Physical Verification in VLSI

In the intricate and ever-evolving landscape of Very Large Scale Integration (VLSI) design, the journey from abstract concept to tangible silicon is fraught with complexities. Among the critical stages that ensure a design's viability and manufacturability, physical verification (Layout verification) stands as a linchpin. It is the meticulous process that bridges the gap between design intent and physical reality, catching potential flaws before they manifest as costly silicon failures.
"Physical Verification in VLSI," brought to you by Re-Wise Publishers, serves as an indispensable guide through this vital domain. It systematically unravels the layers of checks and analyses crucial for modern IC design. Beginning with a foundational introduction and an overview of the physical design flow, the book delves into the core tenets of Design Rule Checking (DRC), ensuring adherence to manufacturing constraints. It further illuminates the significance of Density and Fill methodologies, addresses the insidious Antenna effect, and meticulously explains the Layout Versus Schematic (LVS) verification - the ultimate arbiter of design correctness.
Beyond these fundamental checks, the book navigates the nuances of Soft-checks and Electrical Rule Checking (ERC), the critical considerations for Electrostatic Discharge (ESD) protection, and the practicalities of implementing Engineering Change Orders (ECOs). It sheds light on the utility of XOR comparisons, provides insights into Common Cells in VLSI, and underscores the growing importance of Design for Manufacturability (DFM). Importantly, it ventures into advanced topics such as Programmable Electrical Rule Check (PERC) and High Voltage Verification, crucial in contemporary IC designs.
The latter part of the book provides invaluable guidance on hierarchical verification strategies, covering the building of subsystems from partitions, full-chip integration, and the essential setup procedures for these complex runs. It also demystifies the various file types encountered in physical verification and offers a glimpse into the Emerging Technologies and Trends shaping the future of this field.
Crucially, "Physical Verification in VLSI" maintains a tool-agnostic approach, focusing on the underlying principles and methodologies that transcend specific software implementations. This makes it an invaluable resource for both newcomers to the field and seasoned professionals seeking a comprehensive understanding of the entire physical verification. This book empowers you to master the critical skills needed to ensure robust and reliable VLSI designs in today's demanding semiconductor industry.