This is what a 350nm lithography machine looks like ... an aggressive roadmap that would see the country achieving 14nm chip production by 2030. However, that doesn't seem possible if they ...

The ZNTC lithography tool — which was officially introduced a year ago — is a 200-mm litho machine based on a solid ... 28nm by 2027, and 14nm by 2030. ZNTC and its peers in Russia are well ...

Even for more mature technologies (“14nm” and higher), the firm ... To build these tiny features, a lithography machine works in stages by etching patterns of transistors and metal wires ...

The system enables patterns with a minimum line width of 14nm, equivalent to the 5nm node process ... Canon stated the first nanoimprint lithography (NIL) machine was scheduled to be sent yesterday ...

Dutch lithography machine manufacturer ASML recently dethroned Applied Materials to become the world's largest fab tool maker, and its future looks even brighter following the news that it is ...

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 ...

As a result, China needs advanced domestic lithography tools to ensure that its chipmakers can produce chips on even fairly advanced process technologies, such as 14nm. For now, it looks like ...

ASML has just shipped its second-ever High-NA EUV lithography machine to a mystery new customer, with the first chip-making tool -- worth $370 million, by the way -- received by Intel not too long ...

Canon expects its nanoimprint lithography machine to ship this year, competing with ASML's EVU gear as economies around the world are keen to expand their chip production capacity on their home ...

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.