1.Design and Simulate Read/Write Operations:
Develop and simulate a memory module capable of performing read and write operations.
Implement a memory size of 16x8 or 32x8.
Test the functionality to ensure accurate data storage and retrieval.
2.Investigate and Implement Addressing Modes:
Explore and implement various addressing modes to access memory locations:
Immediate Addressing: The data is embedded directly in the instruction.
Direct Addressing: The memory address of the data is specified explicitly in the instruction.
Register Addressing: Data is accessed through registers specified in the instruction.
Indirect Addressing: The memory address is determined by the contents of a register or a memory location.
A simplified RAM module is a vital component of a processor's memory hierarchy, enabling data storage and retrieval. Key components and their functions include:
Width: N-bit lines transfer data to and from the memory.
Functionality: Determines the number of bits that can be moved in a single operation.
Write Operation: Stores data into a memory location specified by the address.
Read Operation: Retrieves data from the memory location specified by the address.
Width: M-bit lines specify the memory location to access.
Capacity: Defines the total number of addressable memory locations as 2m2^m2m.
1.CPU Interaction:
The CPU provides an address through the address lines and data through the data lines.
2.Write Operation:
The CPU asserts the write control signal.
Data is written to the memory location specified by the address lines.
3.Read Operation:
The CPU asserts the read control signal.
Data stored at the specified memory address is retrieved and sent through the data out lines.
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