The quest to be the first foundry in advanced lithography is slowly being less and less prioritized by Samsung, as a new Exynos chipset roadmap reveals that the Korean giant will stick to its 2nm GAA node for a few years before finally taking a leap of faith towards 1.4nm. Thanks to this delay, TSMC will potentially beat Samsung as the first semiconductor manufacturer to introduce its sub-2nm process, but that’s no disadvantage. Exynos 2900 rumored to be Samsung’s first 1.4nm SoC, gravitating from 2nm to give Samsung time to refine its yields With TSMC expected to commence mass production […]

Read full article at https://wccftech.com/samsung-to-take-three-generations-before-1-4nm-exynos-arrives/

The 2nm GAA process will have a couple more iterations before Samsung has confidence in its cutting-edge 1.4nm lithography, but that doesn’t mean the company cannot begin early testing of its next-generation Exynos SoC on the newer manufacturing process. Early specification details reveal that Samsung will bring a new threshold for maximum clock speeds, not to mention the System Level Cache (SLC) boosted to a whopping 96MB. Bleeding-edge Exynos likely sticking with the same 10-core CPU cluster, with Samsung’s 1.4nm process bringing a 25 percent efficiency gain The Exynos 2700 is yet to be released, but @SPYGO19726 has shared some juicy […]

Read full article at https://wccftech.com/next-generation-exynos-tested-on-1-4nm-process-reveals-96mb-slc-cache-and-more/