Qualcomm and Perfect World's幻塔 Studio Optimize 'Neverness to Everness' (Ananta) for Unreal Engine 5 Mobile
Qualcomm (China) has partnered with Perfect World's幻塔 Studio to fully optimize 'Neverness to Everness' (also known as Ananta), a UE5-based urban open-world game, for mobile platforms using Snapdragon 8 series technology.
In a significant move for mobile gaming technology, Qualcomm (China) and Perfect World's幻塔 Studio have announced a comprehensive optimization partnership for the upcoming game 'Neverness to Everness' (Ananta).
This collaboration focuses on unlocking the full potential of Unreal Engine 5 (UE5) on mobile devices, specifically utilizing the Snapdragon 8 series mobile platform.
The game, a highly anticipated next-gen urban open-world title, launched domestically in China on April 23, 2026, and is set for a global open beta on April 29, 2026.
The core of this partnership lies in a 'full-stack' software and hardware co-optimization.
High-density urban environments in games like 'Neverness to Everness' place immense demands on mobile memory bandwidth, rendering efficiency, and power consumption.
By working at the system level, Qualcomm and 幻塔 Studio have successfully broken down barriers between console-grade creative ambitions and the physical limits of mobile hardware.
This deep collaboration builds upon years of joint efforts between Qualcomm Technologies and Epic Games to bring advanced UE5 features like Lumen real-time global illumination and Nanite virtualized geometry to Snapdragon platforms.
Several key Snapdragon Elite Gaming features have been integrated into 'Neverness to Everness' to ensure a high-quality experience.
Snapdragon Game Super Resolution 2.0 (SGSR 2.0) allows for high-fidelity visuals at lower power consumption by upscaling resolutions.
The Adreno Image Motion Engine 2.0 effectively doubles frame rates through real-time interpolation, delivering smooth, high-frame-rate gameplay.
Furthermore, Snapdragon Adaptive Game Configuration 2.0 intelligently manages resources by dynamically adjusting rendering quality, particle density, and frame rates based on real-time scene complexity, ensuring stable performance during intense action or when exploring dense cityscapes.
This technology stack promises players a stable, smooth, and high-fidelity immersive experience on flagship Snapdragon 8 series devices [citation:1].
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