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

Although Intel would like to reduce its use of TSMC’s manufacturing ... Fab 52 and Fab 62 in Arizona, to make the compute chiplet of the processor using the company’s 18A fabrication technology.

Not only is the success of the 18A pivotal in making Intel's own chips more competitive, but it's the node on which Gelsinger's plan, the one in which Intel takes on TSMC as a customer fab or chip ...

Intel has begun disclosing performance numbers for its Intel 18A process, upon which it will manufacture its upcoming Panther ...

Intel had unused capacity at TSMC's fab anyway, so manufacturing Arrow Lake there is also just a smart move. The question now becomes: can 18A succeed against TSMC? From a purely technical ...

While TSMC has claimed that its N2 process will outperform Intel’s 18A in some crucial areas, such as SRAM density (enabling it to store more data in a smaller physical area), Intel’s 18A’s ...

TSMC’s version, dubbed “Super Power Rail,” is being saved for the 1.6nm-class node in 2026, when the gloves come off with Chipzilla’s PowerVia-equipped 18A. Fab 22 will join Fab 20 near ...

According to Korea’s ChosunBiz, Intel is now in talks with Microsoft, Google, and Nvidia to fab chips on the upcoming 18A node, a potential rival to TSMC’s 2nm N2 process. The news comes as ...

While TSMC has claimed that its N2 process will outperform Intel’s 18A in some crucial areas, such as SRAM density (enabling it to store more data in a smaller physical area), Intel’s 18A’s ...