Exynos 2400 Geekbench Compute Score Reveals Near-Identical Performance To An Apple M2, Claims New Rumor

More Exynos 2400 scores have come out of the woodwork, and this time, it is Geekbench Compute or OpenCL results. Just like the previous figures, which we will discuss here, Samsung’s upcoming SoC is living up to the hype, performing close to the Apple M2, which is designed for portable Macs and powerful tablets.

Clock speed details of the Exynos 2400 also provided in the latest rumor

Previously, we were thoroughly impressed with the Exynos 2400’s rumored ability to be 30 percent faster than the A16 Bionic and Snapdragon 8 Gen 2 in Geekbench 5’s multi-core results, and now we would actually love to see proof of the chipset in action. The OpenCL scores were once again posted on Twitter by @OreXda, with the Exynos 2400 obtaining a score of 26,829 and a clock speed of 1,756MHz.

While @OreXda has not mentioned which benchmarking version was used to test out the Exynos 2400, his previously tweeted results were from Geekbench 5, so it is likely the OpenCL ones were from the same benchmark. When we browsed around the Geekbench 5 Compute rankings, we stumbled across the M2 MacBook Air, having obtained a score of 27,735, and seeing such a small performance between the two chipsets caught us by surprise.

GeekBench Compute Score (OpenCL)

Score : 26,829
Clock : 1756 MHz

— Connor / 코너 / コナー (@OreXda) April 25, 2023

In a previous Vulkan test, the Exynos 2400’s Xclipse 940 just barely beat the Snapdragon 8 Gen 3, so to see the silicon perform well exceptionally well in the OpenCL test has made us a little skeptical of these numbers. In an earlier tweet, @OreXda shared an edited meme showing that an Exynos development kit outperforms the commercial version of the same silicon, so that could be what we see right now, though we hope the variant released for the mass market performs just as well.

However, the Exynos 2400’s Xclipse 940 GPU reportedly has four times the number of compute units present on the Exynos 2200, and while that does not mean we will witness four times the performance, it does display a little representation of its performance. Additionally, a previously leaked specifications sheet revealed that the chipset would be mass produced on Samsung’s 4LPP+ process, which is a significantly improved version of the company’s 4nm technology, so it is not difficult to imagine the results above but treat them with a pinch of salt.

Written by Omar Sohail