TSMC and Samsung both use hybrid 20/16nm processes that combine 14nm front-end-of-line processing with 20nm back-end-of-line (BEOL) technology. This hybridization simplifies bring-up, since it ...

Intel is actually a bit behind TSMC at the moment, but steep scaling from 22nm to 14nm for Intel gives it a huge edge by the next node, and a deeper advance by 10nm. But how much raw performance ...

Such controllers usually rely on trailing nodes that Intel currently lacks (since Intel’s 14nm and 22nm process technologies were designed for CPUs and use proprietary IPs). So the use of TSMC ...

However, TechInsights uses a debatable method to compare the performance of the upcoming nodes, as it uses TSMC's N16FF and Samsung's 14nm process technologies as baselines and then adds announced ...

for a share of the 7nm production that TSMC is struggling to squeeze out of its own production facilities. We had thought maybe Intel's problems were over after it invested heavily into its 14nm ...

Originally meant for GlobalFoundries 14nm process, delays at the once AMD owned fab have led to a change to use the 16nm process at TSMC, the same one used for AMD and Nvidia's next-gen GPUs.

The former is an Intel 14nm+++ production chip and the latter made for AMD by TSMC on its 7nm process. You probably expect the actual transistor size revealed by the SEM to be rather different ...

The point of this table is to show the dominance of TSMC at the <14nm nodes in 2022 at 52%, above Samsung's 40%. Aside from these two foundries, the other companies make chips at the 16nm nodes ...

TSMC, the biggest contract semiconductor manufacturer ... When people talk about transitioning from a 16nm node to a brand new 14nm part, for example, it's hard not to think that's more of a ...

FWIW, 32 and 14nm were Intel nodes, TSMC never had either. Intel didn't have much of a lull either, since 32nm (2010) was followed by 22nm (2012) and then 14nm (2014). After 14nm though Intel got ...

“Our work with TSMC on their 7nm node has gone very well ... At the same time, AMD will continue working with Globalfoundries’ 14nm and 12nm processes for its Ryzen and Epyc processors and ...

With U.S. government restrictions on China's Huawai, SMIC will take over production of Kirin modem chips at 14nm from TSMC at 7nm. SMIC, the fifth-largest pure-play foundry, will be able to ...