When programming for a computer, you may want to consider how to increment the program counter (PC) at certain points during the execution of a program. This is because the next instruction will need the value of the PC that has been incremented. Therefore, the incrementing of the PC becomes part of the critical path for the next instruction. This method can also be useful when you need to store data that has recently been modified.
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In a traditional CPU, every instruction is executed in a linear order. This means that the PC must be used to execute instructions. The non-von-Neumann model uses a pipeline to perform multiple phases of the same instruction. A pipe-based system essentially combines several instructions into one. This allows the CPU to process more instructions simultaneously. This process is known as parallel computing. It has a single processor that can run many tasks at once.
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The PC is combined with other registers to identify a segment or page in memory. It is typically smaller than the memory size of the device, which is why the PC can be combined with the other registers. The first cycle of the program will load the data from a memory address, which is then passed up the data bus to the MDR and accumulator. The last cycle will not execute an instruction.
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