, translates to meaningfully longer time between charges. For users who travel frequently, work long shifts away from outlets, or simply dislike charging daily, that extra headroom is tangible.

The F7 Ultra counters with two advantages of its own. Its 120W wired charging outpaces the Pro's 90W, meaning the Ultra can recover from a depleted battery faster — a practical equalizer for users who charge opportunistically throughout the day. More significantly, the Ultra adds wireless charging, a feature entirely absent on the Pro. For users embedded in a wireless charging ecosystem — desk pads, bedside chargers, car mounts — this is a genuine quality-of-life upgrade that the Pro simply cannot offer.

Neither phone is the outright winner here; the decision hinges on usage pattern. The F7 Pro suits users who prioritize raw endurance and want to go longer between charges. The F7 Ultra suits those who charge more frequently and value the speed and convenience of wireless charging. Both come with a charger in the box, so neither buyer is left to source one separately.

Audio capabilities are nearly identical across both phones, with one exception that matters to a specific type of listener. Both the F7 Pro and F7 Ultra drop the 3.5mm headphone jack — a now-common omission — and instead invest in a strong wireless audio codec stack: aptX, aptX HD, aptX Adaptive, and LDAC are all present on both devices. This combination covers virtually every high-quality Bluetooth audio scenario, from Sony's LDAC-compatible headphones to Qualcomm's aptX Adaptive for low-latency, high-resolution wireless playback. Both also feature stereo speakers, ensuring spatial sound without headphones.

The sole differentiator is the Ultra's additional support for aptX Lossless, a codec capable of transmitting CD-quality audio over Bluetooth without any compression. For the overwhelming majority of users, this will be imperceptible in practice — it requires compatible headphones and ideal wireless conditions to engage. But for audiophiles specifically seeking bit-perfect wireless transmission, it is a genuine, if niche, capability the F7 Pro cannot match.

The F7 Ultra edges ahead by the narrowest of margins, solely on the strength of aptX Lossless support. For most users this distinction will never surface in daily listening, making this group effectively a tie in real-world terms. Only those who own or plan to buy aptX Lossless-compatible audio gear will find the Ultra's advantage meaningful here.

Across the broad sweep of connectivity features, these two phones are remarkably alike. Both support 5G, Wi-Fi 7 (the latest standard, offering significantly higher throughput and lower latency than Wi-Fi 6E), dual SIM, NFC, USB Type-C, and an infrared sensor — a useful addition for controlling TVs and appliances. Cellular speeds are capped identically at 10,000 Mbits/s down and 3,500 Mbits/s up on both devices, and the sensor suite — gyroscope, accelerometer, compass, and GPS with Galileo — is identical.

The one concrete differentiator in this group is Bluetooth. The F7 Ultra ships with Bluetooth 6, while the F7 Pro uses Bluetooth 5.4. Bluetooth 6 introduces improved channel sounding for more precise device positioning and further refinements to energy efficiency and connection stability. In everyday use — streaming audio, connecting peripherals, using TWS earbuds — the gap between 5.4 and 6 will be imperceptible for most users, but the Ultra is better positioned for compatibility with next-generation Bluetooth accessories as the ecosystem matures.

The F7 Ultra holds a narrow edge here on the strength of its newer Bluetooth 6 implementation. That said, given how marginal the real-world impact is today, this group is effectively a tie for the vast majority of users, and neither phone is meaningfully disadvantaged in day-to-day connectivity.

The miscellaneous category offers nothing to separate these two phones. Both feature a video light, and both share the same set of omissions: no sapphire glass display, no curved screen, and no e-paper panel. Each of these absent features is niche enough that their absence is unlikely to affect the typical buyer's experience.

This is a complete tie by every available data point in this group. No differentiation exists between the F7 Pro and F7 Ultra here, and buyers should place no weight on this category when making their decision.