Brief: Discover the revolutionary TGV (Through-Glass Via) technology using high-quality borosilicate glass and quartz. Ideal for advanced packaging in semiconductors, this technology enables 3D integration for optical communications, RF front ends, and more. Learn how TGV offers low-loss, high-density solutions with cost-effective benefits.
Related Product Features:
TGV technology enables next-generation 3D integration for semiconductors.
Made from high-quality borosilicate glass and fused quartz for reliability.
Supports applications in optical communications, RF front ends, and MEMS packaging.
Features low substrate loss, high density, and quick response times.
Cost-effective compared to traditional silicon-based interposers.
Offers excellent electrical, thermal, and mechanical properties.
Suitable for millimeter-wave antennas, chip interconnects, and 2.5/3D packaging.
Morimaru Electronics provides high aspect ratio (7:1) via filling processes.
Faqs:
What is TGV technology used for?
TGV technology is used for advanced packaging in semiconductors, enabling 3D integration in optical communications, RF front ends, MEMS packaging, and more.
What materials are used in TGV technology?
TGV technology uses high-quality borosilicate glass and fused quartz, offering excellent thermal, mechanical, and chemical stability.
How does TGV compare to silicon-based interposers?
TGV offers lower substrate loss, higher density, quicker response, and lower processing costs compared to traditional silicon-based interposers.