There are several types of storage inside a CPU.
First, there is one or more areas of cache memory. That is special static memory which is made to be fast. That is to reduce accesses to the main memory and store the most commonly used instructions.
Then older CPUs had an area known as a prefetch queue. It functions much like a cache, but is much smaller.
Finally, there are CPU registers. The registers are small areas of memory used for executing instructions and storing the results. If you wish to add two numbers, for instance, your code must copy them to the registers and then perform the addition instruction on the registers. Then the code would collect the result from the registers.
A processor and storage are not the same
A discrete L2 cache is in the same housing as the processor, but resides on a separate microchip. It typically runs at half the speed of the processor, unlike ATC which resides on the same microchip as the processor and runs at the same speed as the CPU.
registers
False, the processor does not use permanent storage to hold both data and instructions while it is processing them. The processor uses temporary storage to hold data and instructions.
register
thyroxine
When selecting software you must consider the requirements for processor speed, storage, screen resolution, and
This is the cache.
register
The Dell latitude e4300 laptop comes equipped with a 2400 MHz processor. It has a 13.3 inch screen with a 1200 x 800 pixel screen resolution. It has 160 GB of storage.
The processor uses temporary storage called primary storage, to temporarily hold both data and instructions while it is processing them. Another word for primary storage is called memory.
no. You have processor, memory and input/output. Storage would be memory, hard drive, DVD.