Overview

Arm brings AI-native, desktop-class graphics to mobile

Arm Mali GPUs combine AI-native graphics, advanced ray tracing, and high-performance traditional rendering to bring more immersive gaming experiences to mobile. With Arm Neural Technology, AI reconstruction renders fewer pixels and frames natively, reducing GPU workload while maintaining high-quality graphics. This results in:

Desktop-class graphics within mobile power and thermal budgets

Higher sustained frame rates for smoother gameplay

AI-native rendering that reduces graphics workload

More headroom for visual fidelity, performance, and battery life

Arm GPUs

AI-native Arm GPUs

Neural technology
Arm Neural Technology: AI-accelerated graphics for mobile

Arm Neural Technology uses AI-accelerated rendering to make advanced lighting, ray-traced effects, and smoother frame rates practical for mobile games. See how Neural Dawn demonstrates production-scale mobile gameplay built with neural upscaling and denoising, and Unreal Engine MegaLights.

To help developers bring these capabilities into their own games, the Arm Neural Graphics Development Kit has the tools and resources they need to help them get ahead of the curve.

Explore Arm Neural Technology Discover the kit
Neural dawn

Neural Dawn debuts Arm Neural Technology

Created with Sumo Digital, Neural Dawn brings real-time ray tracing, dynamic lighting, and Unreal Engine MegaLights to a fully playable mobile game — coming this fall.

Explore Neural Dawn
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Developer

A complete guide to mobile game development

Out-of-the-box tools, guides, and our GPU best practices help you drive gaming performance and efficiency improvements and realize the full power and potential of our technology and optimization technologies for gaming assets, whatever game engine you’re using.

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Resources

Latest news and resources

  • NEWS and BLOGS
  • WEBINARS
  • GUIDES
Webinar

The use of GenAI in game development

Explore how generative AI is being incorporated into the game development pipeline at different stages.

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Mobile AI

AI: supercharging the future of mobile graphics

See how AI workloads on mobile devices are creating advanced computing capabilities and performance, which translates to improved mobile graphics, intelligent interactions, and immersive gaming experiences.

Download guide

Key takeaways

  • AI-native graphics help developers deliver richer visuals and smoother gameplay within mobile power and thermal limits.

  • Mali G2-Ultra NX combines dedicated neural acceleration, a new execution engine, and third-generation Ray Tracing Unit for more demanding mobile graphics workloads.

  • Arm Neural Technology reduces rendering workload through neural upscaling, denoising, and frame generation, creating more headroom for performance and visual fidelity.

  • More efficient ray tracing and advanced lighting help bring increasingly desktop-class graphics experiences to mobile devices.

  • Arm tools, open models, game-engine integrations, and developer resources help studios bring neural graphics into production workflows.

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