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Siemens EDA explores 3D chip design challenges, eeNews Europe says

Heat management, reliability, interconnect complexity and system-level verification are among the issues covered in the Siemens EDA article, eeNews Europe says.

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1 Source, 24d ago, first seen 24d ago

TLDR

eeNews Europe says AI and high-performance computing are pushing beyond the limits of traditional 2D system-on-chip design, making 3D architectures increasingly important. It describes a Siemens EDA article examining the challenges of integrating different components, alongside design approaches that could help reduce risk and accelerate development—including integrated design flows and coordinated system and technology design.

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@eeNewsEuropeAs AI and high-performance computing push beyond the limits of traditional 2D SoC design, 3D IC architectures are becoming increasingly important. This article from Siemens EDA explores the challenges of heterogeneous integration, including thermal management, reliability, interconnect complexity, and system-level verification. It also looks at how system technology co-optimization and integrated design flows can help reduce risk and accelerate development. Read the full article on eeNews Europe: https://www.eenewseurope.com/en/content_sponsorship/unstacking-the-future-navigating-the-3d-ic-frontier/24d
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    1 Source

    @eeNewsEuropeAs AI and high-performance computing push beyond the limits of traditional 2D SoC design, 3D IC architectures are becoming increasingly important. This article from Siemens EDA explores the challenges of heterogeneous integration, including thermal management, reliability, interconnect complexity, and system-level verification. It also looks at how system technology co-optimization and integrated design flows can help reduce risk and accelerate development. Read the full article on eeNews Europe: https://www.eenewseurope.com/en/content_sponsorship/unstacking-the-future-navigating-the-3d-ic-frontier/24d
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