What's Happening?
ARM has unveiled a new neural upscaler technology designed to improve gaming performance on smartphones. This technology, known as Neural Super Sampling, aims to upscale lower resolution frames to higher fidelity using AI, specifically tailored for mobile devices. ARM's approach promises enhanced visual quality without compromising performance, potentially making smartphones viable platforms for high-end gaming. The technology builds on ARM's previous Accuracy Super Resolution, offering a temporal upscaling method that utilizes information from multiple frames. ARM's neural upscaler could significantly impact the gaming industry by enabling AAA games to run smoothly on mobile devices, addressing issues like battery consumption and graphical fidelity.
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Why It's Important?
The introduction of ARM's neural upscaler technology could revolutionize mobile gaming by allowing smartphones to handle more graphically demanding games. This development is crucial as mobile gaming continues to grow, with more players worldwide than on PC and consoles combined. The technology could also improve battery life during intensive gaming sessions, a common issue for mobile gamers. If successful, ARM's innovation could shift the gaming industry's focus towards mobile platforms, potentially increasing competition among smartphone manufacturers and game developers to leverage this technology.
What's Next?
For ARM's neural upscaler to become a reality, chipmakers and game developers must adopt the technology. This involves enabling neural hardware on future chips and integrating the technology into game development processes. ARM is providing tools like a plugin for Unreal Engine 5 to facilitate this transition. However, widespread adoption may take time, as developers need to ensure the technology works effectively and that there is sufficient demand from mobile gamers. The success of ARM's neural upscaler could lead to a new era of mobile gaming, with more complex and visually stunning games available on smartphones.
