To build these tiny features, a lithography machine works in stages by etching patterns of transistors and metal wires on a wafer, layer by layer. A single wafer can contain hundreds of chips.

A Russian representative told a news outlet it's testing its first lithography machine. But at 350nm, it's positively ancient technology compared with even mature nodes developed in the rest of ...

Meanwhile, the machine from China is marked with additional characters, which Google translates as “EUV lithography lens alignment [and] interferometer”. According to this, it is a device for ...

It's a breakthrough called extreme ultraviolet lithography, and it's how the most advanced microchips in the world are made. The kind of chips powering the latest AI models. The kind of chips that ...

The move was a shift in strategy for Intel, which lagged rivals in adopting the previous generation of extreme ultraviolet (EUV) lithography machines. It took Intel seven years to put those ...

lithography equipment called "argon fluoride lithography machine," with core technical specifications of "300mm wafer diameter, 248nm illumination wavelength, resolution below 65nm, and alignment ...

To build these tiny features, a lithography machine works in stages by etching patterns of transistors and metal wires on a wafer, layer by layer. A single wafer can contain hundreds of chips.