Modern Analog IC Design in the AI & Nanosheet Era

Inside Book: Modern Analog IC Design in the AI & Nanosheet Era

As semiconductor technology transitions from planar MOSFETs and FinFETs to 3nm/2nm Gate-All-Around (GAA) nanosheets, and computing shifts toward hyperscale AI clusters and always-on edge nodes, classical textbook approximations are no longer enough. Modern Analog IC Design in the AI & Nanosheet Era bridges the gap between timeless transistor-level circuit intuition and the realities of 2026 production silicon.

Spanning 50 comprehensive chapters across 9 parts , this definitive engineering reference takes you step-by-step from fundamental device physics and hand calculations to post-layout parasitic sign-off and AI-driven EDA automation.

The Problem & Solution in side the book

Classical analog textbooks teach foundational intuition, but they leave a massive gap when you sit down at a modern EDA workstation. Today's analog and mixed-signal engineers face intrinsic gain collapse in FinFET/GAA nodes, severe voltage droop in hyperscale AI clusters, 112G/224G PAM4 interconnect bottlenecks, and the pressure to automate sizing and verification using Python and Machine Learning.

Modern Analog IC Design in the AI & Nanosheet Era is the first comprehensive, end-to-end engineering handbook built specifically for the realities of 2026 silicon. Spanning nine parts, it takes you from fundamental device equations and hand-calculated sizing all the way to post-layout parasitic extraction (PEX) sign-off, complete with executable SPICE/Python templates and six full-scale industry design projects.