Silicon Reimagined: New Foundations For The Age of AI

How silicon technologies are evolving to meet the unprecedented computational demands of AI, while addressing critical challenges around power efficiency, security, and software.

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The semiconductor industry is undergoing a pivotal transformation driven by the rise of artificial intelligence (AI) and the slowing of traditional Moore’s Law scaling.  In this comprehensive 42 page report, several key trends shaping the industry’s future are highlighted.

  1. The push toward more specialized architectures tailored for specific workloads, particularly in AI.
  2. The critical importance of power efficiency as computation becomes more intensive.
  3. The evolution of security to address emerging AI-powered threats.
  4. The essential role of software ecosystems in unlocking silicon’s potential.

The challenges ahead are significant, but it’s why we do the work necessary to confront them. Power delivery and thermal management grow more complex as we move to advanced packaging technologies. Memory bandwidth must scale to meet AI’s voracious appetite for data. Security threats continue to evolve alongside AI capabilities. Yet these challenges are driving unprecedented innovation across the ecosystem. We’re seeing closer collaboration between IP providers, foundries, and system integrators. New approaches to memory architecture and power management are emerging. Standards are evolving to enable truly modular chip design.

Read more here.



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