Key Takeaways
1. The Exynos 2600 has improved Geekbench scores, reaching 2,810 and 9,301, surpassing the Dimensity 9400.
2. The Xclipse 960 GPU achieved a 3D Mark Steel Nomad Light score of 3,135 points (23.23 FPS), outperforming the Adreno 830 in Snapdragon 8 Elite.
3. The Xclipse 960 features 4 WGPs (8 CUs) and operates with a maximum clock speed of 555 MHz, indicating significant throttling.
4. The current Xclipse 960 is an engineering sample with a nearly unlimited power budget; retail performance may differ.
5. Samsung is developing the Xclipse 960 in collaboration with an engineer from Huawei, marking a shift away from AMD’s RDNA architecture.
While the Exynos 2600’s Geekbench results from yesterday weren’t great, it has returned to the platform with much better results of 2,810 and 9,301, surpassing the Dimensity 9400. Fresh leaks also show how the Xclipse 960 GPU performs.
Performance Highlights
In 3D Mark Steel Nomad Light, it achieved a score of 3,135 points (23.23 FPS), outdoing the Adreno 830 GPU found in the Snapdragon 8 Elite. A Geekbench listing has also verified previous speculations regarding its specifications, which include 4 WGPs (8 CUs) for the Xclipse 960. It’s worth mentioning that this GPU is significantly throttled, evident from its maximum clock speed of 555 MHz.
Important Notes
Lastly, it’s important to understand that the Xclipse 960 being discussed is an engineering sample that operates with a nearly unlimited power budget. The retail version might not perform as well, although there could be some enhancements with stable firmware. There are whispers that Samsung is working on the GPU internally, in partnership with an engineer from Huawei, making it the first Xclipse-branded GPU not to utilize AMD’s RDNA architecture.
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