The first phase of the facility, known as Mod 1, should be finished in 2030, with chip production beginning between 2030 and ...

The deeper truth is that the real wave of future manufacturing innovation was more likely with what Intel calls 14A (or some iteration of that node) — combining backside power delivery ...

As Ohio chip factories are planned to use Intel's 14A and 14A-E nodes, the project delay would impact its future supplies for 14A nodes. I think the readiness of Intel’s 18A is a key milestone ...

These machines are needed for the scaled operations of Intel 14a, Intel's latest manufacturing process for creating chips using 1.4-nanometer (nm) technology. Technology-wise, Intel is already ...

In a process road map update, Intel said it will follow up Intel 18A with Intel 14A, which is expected to enter commercialization in late 2026 and slated to be the first node to use an advanced ...

Intel last year was the world's first chipmaker ... with its next generation of manufacturing technology called 14A, but has not given a mass production date for that technology.

Intel says that its two High-NA EUV lithography machines are in use and are an improvement over the OG EUV equipment.

The company will follow Intel 18A with Intel 14A, set to begin commercialisation in late 2026. It is expected to be the first node to use an advanced form of lithography called High NA EUV ...

Intel has successfully integrated its first two cutting-edge ASML lithography machines, marking a significant advancement in ...

So if their next process, 18A is successful, if the process after that, 14A is successful, um, that gets Intel working again. Having said that, if that's not the case, if their their fabs continue ...