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Realme P4 Power Camera Test: Is the 50MP Sony IMX882 Good Enough?

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Realme P4 Power Camera Review: Is the 50MP Sony IMX882 a Game-Changer or Just Hype? The race for the best mid-range phone camera has gotten wild, and the new Realme P4 Power enters the ring with big promises. Anchoring its rear camera system is the 50MP Sony IMX882 sensor (also known as the LYT-600) complete with Optical Image Stabilization (OIS). While competitors ask if a 50MP sensor is merely "good enough," a hands-on look reveals where this camera genuinely scores points and where it hits the bench. Michael B. Norris on Real Experience: When testing the previous-generation Realme P-series models like the P1 Speed and P2 Pro, the biggest pain point was inconsistent processing you'd get an over-sharpened, oil-painting effect whenever lighting got tricky. With the P4 Power's fresh software tuning, the first shot out of the box immediately feels more grounded. The dynamic range holds together without turning shadows into noisy static.   Understanding the Sensor: Thi...

Realme P4 Power 144Hz Display Tested: Which Apps Actually Support 144Hz?

Realme P4 Power 144Hz Screen Test: Which Apps Actually Run Smooth and Which Get Capped?

The Realme P4 Power arrives boasting a massive headline feature: a 144Hz HyperGlow curved AMOLED panel backed by a dedicated Hyper Vision+ AI co-processor. On paper, jumping from standard 60Hz or 120Hz to 144Hz promises buttery-smooth motion. But when you fire up your favorite games and apps, do you actually get those 144 frames every second? We hooked the P4 Power up to real-time refresh rate monitors and hardware overlays to verify which apps unlock full speed and which remain locked at lower refresh rates.

Michael B. Norris's Take: Having tested the earlier Realme P3 series, aggressive software throttling around 120Hz was a constant annoyance. While the P4 Power's spec sheet screams enthusiast-grade fluidity, our tests reveal that Realme’s software still acts as an overprotective guardrail, frequently pinning common applications back to standard refresh rates.

Close-up of hands holding a Realme P4 Power smartphone while analyzing graphs on paper.

 

The Video Game Analogy: How Refresh Rate and FPS Work

Think of a high-refresh-rate screen like playing a multiplayer racing video game on a super-fast gaming monitor.

The screen’s refresh rate (144Hz) is like the monitor’s top speed: it can display up to 144 new pictures every single second. However, the game itself (the frame rate, or FPS) is the engine of your sports car. If your car’s engine can only crank out 60 frames per second, the monitor cannot make the race look any faster—it simply repeats the same frames. For true 144Hz smoothness, both the screen and the app engine must be running at full throttle simultaneously.

Michael B. Norris's Take: Many buyers confuse screen capability with real application throughput. Compared to previous firmware that blindly throttled displays down without notifying the user, Realme UI 7.0 handles frame pacing more consistently, but it still won't magically turn a 60fps title into native 144fps without interpolation compromise.

 


App-by-App Performance Breakdown

App CategoryApp NameDisplay Refresh RateNative App Frame RateReal-World Behavior
SystemRealme UI Home & Settings144Hz144 FPSFlawlessly smooth scrolling and menu navigation.
BrowsingGoogle Chrome144Hz120–144 FPSFluid scrolling; dips to 60Hz when video plays inline.
Social MediaX (formerly Twitter)120Hz120 FPSCapped at 120Hz; drops to 60Hz over video feeds.
Social MediaInstagram / Threads120Hz90–120 FPSHard-capped below 144Hz by system power profiles.
VideoYouTube & Netflix60Hz24–60 FPSDrops to 60Hz to match native video frame rates.
GamingBGMI / PUBG Mobile90Hz / 144Hz (AI mode)90 FPS Native (144 FPS via AI)Native capped at 90 FPS; 144 FPS uses frame interpolation.
GamingSubway Surfers / Alto's Adventure144Hz144 FPSRuns at full 144Hz refresh and native frame output.
GamingGenshin Impact60Hz45–60 FPSSystem locks refresh rate to prevent GPU thermal load.

Everyday Apps: Browsers, Social Feeds, and Video

When you navigate the phone's native interface, the system pushes a true 144Hz, making app drawer swipes and setting toggles feel instantaneous. Google Chrome also takes full advantage of the 144Hz ceiling during heavy text and webpage scrolling. However, major social networks like Instagram, Facebook, and X hit an automated thermal limit in Realme UI, capping out at 120Hz or dropping to 60Hz when embedded video autoplay begins. Video players such as YouTube and Netflix intelligently settle down to 60Hz to save battery power, as almost all streaming content is produced at 24 to 60 frames per second.

Michael B. Norris's Take: In everyday usability, the transition from 120Hz to 144Hz is much harder to see than the leap from old 60Hz panels to 120Hz. While previous models stuttered when dropping from high refresh rates into 60Hz video playback, the Dimensity 7400 Ultra chip and refined display driver smooth out those transitions significantly better on the P4 Power.

Gaming Reality Check: Native 144 FPS vs. AI Frame Generation

The gaming experience is where the difference between marketing claims and real hardware behavior becomes clear. Casual, lightweight 2D games like Subway Surfers easily render at true 144 FPS and 144Hz. Heavy competitive games tell a different story:

  • BGMI / Battlegrounds Mobile India: The Dimensity 7400 Ultra chipset runs native gameplay at a stable 90 FPS. To hit "144 FPS," Realme turns on Game AI Hyper Motion via its dedicated Hyper Vision+ co-processor, which inserts calculated intermediate frames into the display feed. While the screen physically refreshes at 144Hz, your fingers are still interacting with a 90 FPS physics engine.

  • Graphically Intensive RPGs (Genshin Impact): Realme locks the refresh rate strictly to 60Hz. The phone prioritizes battery life and thermal stability over raw frame rates, preventing the device from overheating.

Michael B. Norris's Take: Realme’s dedicated AI graphics chip does an admirable job synthesizing frames without noticeable artifacting, but mobile gamers should remain clear-eyed: interpolated 144 FPS does not give you lower input lag than true native 144 FPS. It is a visual upgrade, not a competitive latency shortcut.

How to Force Higher Refresh Rates in Realme UI

If you want more of your apps to run smoothly at high refresh rates, you can adjust these settings:

  1. Open Settings > Display & Brightness.

  2. Tap Screen Refresh Rate and switch from Auto-Select to High (144Hz).

  3. Select App-Specific Refresh Rate to manually override system caps on apps like Chrome and supported indie games.

  4. For supported games, pull down the in-game Game Assistant toolbar and enable Game AI Hyper Motion to activate 144 FPS interpolation.

The Realme P4 Power delivers an outstanding, bright 144Hz screen, but you will only experience its maximum speed in the home UI, selected browsers, lightweight titles, and through AI-assisted frame boost modes. 

External references

91Mobiles

realme p4 power specifications price india: Analysis: What a 10,001mAh Battery Actually Costs You

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