Latest Insights
29 Oct 2025 · 8 min
How AI and Machine Learning Are Transforming Chip Design
Artificial Intelligence (AI) and Machine Learning (ML) are not only redefining industries but also reshaping the very foundation of semiconductor innovation. Traditionally, chip design has relied heavily on rule-based tools.
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29 Oct 2025 · 5 min
Low Power Verification in VLSI – Why It’s a Game-Changer
In today’s technology-driven era, power efficiency has become as vital as performance. With billions of connected devices operating across the globe-from compact wearables to massive data centers-every milliwatt of energy matters.
Keep reading →Foundational Concepts
29 Oct 2025 · 8 min
Physical Design – The Art of Turning Logic into Silicon
Every semiconductor begins as a collection of logical functions, but the real transformation happens when those functions take shape in silicon. This transformation is made possible through Physical Design (PD) - the stage in the VLSI design flow where digital logic is translated into a geometric layout ready for fabrication.
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29 Oct 2025 · 8 min
Design for Testability (DFT) – Why It Matters for Chip Reliability
As semiconductor designs grow increasingly complex, integrating billions of transistors into a single chip, testing becomes a critical step in ensuring product quality and reliability.
Keep reading →Expert Insights
29-Oct-2025 · 5 min
Overcoming Challenges in Semiconductor Design Flow
The journey from specification to silicon is a complex one, marked by numerous technical, logistical, and collaborative challenges. As semiconductor designs grow in scale and sophistication, the design flow has evolved into a highly interconnected process involving multiple teams, tools, and verification stages.
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29-Oct-2025 · 5 min
The Role of Static Timing Analysis in Semiconductor Design
Timing is one of the most critical aspects of semiconductor design. Even when a circuit’s logic is flawless, it can still fail in real-world hardware if it doesn’t meet timing requirements
Keep reading →Community Learnings
29-Oct-2025 · 5 min
Importance of Verification and Validation in VLSI
In the world of VLSI design, a single undetected bug can lead to millions of dollars in losses due to re-spins, missed deadlines, and product failures. To prevent such costly outcomes, Verification and Validation (V&V) play an indispensable role in ensuring that every chip performs exactly as intended before it reaches fabrication.
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29-Oct-2025 · 5 min
Understanding the VLSI Design Flow – A Beginner’s Guide
Very Large Scale Integration (VLSI) design is the foundation of modern semiconductor technology, enabling the creation of complex integrated circuits that power everything from smartphones to satellites. It involves combining millions, and sometimes billions, of transistors onto a single chip.
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