he rationale behind the inclusion of cache memory in computer systems is not clear to me, given that transistors are utilised in the construction of both random access memory (RAM) and read-only memory (ROM). Temporary storage can be conceptualised as a transiently available form of RAM (random access memory). Can one envision a computing device that solely relies on a single type of memory?

Q: Can all of our needs really be met by computer memory, given that RAM (Random Access Memory) is a…

A: Computer memory refers to the electronic mechanism of a computer system that amasses digital…

Q: The dilemma of why we need cache memory when we already have RAM (Random Access Memory) as a…

A: Cache memory:  Despite being much smaller than main memory (RAM) or secondary memory, cache memory…

Q: If random access memory (RAM) uses transistors, then cache memory seems like an unnecessary…

A: Computer memory can be classified into several types based on its functionality, access time, and…

Q: Since that random access memory (RAM) and cache memory (CM) are both constructed of transistors, one…

A: In terms of performance, price, and proximity to the CPU, RAM and cache both have benefits and…

Q: Cache memory and RAM are both types of memory that rely on transistors. However, the necessity of…

A: Cache memory is used in addition to RAM because it provides faster access to frequently used…

Q: A complete explanation for the idea of uneven memory access has not yet been developed.

A: OS: An OS connects the user to the computer's hardware. An OS provides a comfortable and efficient…

Q: Where do associative memory and regular memory differ? Which one is the costlier choice, and why is…

A: Computer Memory:     Computer memory is the physical device that stores information or data for the…

Q: Why do we need cache memory when we already have RAM (Random Access Memory), which is a kind of…

A: Cache Memory: Data retrieval from the a computer's memory is made more effective by cache memory, a…

Q: Since both RAM and ROM are built using transistors, I don't see the need in having cache memory.…

A: RAM stands for Random Access Memory and ROM stands for Read Only Memory. Both are used for storage…

Q: In the end, what exactly is the distinction between primary and secondary memory?

A: Inspection: There are a number of significant differences between primary and secondary memory. Main…

Q: The idea of unequal memory access has not yet been properly described.

A: Non-Uniform Memory Access:  A configuration feature that enables the more thorough operation of…

Q: to the fact that both RAM (Random Access Memory) and volatile memory are transistor-based, it is not…

A: Given Due to the fact that both RAM (Random Access Memory) and volatile memory are transistor-based,…

Q: Show, using the table below, the execution trace of that program by filling in the contents of every…

A: Your answer is :

Q: Since both cache and RAM use transistors as their primary building block, it's natural to question…

A: The use of multiple types of memory in a computer system is necessary due to the distinct…

Q: Since both cache memory and RAM (Random Access Memory) employ transistors as its fundamental…

A: cache: Cache-memory has a big impact on system performance despite its small size. A CPU is much…

Q: Given that both RAM and cache memory are based on transistors, why do we need cache memory if RAM is…

A: RAM means "Random Access Memory", and a kind of unpredictable PC memory stores information and…

Q: Since both RAM and cache memory are made of transistors, why do we need cache memory if RAM (Random…

A: Cache memory is used in addition to RAM because it provides faster access to frequently used…