Gaming phones generate high heat during extended gameplay due to powerful CPUs and GPUs. Vapor chamber or liquid cooling spreads heat evenly, preventing throttling and maintaining consistent performance.
Unlike refresh rate, touch sampling rate measures screen responsiveness to touch input. A higher rate means faster reaction times, crucial for competitive games like PUBG, CODM, and Free Fire.
LPDDR5X RAM boosts memory speed, while UFS 4.0 storage ensures faster loading of apps and textures. Together, they reduce lag, minimize loading times, and improve overall game stability.
Yes. High refresh rates make animations smoother and reduce motion blur, giving competitive gamers an edge. Many eSports titles are optimized for 120Hz+ gameplay.
These technologies optimize GPU performance, network stability, and battery efficiency. They reduce latency, improve frame rates, and deliver smoother graphics rendering for intense sessions.
Heavy gaming drains battery quickly. Large batteries extend playtime, while fast charging ensures minimal downtime, keeping players in the game.
Yes. Without proper cooling, processors reduce clock speeds to prevent overheating, lowering benchmark scores and impacting real-world gaming performance.