By Chandra Thimmannagari
Offers info in a straightforward, easy-access manner in order that the ebook can act as both a brief reference for more matured engineers or as an introductory consultant for brand new engineers and faculty graduates.
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Additional info for CPU Design: Answers to Frequently Asked Questions
In such case the Cache requests data from Main Memory in which case LineZ from Main Memory replaces LineD in Data array and 6’b11 1111 replaces 6’b01 1111 in Tag array. LineZ also gets forwarded to the Unit requesting it. Architecture 23 Figure 18: Direct Mapped Cache in the case of a Hit 24 CPU Design: Answers to Frequently Asked Questions Figure 19: Direct Mapped Cache in the case of a Miss 8. Describe a Fully Associative Cache Memory with an example? Figures 20 and 21 below shows a Fully Associative Cache Memory in the case of a Hit and a Miss.
E m111). Processors supporting Big-Endian byte order by default are Sparc processors whereas processors supporting Little-Endian byte order by default are Intel’s x86 processors, ARM processors etc. Figure 17: Big-Endian and Little-Endian Architecture 21 6. What are the various Cache mappings? The various Cache Mappings are tabulated below. Table 4: Cache Mappings Cache Mappings Description Direct Mapped Cache In this kind of cache a given main memory line can be placed in one and only one place in the cache.
LineZ also gets forwarded to the Unit requesting it. Architecture 23 Figure 18: Direct Mapped Cache in the case of a Hit 24 CPU Design: Answers to Frequently Asked Questions Figure 19: Direct Mapped Cache in the case of a Miss 8. Describe a Fully Associative Cache Memory with an example? Figures 20 and 21 below shows a Fully Associative Cache Memory in the case of a Hit and a Miss. e the address to index any byte within the Main Memory). Since the size of L1 Cache (L1$) is 256B and the Line size is 1B, L1 Data will hold 256 lines from Main Memory and L1Tag will hold 256 Tag address where each Tag address corresponds to a Line in L1 Data.