POCO’s own F9 Ultra results point to very high peak throughput and unusually fast supported-game frame rates, but they remain manufacturer lab claims rather than independent benchmarks.
- POCO reports an AnTuTu v11 score of 4,165,108 for the F9 Ultra, but this is a manufacturer result rather than an independently reproduced score.
- Three one-hour gaming runs listed by POCO average 184.55fps, 164.53fps and 164.69fps, with published 1% lows and power figures.
- The Snapdragon 8 Elite Gen 5 works alongside a VisionBoost D8 chip and an expanded cooling system; supported games can use super resolution, frame-rate enhancement and Game HDR.
- The official figures are useful for understanding POCO’s performance target, not for declaring a definitive win over rivals before repeatable third-party testing.
Benchmark summary
The POCO F9 Ultra benchmarks published by the manufacturer position the F9 Ultra as a sustained-performance gaming phone, not merely a device with a fast processor. Its headline claim is an AnTuTu v11 result of 4,165,108, supported by three one-hour gaming examples that publish average frame rate, 1% low and power consumption. Those details make the official data more useful than a single peak score.
The essential qualification is that every figure in this article comes from POCO’s own laboratory material. They have not been reproduced by PhoneSpecX, and the cited independent report did not yet include a complete review. Treat them as a clear statement of the phone’s target performance, not a final cross-device ranking. Readers interested in the wider hardware and regional picture can start with our POCO F9 series specifications and rollout guide.
| Test or scenario | Score / average | 1% low | Power | Evidence |
|---|---|---|---|---|
| AnTuTu v11 | 4,165,108 | Not stated | Not stated | POCO lab claim |
| One-hour FPS test 1 | 184.55fps | 157.39fps | 4.96W | POCO lab claim |
| One-hour MOBA test | 164.53fps | 131.89fps | 3.94W | POCO lab claim |
| One-hour FPS test 2 | 164.69fps | 149.4fps | 3.73W | POCO lab claim |
What the official figures actually show
The AnTuTu result is a broad system score. It combines several workloads and can indicate the overall ceiling of the processor, graphics, memory and storage stack. It does not describe how the phone behaves after an hour of gaming, how hot its surface becomes, or whether a particular title can sustain the display’s maximum refresh rate.
The one-hour game figures answer a different question. Average frame rate shows general smoothness, while the 1% low describes the slowest one percent of rendered frames. A high average paired with a much lower 1% low can still feel uneven. POCO’s published gaps are comparatively narrow for the stated frame rates, although test settings, room temperature, game versions and performance modes must match before another device can be compared fairly.
Power is equally important. The listed 3.73W to 4.96W range offers a clue about efficiency, but it is not battery-life data. Screen brightness, radios, audio and background activity also affect total drain.
The 4.16-million AnTuTu claim
POCO’s official F9 Ultra overview lists 4,165,108 in AnTuTu v11. The version number matters because scores from different AnTuTu generations are not directly interchangeable. Cooling state, ambient temperature, firmware, memory configuration and whether a performance mode is enabled can also move a result.
The score is best read as evidence that POCO expects flagship-class peak performance from this platform. It should not be used to infer a precise advantage over a phone tested by another outlet under different conditions. A useful independent comparison would repeat several runs, log temperatures, record the minimum and median result, and disclose the exact software build.
185fps gaming and the VisionBoost D8 chip
The F9 Ultra combines Qualcomm’s processor with POCO’s VisionBoost D8 display and graphics chip. POCO says supported titles can use super resolution, smart frame-rate enhancement and Game HDR, and it advertises an ecosystem of more than 20 games capable of reaching the phone’s high-refresh experience.
That distinction matters: a displayed frame rate may include generated or interpolated frames rather than only frames rendered natively by the game engine. The feature can improve perceived motion, but it is not identical to the application rendering every frame at the same rate. Buyers should also verify that their preferred game is supported, because the 185Hz panel does not make every title run at 185fps automatically.
Average frame rate, 1% lows and power draw
The strongest of POCO’s published gaming examples averages 184.55fps over one hour with a 157.39fps 1% low at 4.96W. The MOBA example averages 164.53fps, posts a 131.89fps 1% low and draws 3.94W. A second FPS example averages 164.69fps with a 149.4fps 1% low at 3.73W.
Within POCO’s own data, the second FPS run looks most efficient, while the first reaches closest to the panel’s 185Hz ceiling. The MOBA run has the widest average-to-low gap. These are meaningful patterns, but the official page does not provide enough detail to calculate battery duration or normalize performance per watt across competing phones.
Cooling is central to the performance pitch
POCO describes a cooling assembly with a 6,300mm² loop heat pipe area and 17,820mm² of graphite. Its internal testing claims up to a 3°C reduction at the system-on-chip. Large cooling surfaces can spread heat away from concentrated hotspots, helping the processor hold higher clocks for longer.
The missing piece is external verification. A proper thermal review should measure both internal behavior and the temperatures a user feels at the frame, rear panel and display. It should also look for performance changes after repeated runs. Until those measurements are available, the 3°C figure should remain labeled as a controlled POCO result.
Snapdragon, memory and storage stack
The official specification sheet lists the 3nm Snapdragon 8 Elite Gen 5, with two prime cores running up to 4.6GHz and six performance cores up to 3.62GHz. Configurations pair that processor with LPDDR5X memory rated at 9,600Mbps and UFS 4.1 storage. Options include 12GB+256GB, 16GB+512GB and 16GB+1TB.
Fast memory and storage can improve asset loading, application launches and benchmark sub-scores, but capacity variants may not always perform identically. Anyone comparing results should note the exact configuration. The hardware also resembles the prior generation’s flagship strategy; our POCO F8 Ultra specifications provide useful context for what changed around the platform.
The 185Hz display is part of the equation
The 6.9-inch AMOLED has a 2608×1200 resolution and a refresh rate of up to 185Hz. A high refresh ceiling reduces the delay between displayed frames when a game and its rendering pipeline can keep up. It also gives the frame-enhancement hardware room to present smoother motion.
Refresh rate alone is not a performance guarantee. Game caps, touch latency, thermal limits and frame pacing determine how responsive play feels. The high-resolution panel can also increase graphics load if a title renders near native resolution, which is one reason the D8 chip’s supported-game features matter.
What independent testing still needs to verify
TechRadar’s September 1 launch coverage says the F9 Ultra keeps the Snapdragon 8 Elite Gen 5 used by its predecessor and quotes POCO arguing that gaming performance depends on the combination of chipset, cooling and tuning. The report also notes that a full review was still pending at publication.
Independent testing should verify repeated benchmark variance, sustained native rendering, frame interpolation behavior, surface temperature, fan-free recovery time and battery drain at controlled brightness. It should also compare the same game build and graphics preset. Until that dataset exists, this article intentionally avoids a winner-versus-rivals verdict. For a hardware-level buying comparison, see our POCO F9 Pro vs F9 Ultra comparison.
Who should care about these results?
The official numbers are most relevant to players of supported high-frame-rate titles who want sustained smoothness and are comfortable using vendor gaming modes. The large 8,050mAh battery, 100W wired charging and 50W wireless charging also support a performance-first use case, although charging specifications do not prove gaming endurance.
Casual players should not choose the phone from AnTuTu alone. Camera needs, software preferences, size and weight matter just as much; the F9 Ultra weighs 235g. Competitive players should wait for independent frame-time plots for their specific games, especially if low-latency native rendering matters more than interpolated smoothness.
Verdict
POCO has published an unusually detailed performance pitch: a 4.16-million AnTuTu v11 claim, three one-hour gaming averages, 1% lows, power figures and a named cooling design. On paper, the F9 Ultra is engineered to keep supported games near very high refresh rates rather than chase only a short benchmark peak.
The responsible conclusion is narrower than a championship label. The data shows POCO’s target and gives reviewers specific claims to test. It does not yet establish the phone’s real-world lead over rivals. Buyers who value evidence should treat these figures as a promising manufacturer baseline and wait for repeatable independent sustained-performance results before making a final ranking.
Pros & Cons
Pros
- Detailed official one-hour frame-rate, 1% low and power figures
- High-refresh 185Hz display with supported-game enhancement
- Large cooling assembly and flagship memory/storage
Cons
- All cited benchmark figures are manufacturer tests
- Supported-game frame enhancement is not the same as native rendering
- Independent sustained thermals and battery drain remain unverified
