This year’s EE Times Chiplets event will address challenges in the design flow and chiplet technologies to enable straightforward scaling. The post Scaling the Next Generation of Multi-Die Systems appeared first on EE Times .
The increasing complexity and performance demands of AI and high-performance computing necessitate innovative chip design and manufacturing approaches like chiplets and multi-die systems to overcome the limitations of Moore's Law.
This event highlights the industry's focused effort to resolve critical design and integration challenges for advanced packaging, which is essential for future technological progress and maintaining competitive advantages in critical sectors like AI.
The focus on design flows and chiplet technologies at this event indicates a growing industry alignment and standardization efforts towards enabling scalable multi-die systems.
- · EDA tool vendors
- · Advanced packaging foundries
- · Chiplet designers
- · Hyperscalers
- · Companies reliant on traditional monolithic chip scaling
- · Legacy semiconductor manufacturers slow to adapt
- · Design teams without expertise in heterogeneous integration
More efficient and powerful chips become available for next-generation applications, particularly in AI.
Increased demand for specialized engineering talent in heterogeneous integration and advanced packaging accelerates.
The economic landscape shifts as new leaders emerge in the semiconductor industry based on their ability to master multi-die system integration.
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Read at EE Times