Compute the total number of bits required to implement the cache given below. This number is different from the size of the cache, which usually refers to the number of bytes of data stored in the cache. The number of bits needed to implement the cache represents the total amount of memory needed for storing all of the data, tags, and valid bits.

Compute the total number of bits required to implement the cache given below. This number is different from the size of the cache, which usually refers to the number of bytes of data stored in the cache. The number of bits needed to implement the cache represents the total amount of memory needed for storing all of the data, tags, and valid bits 1) Address (showing bit positions) 31 14 13 65 2 10 Data 18 8 4 Byte Hit offset Block offset Index 512 bits 18 bits Data V Tag 256 entries 32 18 32 32 Mux 32 Compute the total number of bits required to implement the cache given below. This number is different from the size of the cache, which usually refers to the number of bytes of data stored in the cache. The number of bits needed to implement the cache represents the total amount of memory needed for storing all of the data, tags, and valid bits 1) Address (showing bit positions) 31 14 13 65 2 10 Data 18 8 4 Byte Hit offset Block offset Index 512 bits 18 bits Data V Tag 256 entries 32 18 32 32 Mux 32