TL;DR: Samsung Foundry faces a multi-year delay in its 1.4nm process node, now expected after 2028, shifting focus to advancing its 2nm node with mass production planned by late 2025. Despite ...
Despite being the first to adopt the gate-all-around (GAA) technology, Samsung has struggled with commercialization and yield issues and its foundry market share has dropped below 10%. Han Jin-Man, ...
TL;DR: TSMC will begin production of its next-generation A16 (1.6nm) process in 2027, with NVIDIA as the first customer, while Apple plans to skip A16 for the A14 (1.4nm) node. TSMC is expanding ...
It's no secret that the process behind the manufacturing of high-end processors is becoming ever more expensive with each advance in technology. The huge outlay in buildings and machinery, as well as ...
In a nutshell: Intel's ambitious 18A node is grappling with two significant hurdles as it approaches production: yield rates languishing below 10 percent and a critical SRAM density disadvantage ...
Is the tide finally turning for Intel? After news that the chip maker has convinced Apple to make its "M" branded silicon at Intel's foundry, and data showing that Intel Arc GPUs have established a ...
Why it matters: The success of Intel's upcoming 18A process node is critical to the company's future. After refuting reports of abysmal yield rates, Intel recently confirmed that 18A has reached a ...
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