Infinix GT 20 Pro Gaming Review: Pixelworks X5 Turbo 120 FPS MEMC Tested
Does dedicated display chip frame interpolation work for competitive BGMI, or does input latency kill your reaction time? Here is our 100-hour competitive verdict.
Infinix took a radically bold approach with the GT 20 Pro: rather than relying solely on the MediaTek Dimensity 8200 Ultimate SoC, they embedded a secondary Pixelworks X5 Turbo display processor capable of interpolating native 60 FPS mobile games up to 120 FPS.
1. Native 90 FPS vs MEMC 120 FPS: The Latency Penalty
Frame interpolation looks silky smooth to casual observers, but in competitive esports, input latency is the metric that decides firefights. We hooked our high-speed 1000 FPS Phantom camera to measure the exact millisecond delay between a finger tap on the fire button and muzzle flash on screen.
| Display Configuration | Visual Smoothness | Button-to-Muzzle Latency | Thermal Footprint |
|---|---|---|---|
| Native 90 FPS Mode | High (Native frames) | 38.2 ms | 41.5°C |
| Pixelworks MEMC 120 FPS Mode | Ultra-High (Simulated) | 56.8 ms (+18.6ms penalty) | 38.1°C (Lower GPU load) |
| Native 60 FPS Extreme | Standard | 44.1 ms | 37.0°C |
"For casual grinding and cinematic immersion, Pixelworks 120 FPS is magical because the phone runs significantly cooler. But in high-tier custom scrims where 18ms means receiving two headshots before your spray registers, stick strictly to Native 90 FPS." - Vikram Patel
2. Cyber Mecha Design & Cooling Case
The RGB mini-LED strip on the back is surprisingly customizable, syncing with incoming notifications and gaming kills. The bundled cooling magnetic case and clip-on Peltier fan keep temperatures locked at 34°C during marathon Indian summer afternoon sessions.
Vikram Patel
Budget Esports SpecialistDedicated tester of sub-₹25,000 gaming phones, college LAN organizers, and Android ROM optimization veteran.