Register Memory
Is a type of memory where the fastest access speed, memory is contained in the CPU /Processor.Contoh: Data Register, Register Address, Stack.
Registers are memory size is very small with very high-speed access.
Registers used to store data and instructions are being processed, while
that data and other instructions waiting to be processed are stored inmain memory. Registers in the CPU consists of:
1. Instruction Register (IR) is used to store instructions that are
processed.
2. Program Counter (PC) is a register that is used to store the address
location of main memory containing the instruction being processed. during the process
progresses, the content is converted to PC main memory address containing instructions
The next to be processed. This makes it possible to trace
The next instruction in main memory.
3. General-purpose registers, the registers that have a wide range of functions
associated with the data being processed. For example, if used for
accommodate the data being processed is referred to as the operand register, while
if it is used to hold the processed result is called the accumulator.
4. Memory Data Register (MDR), which registers are used to hold data
or instructions sent from main memory to the CPU, or contain data that
saved to main memory as a result of CPU processing.
5. Memory Address Register (MAR) is used to hold data or address
instructions on the main memory to be taken or to be placed.
Registers used to store data and instructions are being processed, while
that data and other instructions waiting to be processed are stored inmain memory. Registers in the CPU consists of:
1. Instruction Register (IR) is used to store instructions that are
processed.
2. Program Counter (PC) is a register that is used to store the address
location of main memory containing the instruction being processed. during the process
progresses, the content is converted to PC main memory address containing instructions
The next to be processed. This makes it possible to trace
The next instruction in main memory.
3. General-purpose registers, the registers that have a wide range of functions
associated with the data being processed. For example, if used for
accommodate the data being processed is referred to as the operand register, while
if it is used to hold the processed result is called the accumulator.
4. Memory Data Register (MDR), which registers are used to hold data
or instructions sent from main memory to the CPU, or contain data that
saved to main memory as a result of CPU processing.
5. Memory Address Register (MAR) is used to hold data or address
instructions on the main memory to be taken or to be placed.
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