New Delhi, August 24: Mobile gaming has evolved beyond a mere pastime; it has become a significant part of the digital entertainment industry. Today’s smartphone users expect experiences that were once exclusive to dedicated gaming devices. Enhanced graphics, higher refresh rates, rapid touch response, and intricate gaming environments have significantly raised the performance expectations for smartphones.
According to a report by Mordor Intelligence, India’s gaming market is projected to grow from approximately $5 billion in 2026 to $9.89 billion by 2031. It is anticipated that around 80% of this market will come from mobile gaming. This shift has made smartphones the primary medium for gaming in India, while the share of consoles and personal computers remains relatively low.
With the increasing demand for gaming, having a powerful processor is no longer sufficient. Consistent frame rates, low latency, effective thermal management, and improved battery performance have also become crucial. Consequently, the smartphone industry is beginning to view gaming performance not just in terms of benchmark scores but as an overall experience.
The role of artificial intelligence (AI) in this transformation is growing steadily. Initially, AI was primarily used for camera functions, productivity, and personalization features. Now, it plays a vital role in enhancing the gaming experience. AI-based processing can generate additional frames, improve visual quality, and optimize performance in real-time, resulting in a smoother and more stable gaming experience.
This shift in consumer preferences is evident among Indian buyers. According to a report by Flipkart and Counterpoint, 89% of smartphone buyers in India stated that AI features influence their purchasing decisions. This indicates that AI has become an essential part of smartphones rather than just an added convenience.
The true potential of modern gaming smartphones relies on the harmonious functioning of the processor, graphics processing unit, display, cooling system, battery, and software. In line with this understanding, many companies are adopting dual-chipset architecture.
In dual-chipset technology, an additional specialized chip is paired with the main processor to handle visual processing and AI-based tasks. This reduces the load on the main processor, allowing the system to operate more efficiently. This technology is particularly beneficial for maintaining stable performance during extended gaming sessions.
Realme’s new P4S 5G series exemplifies this trend, featuring a MediaTek Dimensity 7400 Ultra processor alongside a Hyper Vision+ AI chip. While the Dimensity processor manages core computing tasks, the AI chip enhances visual quality and graphics performance.
This technology extends beyond gaming. It also improves clarity, speed, and color quality during video streaming, sports broadcasts, and action-based content viewing. Users benefit from a smoother experience and better contrast in fast-paced scenes.
The smartphone includes a 144 Hz Samsung 1.5K AMOLED display and rapid touch sampling rates of up to 3000 Hz, further enhancing gaming responsiveness. Features like AI Hyper Motion, AI Hyper Clarity, and AI Always-On HDR strengthen performance and visual quality.
Realme has also integrated an AI gaming partner to enhance the gaming experience, incorporating features like GT mode, cleanup acceleration, Do Not Disturb, and network optimization. These features improve resource management during gaming and reduce unnecessary interruptions.
To maintain stable performance during prolonged use, the phone is equipped with a 7000 square millimeter airflow VC cooling system. Additionally, it boasts an 8000 mAh Titan battery, 80-watt fast charging, and all-scenario bypass charging capabilities.
Together, these features make the Realme P4S 5G one of the best smartphones in the approximately ₹30,000 price range, where specialized AI processing contributes not only to gaming but also to a seamless and engaging content viewing experience.
Thus, the future of mobile gaming will no longer rely solely on more powerful processors. The industry is rapidly moving towards a model where various hardware and software components work together to provide users with a better and consistently stable experience. Dual-chipset and AI-based technologies are the next steps in this evolution, playing a crucial role in enhancing not just gaming but also video viewing and other digital experiences.
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