Samsung debuted its latest FE variant, the Galaxy S24 FE, which outperforms the latest iPhone 16 Pro Max in Ray Tracing.
Samsung Galaxy S24 FE is powered by an in-house Exynos 2400e chipset, which surpasses the newly launched iPhone 16’s A18 Pro chipset, according to Solar Bay benchmark tests. The Galaxy S24 FE delivers faster ray tracking performance as compared to the iPhone 16 Pro Max.
Undoubtedly, Samsung and Apple are one of the constant rivals of each other. The latest benchmark test suggests that Samsung’s mid-range devices offer better ray tracking capabilities as compared to the high-end devices of Apple.
The Exynos 2400e is kind of a lite version of the original Exynos 2400, which integrates the AMD-powered Xclipse 940 GPU running at an unspecified speed, potentially around 1GHz. The Galaxy S24 FE features a larger vapor chamber that helps to keep the temperature down during intense workloads.
According to GSMArena, the 4nm Exynos 2400e chipset scored 8,242 in Solar Bay tests. Meanwhile, the iPhone 16 Plus 3nm A18 chipset scored 6,691, which is 23% less than the Galaxy. However, the source didn’t reveal the latter’s Solar Bay score but stated that it lagged behind the Exynos.
According to the report, Apple’s A18 Pro is slightly faster than its A18 but still behind Samsung’s Exynos 2400e. Noticeably, the chips offer hardware-accelerate ray tracing.
