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In certain applications, the overall speed may be dependent on the RAM. If you have a fast CPU but very little RAM then your performance will be slowed.
cache
DRAM
clock speed
Max it out!!! The CPU can only be as fast as it's cache size and than it's memory.
graphic card
CPU front side bus RAM clock rate
RAM MHz refers to the speed at which RAM can read and write data, and it can significantly impact overall system performance. Higher MHz values generally allow for faster data transfer between the CPU and RAM, reducing latency and improving the efficiency of data-intensive tasks. However, the actual performance gain depends on the CPU's architecture and its ability to take advantage of the RAM speed, as well as the balance between CPU speed and RAM speed in the system. Ultimately, faster RAM can enhance performance, but it needs to be matched with a compatible CPU for optimal results.
Ram & rom
Processor speed and RAM speed are related but distinct factors in a computer's performance. The processor, or CPU, executes instructions and processes data, while RAM (Random Access Memory) temporarily stores data for quick access. If the CPU is significantly faster than the RAM, it may lead to a bottleneck, where the processor has to wait for data from the slower RAM. Conversely, faster RAM can help ensure that the CPU operates efficiently, maximizing overall system performance.
RAM speed varies based on both the CPU's internal design, microarchitecture, front side bus speed, and chipset.
known as cache, it is embedded in the CPU on all modern chips (CPU's). the CPU RAM, or Cache, is a small amount (less than 50Kb) of very high speed ram. L1 and L2 cache is embedded in new CPU's so that the CPU can work out multiple parts of code, so that less fetch-process-verify-send procedures are made with the system ram, of which holds the whole program.