The Exynos 2400has actually gotten rather excellent efficiency numbers, however it still drags the competitors. It appears that Samsung is pooling a significant variety of resources for its Exynos 2500, and according to the most recent report, the chipset will be coupled with an AMD GPU based upon the RDNA4 architecture, in addition to faster and more effective RAM.
New Exynos 2500 might likewise be Samsung's very first 3nm chipset
A report from Revegnus points out some appealing requirements coming from the Exynos 2500. Where the Exynos 2400 functions an Xlicpse 940 GPU that is based upon AMD's RDNA3 architecture, the brand-new chipset will be coupled with an RDNA4 part, though the precise name and other information are not supplied. An enhanced architecture suggests that the brand-new RDNA4 GPU might provide increased rasterization and ray tracing efficiency, so we look forward to that.
Another upgrade apparently getting here to the Exynos 2500 is assistance for LPDDR5T RAM. Previously, the Snapdragon 8 Gen 3 was checked with this next-generation memory, however it depends on the phone makers to embrace it in its gadgets. In spite of the enhancements of LPDDR5T over LPDDR5X, it appears that the brand-new memory innovation will be costly to produce, so Samsung will not wish to run the risk of raising the Exynos 2400's prices by utilizing LPDDR5T in it, so it might be booked for next year.
Truthfully, I didn't have high expectations for the Exynos 2400. Samsung generated GPU skills mostly for the 2500, not the 2400.
2500 GPU Specifications
- Utilizes LPDDR5T (LPDDR6 will be offered from 2026)
- Based on the RDNA4 architecture GPU.-- Revegnus (@Tech_Reve) October 30, 2023
While the following info is yet to be verified, the Exynos 2500 might likewise be Samsung's very first 3nm chipset and will likely make the most of the Korean producer's GAA procedure for enhanced efficiency and increased power effectiveness. It makes sense for Samsung to change to the 3nm procedure, provided that the Exynos 2400 is mass produced on the business's 4nm LPP+ node, so moving to a more innovative innovation ought to be on the cards.
Another reason Samsung might be pursuing the advancement of the Exynos 2500 is that the Snapdragon 8 Gen 4 might be more expensive to produce than the Snapdragon 8 Gen 3 due to the fact that of Qualcomm's customized Oryon cores. Embracing a dual-sourcing method would not injure Samsung's margins as much as solely utilizing a single chipset. As constantly, Revegnus has actually not discussed he obtained this info, so ensure you treat it with a pinch of salt, and we will be back with more updates.
News Source: Revegnus