Question 3 (Cache Memory Mapping): I (a) For the main memory address 0:0:0, briefly explain how a search is performed in two-way set associative mapping. Assume that the main memory size is 4 GB, the...


Question 3 (Cache Memory Mapping): I<br>(a) For the main memory address 0:0:0, briefly explain how a search is performed in two-way set<br>associative mapping. Assume that the main memory size is 4 GB, the cache memory is 8 KB and the size<br>of cache block is 32 bytes.<br>(b) A 4-way set associative mapped cache consists of 64 blocks, divided into 4 sets. Main memory consists<br>of 4K blocks, each containing 128 locations. Complete the following format for the main memory address<br>by showing all your workings and find the tag size. [Hint: Calculate the no. of locations in the main memory,<br>which gives the memory size in terms of the total number of bits] ,<br>Set No.<br>Block No.<br>Location Within Block<br>No. of bits<br>

Extracted text: Question 3 (Cache Memory Mapping): I (a) For the main memory address 0:0:0, briefly explain how a search is performed in two-way set associative mapping. Assume that the main memory size is 4 GB, the cache memory is 8 KB and the size of cache block is 32 bytes. (b) A 4-way set associative mapped cache consists of 64 blocks, divided into 4 sets. Main memory consists of 4K blocks, each containing 128 locations. Complete the following format for the main memory address by showing all your workings and find the tag size. [Hint: Calculate the no. of locations in the main memory, which gives the memory size in terms of the total number of bits] , Set No. Block No. Location Within Block No. of bits

Jun 08, 2022
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