Blog Postings

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Breaking the Memory Wall: Signal and Power Integrity Challenges of AI Scale-Up

The memory wall, once a niche topic for computer architects arguing over cache hierarchies, now shapes how AI data centers are physically built. As large language models move from training into round-the-clock inference, the industry is now pushing against the limits of physics. The problem is how to move enough bytes between memory and logic, and between accelerators, within the loss, noise, power and thermal budgets of copper, optics and power delivery networks.


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Building Cyber-Resilient Embedded Systems: Insights from Industry Leaders

In a recent roundtable with top embedded and micro suppliers, Shawn Luke of DigiKey spoke with experts from Analog Devices, STMicroelectronics, NXP, and Microchip Technology to hear their perspectives on the evolving landscape of embedded security and its critical role in today’s connected world. Dive into industry insights on securing embedded systems, navigating new global regulations, advanced concepts, and more.


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Generative Solutions vs. Discriminative Models

The future of signal integrity design is being reshaped by AI and machine learning. Traditional SPICE and IBIS models are giving way to generative AI, digital twins, and physics-informed models that offer real-time insights and future-proofing capabilities. Chris Cheng discusses why AI is no longer just data-driven—it’s becoming physics-aware, adaptable, and ready to co-pilot your next design.



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