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Scaling the Next Generation of Multi-Die Systems

eetimes.com 2026-05-21 EE Times
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ChipletsMulti-die SystemsAdvanced PackagingEDA ToolsAI InfrastructureInterconnect TechnologySystem IntegrationChip DesignSemiconductor ManufacturingChip ArchitectureThermal ManagementHeterogeneous Integration
News Summary
As chiplet technology transitions from concept to practical deployment, the semiconductor industry is increasingly focused on scaling these architectures in production systems. In the AI era, chiplet-... Read original →
Industry Analysis
Chiplet scaling is triggering a cascading redesign across the semiconductor stack: advanced packaging and 3D integration have shifted from optional to mandatory, forcing EDA vendors like Synopsys and Cadence to embed multi-physics co-simulation into their flows. OSATs in Taiwan, China and mainland China face dual pressures of yield ramp and equipment embargoes, inflating AI chip manufacturing costs by over 15%. Geopolitically, Marvell and AMD are likely to shift critical chiplet production to the U.S. and Vietnam—but silicon photonics remains constrained by export controls. Over the next 12–24 months, expect a bifurcation in interconnect standards: beyond UCIe, de facto Chinese and American interface specs will emerge, fragmenting IP reuse. The real battleground isn’t transistor density—it’s system-level validation velocity. Companies that build closed-loop verification platforms first will capture pricing power in AI infrastructure.
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