Over the last four years, the company has poured more than $90 billion into capital expenditures aimed at expanding its ...

Silicon wafer sizing isn't what you think. Yes, 3-nanometer and 2-nanometer chips sound incredibly tiny. But semiconductor ...

An impassioned plea which was predictably deleted. Many articles say TSMC engineers will come over and share their know-how and help Intel to get their '3nm' & '2nm' nodes working.

Still, it has successfully tested a 4nm process and plans are in the works for 3nm production. Intel announced in the fall that it was moving away from its 20A node to focus instead on its 18A (1 ...

Intel (NASDAQ:INTC) has been going all-in to reinvent itself as a global foundry powerhouse, just as the race for next-generation 2-nanometer (nm) chips is heating up with its 18A process at the ...

"Many articles say TSMC engineers will come over and share their know-how and help Intel to get their '3nm' & '2nm' nodes working. Huh? Intel's '3nm' node, Intel 3, has been in production for many ...

Intel intends to leapfrog both of its rivals with Intel 20A later this year, though, which is now when Samsung will reportedly begin production of its own "2nm" process—which, as we know, is ...

Apple and Intel are moving to 2nm chips next year — here's what we know. ... We’re currently living in a 3nm world, but as of now, the only residents are of an Apple persuasion.

Intel has already used TSMC's 3nm process for the compute tiles on its Arrow Lake Core Ultra 200 chips, and may decide to upgrade to the foundry's 2nm node for the same section in Nova Lake.

Intel CEO Pat Gelsinger has claimed that its upcoming 18A process node (essentially 1.8nm) could outperform TSMC's 2nm chips despite launching a year earlier. The comments contradict recent claims ...

TSMC’s 2nm is on track for mass production later this year, and I believe their technology is at least 6-month ahead of Intel. I see the market sell-off as an opportunity to buy more TSMC’s ...