Beschreibung
Inhaltsangabe1. Introduction of DFM/DFY. a. What is DFM/DFY ? historical perspective. b. Why is it becoming ever so critical? c. DFM categories & classifications. d. How do various DFM solutions tie up with specific design flows. e. DFM & DFY are intertwined. 2. Random Defects. a. CAA. b. Improving CAA. c. Cell library yield grading based on CAA. 3. Systematic yield. a. Lithography. 4. Systematic yield. b. CMP 5. Parametric yield. a. Intro. b. Timing aspects. c. Power considerations. 6. Design for yield. a. analysis. b. prediction. c. enhancement. 7. Summary and Conclusions
Inhaltsverzeichnis
1. Introduction of DFM/DFY. a. What is DFM/DFY ? historical perspective. b. Why is it becoming ever so critical? c. DFM categories & classifications. d. How do various DFM solutions tie up with specific design flows. e. DFM & DFY are intertwined. 2. Random Defects. a. CAA. b. Improving CAA. c. Cell library yield grading based on CAA. 3. Systematic yield. a. Lithography. 4. Systematic yield. b. CMP 5. Parametric yield. a. Intro. b. Timing aspects. c. Power considerations. 6. Design for yield. a. analysis. b. prediction. c. enhancement. 7. Summary and Conclusions