Samsung will start using glass parts for computer chips in 2028. The company wants to replace silicon pieces with glass ones for better results. Glass costs less money and works more accurately than silicon parts. The new material helps connect different chip sections faster. Samsung makes smaller glass pieces instead of huge panels like other companies do.
The glass parts connect graphics processors to memory chips for artificial intelligence computers. Traditional silicon connectors work well, but cost much more money. Glass pieces offer better precision for tiny circuits and stay stable during manufacturing. Samsung developed a special plan to switch over during the next four years. Other chip makers like AMD plan similar changes to glass technology.
Samsung builds these glass connectors at its Cheonan factory using square panels. The smaller glass units help Samsung create prototypes much faster than competitors. This approach helps Samsung enter the market ahead of rivals. The glass switch supports Samsung's bigger plan to combine chip making, memory production, and advanced packaging services. Samsung expects more customers to order these new glass connectors as artificial intelligence grows rapidly worldwide.
The glass parts connect graphics processors to memory chips for artificial intelligence computers. Traditional silicon connectors work well, but cost much more money. Glass pieces offer better precision for tiny circuits and stay stable during manufacturing. Samsung developed a special plan to switch over during the next four years. Other chip makers like AMD plan similar changes to glass technology.
Samsung builds these glass connectors at its Cheonan factory using square panels. The smaller glass units help Samsung create prototypes much faster than competitors. This approach helps Samsung enter the market ahead of rivals. The glass switch supports Samsung's bigger plan to combine chip making, memory production, and advanced packaging services. Samsung expects more customers to order these new glass connectors as artificial intelligence grows rapidly worldwide.