Newsbite analysis · AI, Hardware
DigiTimes
Advanced packaging substrates hit limits; ceramic cores rise to challenge glass materials
Hardware demands, especially for AI applications, are driving the struggle of advanced packing substrates which are reaching their limits. The increased complexity and size associated with chip packaging are making it necessary to explore alternatives to traditional glass materials. Ceramic core materials are being highlighted for their potential to meet these challenges, marking a shift in manufacturing materials used in the industry. As the technology evolves, understanding material behaviors and performance will be critical to support emerging AI capabilities.
MonitorConfidence: MediumShort term horizon
Published 24 Aug 2026, 08:20 UTC1 min read
Lead image — DigiTimes
Brief
NewsBite reading:Ceramic cores emerge as viable alternative to glass in chip packaging
TL;DR
- AI hardware demands are pushing the limits of current packaging substrates.
- Advanced packaging faces challenges in size, complexity, and warpage.
- Ceramic cores present a potential solution to replace glass substrates.
- Rising complexity in chip packaging necessitates innovative materials.
- Trends indicate a significant evolution in hardware manufacturing methodologies.
Interesting facts
- Ceramic cores could reshape the landscape of chip packaging materials.
- There is a growing interest in sustainable materials in AI hardware production.
What changed
The recognition of ceramic materials as a viable alternative to glass in chip packaging has emerged amid increasing demands for AI hardware.