1.3 [20/20] <1.6> Your colleague at AMD suggests that, since the yield is so poor, you might make chips more cheaply if you placed an extra core on the die and only threw out chips on which both processors had failed. We will solve this exercise by viewing the yield as a probability of no defects occurring in a certain area given the defect rate. Calculate probabilities based on each Opteron core separately (this may not be entirely accurate, since the yield equation is based on empirical evidence rather than a mathematical calculation relating the probabili- ties of finding errors in different portions of the chip). a. [20] <1.6> What is the probability that a defect will occur on no more than one of the two processor cores? b. [20] <1.6> If the old chip cost $20 dollars per chip, what will the cost be of the new chip, taking into account the new area and yield?
1.3 [20/20] <1.6> Your colleague at AMD suggests that, since the yield is so poor, you might make chips more cheaply if you placed an extra core on the die and only threw out chips on which both processors had failed. We will solve this exercise by viewing the yield as a probability of no defects occurring in a certain area given the defect rate. Calculate probabilities based on each Opteron core separately (this may not be entirely accurate, since the yield equation is based on empirical evidence rather than a mathematical calculation relating the probabili- ties of finding errors in different portions of the chip). a. [20] <1.6> What is the probability that a defect will occur on no more than one of the two processor cores? b. [20] <1.6> If the old chip cost $20 dollars per chip, what will the cost be of the new chip, taking into account the new area and yield?
A First Course in Probability (10th Edition)
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ISBN:9780134753119
Author:Sheldon Ross
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Chapter1: Combinatorial Analysis
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![1.3 [20/20] <1.6> Your colleague at AMD suggests that, since the yield is so poor,
you might make chips more cheaply if you placed an extra core on the die and
only threw out chips on which both processors had failed. We will solve this
exercise by viewing the yield as a probability of no defects occurring in a certain
area given the defect rate. Calculate probabilities based on each Opteron core
separately (this may not be entirely accurate, since the yield equation is based on
empirical evidence rather than a mathematical calculation relating the probabili-
ties of finding errors in different portions of the chip).
a. [20] <1.6> What is the probability that a defect will occur on no more than
one of the two processor cores?
b. [20] <1.6> If the old chip cost $20 dollars per chip, what will the cost be of
the new chip, taking into account the new area and yield?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5ef94aca-20c7-423c-bd7f-021e583b8183%2F2214e6f0-ada1-4f7c-8b82-0f20025e77e9%2Ftaz1f3t_processed.png&w=3840&q=75)
Transcribed Image Text:1.3 [20/20] <1.6> Your colleague at AMD suggests that, since the yield is so poor,
you might make chips more cheaply if you placed an extra core on the die and
only threw out chips on which both processors had failed. We will solve this
exercise by viewing the yield as a probability of no defects occurring in a certain
area given the defect rate. Calculate probabilities based on each Opteron core
separately (this may not be entirely accurate, since the yield equation is based on
empirical evidence rather than a mathematical calculation relating the probabili-
ties of finding errors in different portions of the chip).
a. [20] <1.6> What is the probability that a defect will occur on no more than
one of the two processor cores?
b. [20] <1.6> If the old chip cost $20 dollars per chip, what will the cost be of
the new chip, taking into account the new area and yield?
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