Semiconductor News & Analysis Feed
20 articles
2026-10-02
interestingengineering.com
2026-10-02
The potential development of new EUV lithography materials in the United States represents a significant strategic shift in the global semiconductor landscape. For years, the EUV lithography ecosystem has been dominated by a tightly concentrated supply chain—ASML for equipment, Japanese firms for ph
2026-09-28
news.google.com
2026-09-28
2026-09-28
www.indexbox.io
2026-09-28
This IndexBox market report projects the fused silica wafer market through 2035, identifying EUV lithography as the primary structural growth catalyst. Fused silica wafers serve as critical substrates for photomask blanks, precision optical components, and advanced packaging applications. The report
2026-09-24
2026-09-15
www.moomoo.com
2026-09-15
2026-09-11
www.electronicsweekly.com
2026-09-11
2026-09-10
hothardware.com
2026-09-10
2026-09-09
www.datacenterdynamics.com
2026-09-09
2026-09-09
finance.yahoo.com
2026-09-09
2026-09-09
2026-09-08
tomshardware.com
2026-09-08
TSMC plans to begin using High-NA EUV lithography in 2030, marking a significant technological upgrade in its advanced manufacturing roadmap. While TSMC had previously avoided public commentary on this initiative, the company now acknowledges that Low-NA EUV systems can no longer sustain further sca
2026-09-08
news.google.com
2026-09-08
2026-09-08
tech.yahoo.com
2026-09-08
2026-09-08
news.futunn.com
2026-09-08
2026-09-08
www.ideal-investisseur.fr
2026-09-08
2026-09-08
www.thedailyupside.com
2026-09-08
2026-09-03
www.asiae.co.kr
2026-09-03
In an interview with Bloomberg TV, Frank Lomunt, CEO of Zeiss Semiconductor Division, stated that it is a 'reasonable assumption' that China will require more than 15 years to independently develop extreme ultraviolet (EUV) lithography technology. As a key supplier of optical components to ASML—the
2026-09-03
finance.biggo.com
2026-09-03
ASML's announcement of High-NA EUV lithography systems entering volume production marks a significant milestone in semiconductor manufacturing advancement. This breakthrough represents a crucial step forward in chip fabrication capabilities, enabling production of advanced nodes below 7nm. The techn
2026-08-28
www.quiverquant.com
2026-08-28
2026-08-27
news.google.com
2026-08-27