Semiconductor News & Analysis Feed
19 articles
2026-08-12
www.asiae.co.kr
2026-08-12
Chosun University's Semiconductor Chemistry Department has achieved a significant breakthrough in commercializing HBM packaging materials, marking a substantial advancement for the global semiconductor industry. HBM technology, essential for high-performance computing, AI, and data centers, delivers
2026-07-12
news.google.com
2026-07-12
2026-06-09
www.streetinsider.com
2026-06-09
Qnity Electronics has introduced two advanced packaging materials tailored for organic interposer applications, addressing the growing demand for high-density interconnects and reliability in AI and high-performance GPU chips. The Intervia 8540HSP copper material targets AI-driven GPU applications,
2026-06-09
www.01net.it
2026-06-09
Qnity's introduction of enhanced advanced packaging materials for organic interposer applications represents a significant advancement in semiconductor packaging technology. This development addresses critical challenges in modern chip manufacturing, particularly in high-performance computing and AI
2026-06-09
za.investing.com
2026-06-09
Qnity's launch of advanced packaging materials for chip interposers represents a significant advancement in semiconductor packaging technology. As chip dimensions shrink and functionality increases, traditional packaging solutions struggle to meet the demands of high-performance computing and 5G com
2026-06-09
www.investing.com
2026-06-09
Qnity's launch of advanced packaging materials for chip interposers represents a significant advancement in semiconductor packaging technology. Chip interposers serve as critical components connecting chips to external circuits, and their performance directly impacts overall chip functionality. As s
2026-06-09
www.marketscreener.com
2026-06-09
Qnity's introduction of enhanced advanced packaging materials for organic interposer applications represents a significant advancement in semiconductor packaging technology. As chip performance demands continue to rise, traditional packaging methods struggle to meet increasing integration requiremen
2026-06-09
news.google.com
2026-06-09
2026-06-09
finance.yahoo.com
2026-06-09
On June 8, 2026, Qnity Electronics announced the introduction of two enhanced advanced packaging materials designed for organic interposer applications: Intervia™ 8540HSP multi-role copper and Cyclotene™ DF6800M dry film photo-imageable dielectric. These materials are tailored to support advanced in
2026-06-09
www.mycarrollcountynews.com
2026-06-09
Qnity Electronics has introduced two enhanced advanced packaging materials for organic interposer applications: Intervia™ 8540HSP multi-role copper and Cyclotene™ DF6800M dry film photo-imageable dielectric. These innovations are designed to support advanced interconnect formation, redistribution la
2026-06-09
www.lincolnjournal.com
2026-06-09
Qnity Electronics has introduced enhanced advanced packaging materials tailored for organic interposer applications, including Intervia™ 8540HSP multi-role copper and Cyclotene™ DF6800M dry film photo-imageable dielectric. These innovations are aimed at supporting advanced interconnect formation, re
2026-05-28
news.google.com
2026-05-28
2026-05-28
finance.yahoo.com
2026-05-28
2026-05-28
www.indexbox.io
2026-05-28
This report provides a comprehensive analysis and forecast of the global advanced packaging materials market. Advanced packaging technology has become a critical component of the semiconductor supply chain, gaining increasing attention as chip integration continues to rise. Traditional packaging met
2026-05-28
www.grandviewresearch.com
2026-05-28
According to Grand View Research's semiconductor packaging materials market analysis report, this market is expected to reach significant scale by 2033. The report provides in-depth analysis of the current status, development trends, and market driving factors in the semiconductor packaging material
2026-05-20
electronics360.globalspec.com
2026-05-20
2026-05-20
electronics360.globalspec.com
2026-05-20
2026-05-05
www.openpr.com
2026-05-05
2026-05-05
www.digitimes.com
2026-05-05