![]() ![]() Well, the easiest way to go about it is to simply see the RAM speeds supported by the CPU and the motherboard. That said, how do you determine the appropriate RAM clock speed without the fear of underspending or overspending on RAM? Basically, you don’t want the system slowing down due to a RAM bottleneck i.e., the inability of the RAM to transfer data quickly enough to keep up with the other components. Now that we have established that the RAM clock speed is essentially bandwidth, it becomes relatively obvious as to why having a higher clock speed would be a good thing. The higher the clock speed, the more data the RAM can transfer between components in a shorter period of time. So, essentially, RAM speed is actually bandwidth. RAM doesn’t process data but merely transfers it between components i.e., the CPU, the GPU, the SSD, the HDD, external storage, etc. However, these are memory modules we’re talking about, not processors, so it’s not the same deal. It can be expressed in both MHz and GHz (usually the former), and one Hz equates to one clock cycle per second. Well, when we say “speed,” what we really mean here is “clock speed,” just like with the CPU or the GPU. First off, let’s answer the most basic question here – what is “RAM speed”?
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