Question: please note: the defect rate should be 0.03 instead of 0.3 and N=10 Chapter One Fundamentals of Quantitative Design and Analysis Die size Estimated defect

 please note: the defect rate should be 0.03 instead of 0.3

please note: the defect rate should be 0.03 instead of 0.3 and N=10

Chapter One Fundamentals of Quantitative Design and Analysis Die size Estimated defect Manufacturing Transistors Chip (mm rate (per cm (millions) IBM Power5 76 Sun Ni 38 iagara 279 AMD Opteron 233 Figure 1.22 Manufacturing cost factors for several modern processors. 1.1 110 101 Figure 1.22 ves the relevant chip statistics that influence the cost of several current chips. In the next few exercises. you will be exploring the effect of different possible design decisions for the IBM Power5. a. 10l kl 6 What is the yield for the IBM Power5? b. l 10 kl.6> Why does the lBM Power5 have a lower defect rate than the Niag- ara and Opteron? Chapter One Fundamentals of Quantitative Design and Analysis Die size Estimated defect Manufacturing Transistors Chip (mm rate (per cm (millions) IBM Power5 76 Sun Ni 38 iagara 279 AMD Opteron 233 Figure 1.22 Manufacturing cost factors for several modern processors. 1.1 110 101 Figure 1.22 ves the relevant chip statistics that influence the cost of several current chips. In the next few exercises. you will be exploring the effect of different possible design decisions for the IBM Power5. a. 10l kl 6 What is the yield for the IBM Power5? b. l 10 kl.6> Why does the lBM Power5 have a lower defect rate than the Niag- ara and Opteron

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