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(c) AMD developed two distinct ,architectures for their next generation CPU. The architectures have the operating voltage and frequency given in the table below. Next
(c) AMD developed two distinct ,architectures for their next generation CPU. The architectures have the operating voltage and frequency given in the table below. Next Generation Processor Operating Frequency (GHz)Operating Voltage (V) architecture #1 architecture #2 1.1 4 0.8 How much does the capacitive load vary (as a ratio of C2 to C) between rchitecture versions if the dynamic capacitive switching power has been reduced by 10% from ,architecture #1 to architecture #2. Assume pshort_ckt and |static are negligible. How much has the dynamic capacitive switching power been reduced if the capacitive load does not vary between the twoarchitectures? Assume pshort-ckt and Istatic are negligible Suppose the capacitive load otua rchitecture #l is 80% that of architecture #2. Compute the voltage for architecture #2 if the dynamic switching power of architecture #21s reduced by 40% from that of architecture #1. ii. iii. (c) AMD developed two distinct ,architectures for their next generation CPU. The architectures have the operating voltage and frequency given in the table below. Next Generation Processor Operating Frequency (GHz)Operating Voltage (V) architecture #1 architecture #2 1.1 4 0.8 How much does the capacitive load vary (as a ratio of C2 to C) between rchitecture versions if the dynamic capacitive switching power has been reduced by 10% from ,architecture #1 to architecture #2. Assume pshort_ckt and |static are negligible. How much has the dynamic capacitive switching power been reduced if the capacitive load does not vary between the twoarchitectures? Assume pshort-ckt and Istatic are negligible Suppose the capacitive load otua rchitecture #l is 80% that of architecture #2. Compute the voltage for architecture #2 if the dynamic switching power of architecture #21s reduced by 40% from that of architecture #1
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