Given that the number of words in the main memory is 128. Also, given that there...

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Given that the number of words in the main memory is 128. Also, given that there are a total of 4 lines in the cache. Furthermore, given that the last 3 bits of the main memory address are used to identify the individual words of each block of memory. Assuming direct mapping function of main memory to cache, calculate: (i) the size of each block, i.e., the number of words for each block, (ii) the number of bits to identify all the lines in cache, (iii) the number of blocks in main memory, (iv) the number of bits for the tag field of the main memory address. [1 mark] [1 mark] [1 mark] [1 mark] Given that the number of words in the main memory is 128. Also, given that there are a total of 4 lines in the cache. Furthermore, given that the last 3 bits of the main memory address are used to identify the individual words of each block of memory. Assuming direct mapping function of main memory to cache, calculate: (i) the size of each block, i.e., the number of words for each block, (ii) the number of bits to identify all the lines in cache, (iii) the number of blocks in main memory, (iv) the number of bits for the tag field of the main memory address. [1 mark] [1 mark] [1 mark] [1 mark]

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i To calculate the size of each block number of words for each block we need to consider the number ... View the full answer