Although memory and CPUs are linked together very closely, a CPU is only important to memory when the memory is active. It is the CPU that writes to and reads from memory (or other devices that are under the control of the CPU). When the memory is idle, its only function is to retain data ready for it to be written over or read. In almost all cases. memory can do this without any intervention by a CPU. In volatile memory, a power supply needs to be provided to retain the data. Non-volatile memory on the other hand will stored data without power. An example of this kind of memory is a USB drive that can be unplugged from a USB port and retain all data without needing either a power supply or a CPU.
Memory in fact is rather more important to the CPU than the other way round. The CPU operates as directed by a program that is stored in memory. Without memory, a CPU will not have a program to run so will not be able to fucntion.
Cache
The only memory on the CPU is cache memory and it is only dependent on the CPU type and generation you use.
one with all the important components, including memory and CPU
output device No The CPU and memory are located on the motherboard
A CPU does math and accesses memory.
The most important thing to watch is that the mhz speed of the Ram matches the cpu operating freqeuncy. Not matching them can cause erratic behaviour of the CPU
CPU register is faster than memory loacations
cpu
The major difference between main memory and auxiliary memory is that main memory is directly accessed by CPU but the auxiliary memory is not accessed by the CPU directly.For this the data is first transferred to main memory from auxiliary memory and then from main memory the data is transferred to the CPU for further processing. Answered By: Richa Singh
The motherboard is the typical part of the computer that contains the CPU, the memory, and controllers.
sure; CPU used to memory for processing data. it use mother board cache memory and it also use ram memory.
The fundamentals of computer performance in terms of program execution always has three factors that influence performance 1. CPU 2. Memory and 3. IO (Input/Output) Any performance bottleneck will be related to one of these. To overcome the bottleneck you may need to increase the CPU capability if it is CPU bound, increase the memory if it is memory bound and remove the IO blocks if it is IO bound