Synopsis
How to design wafers for better chip yields
Discover a practical approach to allocating chip sites on a wafer to produce multiple types of chips, and how this can affect performance and delivery.
This book explains a design problem in a real semiconductor facility: how to place different chip types on a single wafer to improve output while managing unpredictable yields. It compares a traditional single-type wafer to multi-type designs, using both deterministic and stochastic analyses. Readers will see how linear programming guides the design and how queueing dynamics and variability influence actual production.- Understand the core design problem: allocating wafer sites to chip types for better long‑term performance.
- Learn how multiplicative and non‑multiplicative yield assumptions change the results.
- See how a linear program and its dual help identify effective wafer designs.
- Explore how stochastic analysis uses normal approximations to compare policies and reveal real‑world benefits.
A Product Design Problem in Semiconductor Manufacturing
"synopsis" may belong to another edition of this title.
