Several details surrounding the Exynos 2400 were not shared in-depth, particularly its GPU, the Xclipse 940, which was made in collaboration with AMD while taking advantage of the latter’s RDNA3 architecture. Though details such as improved ray tracing performance were mentioned, intricate specifications have not been shared until now, thanks to the latest leak. On paper, the Xclipse 940 gets considerable improvements over the Exynos 2200’s Xclipse 920, with its GPU clock speeds running at nearly twice the value of its predecessor.
Xclipse 940 clock speeds said to be running at 1095MHz, whereas the Xclipse 920 was limited to 555MHz
The improved RDNA3 architecture of the Xclipse 940 likely allows the GPU to run at 1095MHz, according to specification details shared by @LaidBackDev_. To remind you, the Xclipse 920 was running at 555MHz, making it a notable difference between the two. However, the compute units remain the same between them, with the Xclipse 940 sporting six of them, unchanged from its predecessor. One other detail that you might have missed is the GPU memory.
Samsung Exynos 2400 Xclipse 940 clock speed = 1095MHz.
6CU.— LaidBackDeveloper - 🇮🇱🇺🇦 (@LaidBackDev_) December 21, 2023
This specification remains unchanged from the Xclipse 920, as the Xclipse 940 is said to feature 4GB of VRAM. Given the state of mobile gaming, we are confident that 4GB is more than sufficient to run the latest titles with ray tracing enabled, although it should be noted that the iPhone 15 Pro and iPhone 15 Pro Max have the upper hand in this regard. In an earlier Resident Evil Village playthrough, it was found that both of Apple’s flagships feature 6GB of dedicated video memory, which is necessary when you want to crank up those visual settings.
The increased clock speeds no doubt allow the Xclipse 940 to get additional performance out of its tank, as evidenced in earlier benchmarks. Against the capable Adreno 750 belonging to the Snapdragon 8 Gen 3, the Xclipse 940 matched the scores in Geekbench 6’s OpenCL test while only being 10 percent slower in the Vulkan run. We also have to point out that GPUs can often run at boost clock speeds, but that depends from application to application, so if the Xclipse 940 can maintain these numbers in the majority of programs, we have no doubt that it will perform exceptionally.
News Source: @LaidBackDev_
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