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Memory Organization in Computer Architecture

The memory is divided into cells, and each of them is identified by a unique number called an address. When the CPU wants to read or write an address, it generates control signals such as “read” and “write,” which each cell can identify.

In this article, we will dive deeper into Memory Organization according to the GATE Syllabus for (Computer Science Engineering) CSE. Keep reading ahead to learn more.

Table of Contents

Memory Organization in Computer Architecture

The memory is divided into cells; each of them is identified by a unique number called an address. The CPU generates the memory request in order to access the instruction. When the CPU wants to read or write an address, it generates control signals such as “read” and “write,” which each cell can identify. Because the program is present in memory, the instruction must be transferred from memory to the CPU whenever the CPU executes the program.

Memory Request

The address and control signals are included in the memory request. When inserting data and information into the stack, each block uses memory (in the form of RAM), and the number of memory cells is determined by the memory chip’s capacity.

Example

We will find the number of cells present in the 64k*8 memory chips.

Here, the size of each cell = 8

And the number of bytes present in 64k = (2^6)*(2^10)

Thus,

Total number of cells here = 2^16 cells

Along with the total number of cells, the total number of address lines that are needed to enable any cell can be determined here.

Word Size

It refers to the maximum amount of bits a CPU can handle at one time, and it fluctuates by the processor. The hardware or the instruction set of a processor handles a fixed amount of data as a unit called word size.

Because of generation and current technology, word size varies based on processor architectures; it could be as small as 4-bits or as large as 64-bits, depending on what a given processor can handle. Addresses, Registers, Fixed-point numbers, and Floating-point numbers are all examples of notions that require word size.

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