… 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 details belonging to the Korean giant’s first 1.4nm SoC, even though there have bee… …
… This means that Japan's 1.4nm product would be built entirely on in-house resources. …
… Last year, the Korean technology behemoth was rumored to have cancelled its 1.4nm process for undisclosed reasons, though it was later reported that the company had delayed this node to 2028 as it may have wanted to divert its attention to the 2nm GAA technology. …
… While pursuing 2nm production is just the start, the company also intends to begin mass production of its 1.4nm process , known as A14, in 2028, promising up to a 30 percent improvement in both performance and power efficiency. …
… Meanwhile, we reported earlier today that TSMC appears to be in no mood to cede ground on capacity and technology leadership, with as many as 12 different fabs currently in various stages of construction to cement TSMC's lead on 2nm and A14 1.4nm nodes. …
… While TSMC is trying to expand its 3nm capacity by repurposing some of the 4nm lines that now lie vacant due to reduced demand from low- and mid-tier smartphone SoCs, the resulting 25,000 wafers per month in additional capacity is seemingly not enough to unclog lines choked with oncoming demand, es… …
… Even so, TSMC appears to be in no mood to cede ground on capacity and technology leadership, with as many as 12 different fabs currently in various stages of construction to cement its lead on 2nm and A14 1.4nm nodes. …
… Intel's Lunar Lake CPUs are going with the on-package LPDDR5x memory route but there's still no onboard GPU cache seen in the latest block diagram so it looks like we still have some time before we see more innovative chip-packaging technologies brought down to SOCs to help elevate graphics perform… …