Samsung: Exynos 2400 GPU Outperforms US Competitors

On October 26th, the President of Samsung's System LSI division, Park Yong-in, underscored the remarkable graphics processing capabilities of the Exynos 2400 processor when compared to its North American competitors. He expressed his confidence in the performance of this cutting-edge processor and expressed optimism about its integration into the upcoming Samsung Galaxy S24 series.

Earlier this month, Samsung introduced the Exynos 2400, positioning it as the next-generation mobile processor optimized for the era of generative AI. This release comes after the Exynos AP faced performance challenges, which resulted in its omission from the Galaxy S23 series.

Nonetheless, Samsung is committed to substantial performance enhancements, utilizing a state-of-the-art 4nm fabrication process, neural processing units (NPU), and central processing units (CPU). In comparison to its predecessor, the Exynos 2200, the CPU performance has seen a 1.7-fold increase, while AI capabilities have surged by an impressive 14.7-fold.

Furthermore, Park hinted at the possibility of leveraging the 3nm Gate-All-Around (GAA) process, with Samsung Electronics already engaged in large-scale production worldwide. Notably, the Exynos 2400's GPU incorporates ray tracing technology, a cutting-edge graphics technique that realistically portrays objects by tracing the paths of light as it refracts, reflects, and penetrates objects. This GPU is a result of collaborative efforts between Samsung and AMD and has already been successfully deployed in Samsung's flagship smartphones from the earlier Galaxy S23 series earlier this year. These developments hold significant promise for the technology landscape and mobile device enthusiasts, as they signify advancements in both performance and graphical capabilities.