Some details about Samsung's Exynos 2400 are not yet known, particularly its GPUX Clipse 940, which is manufactured in partnership with AMD while leveraging the latter's RDNA3 architecture. While details like improved ray tracing performance were mentioned, its intricate specs have only now been shared thanks to the latest leak.
On paper, the Xclipse 940 is a considerable improvement over the Exynos 2200's Xclipse 920, with nearly twice the GPU clock speed of its predecessor.
According to specification details shared by @LaidBackDev_, the Xclipse940's improved RDNA3 architecture may allow the GPU to run at 1095MHz. The Xclipse920 runs at 555MHz, which makes the difference between the two very noticeable. However, the computing units of both remain the same. The Xclipse940 has six computing units, which is unchanged from the previous generation.
Another detail that we may have overlooked is the GPU memory. It is said that the Xclipse940 will be equipped with 4GB VRAM, which is consistent with the Xclipse920. Given the current state of mobile gaming, we believe that 4GB of memory is enough to run the latest games with ray tracing technology enabled, although it should be noted that the iPhone 15 Pro and iPhone 15 Pro Max are better in this regard. In an earlier "Resident Evil: Village" game demo, Apple's two flagship machines were equipped with 6GB of dedicated graphics memory, which is necessary especially when you want to turn up the visual settings.
There is no doubt that the increase in clock speed allows the Xclipse940's processor to achieve higher performance, which has been proved in previous benchmark tests. Compared with the Adreno750 of Snapdragon 8Gen3, the Xclipse940 achieved comparable results in the OpenCL test of Geekbench6, and was only 10% slower in the Vulkan run. It's important to note that GPUs can often run at increased clock speeds, but this depends on the application, so if the Xclipse940 can maintain these numbers in most programs, we don't doubt it will outperform.