Samsung Full Ray Tracing Coming
In a move towards technological independence, Samsung Electronics is gearing up to revolutionize the visual experience on mobile devices through the integration of a full ray tracing algorithm into its Exynos chipsets. According to reports from the Daily Korea, Samsung’s Advanced Institute of Technology (SAIT) is pioneering this breakthrough, with plans to surpass current industry benchmarks set by NVIDIA and AMD in the realm of ray tracing technology.
The full ray tracing developed by Samsung Electronics SAIT is positioned to outshine existing technologies by offering a more advanced approach, promising unparalleled realism in lighting effects and reflections within images. Ray tracing, renowned for its ability to simulate the behavior of light rays as they interact with various objects, is poised to significantly enhance the visual capabilities of smartphones, particularly within the esteemed Galaxy S series.
This ambitious endeavor by Samsung involves incorporating ray tracing comprehensively throughout video rendering. Unlike current practices by leading industry players like NVIDIA, Samsung’s approach will apply ray tracing universally across all aspects of the video, ensuring a more immersive and true-to-life visual experience. Central to this innovation is the development of a technology known as ‘neural super sampling,’ which plays a pivotal role in upscaling low-quality images to higher resolutions. This advancement not only enhances image quality but also optimizes overall image processing efficiency by mitigating the burden of high data processing.
Complementing the neural super sampling technology is Samsung Electronics SAIT’s groundbreaking ‘neural ray reconstruction.’ This revolutionary technology functions similarly to traditional ray tracing by filling in missing or incomplete rays on the screen. Videos that undergo the neural ray reconstruction process are consequently transformed into high-quality images through the implementation of anti-aliasing, a technique that smoothes edge lines within games or videos. As of the report, the neural ray reconstruction technology is currently in the developmental phase.
However, to fully realize Samsung’s vision of implementing full ray tracing, a higher-grade neural network processing unit (NPU) must be incorporated into their smartphones. This specialized processor, optimized for performing deep learning algorithm calculations at the core of AI, is pivotal for realizing the ambitious goals set by Samsung Electronics SAIT.
The roadmap for this groundbreaking innovation involves the simultaneous development of an algorithm that facilitates full ray tracing and the chip necessary to support this technology. Anticipated to be integrated into the Exynos chipset after 2025, Samsung Electronics SAIT is meticulously working towards a future where mobile devices, particularly the Galaxy S series, will deliver a gaming and visual experience that mirrors the quality of high-end PC and console gaming. This initiative signifies Samsung’s resolute commitment to pushing the boundaries of mobile technology and setting new standards within the industry.
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