It’s basically the delay between operations. CAS latency tells you how fast your ram can access the data before the operations begin. That seems weird, and the random number you see on the back of your RAM–CL16-18-18-20-is the CAS latency. Unlike MHz, which manufacturers advertise in big and bold fonts, CAS latency is often written in small fonts. Equally important is the CAS latency or memory timings. RAM frequency measured in megahertz (MHz) isn’t the only thing that determines computer performance. You may be wondering, “What are the timings?” Let’s find out. The precise speed of each stick isn’t important, only that the speeds, as well as the timings, are identical. In other words, you’ll need two sticks of the same speed, for example, two 3200MHz RAM or 2 3600MHz RAM. Of course, dual-channel memory will only work if you have a compatible motherboard and two similar RAM sticks. The tank would pump out water faster using two taps rather than just one. You would then drill another hole and install another tap. Everything seems okay, right? Well, suppose you wanted to use twice as much water. You drill a hole and install a tap to use water from the tank. Related read: Where does CPU store its computations? As the name suggests, dual-channel memory means that your computer is using two channels to transfer data between your CPU and your ram. We’re pretty sure that unless you’re a professional PC hardware enthusiast, you’ve never heard about this thing before. Without further ado, let’s start our computers. Taking into account these things will help you decide if more memory speed equals better performance or not.
So why are we even bringing this up again? Well, there are a variety of under-appreciated aspects of RAM which are worth considering.
Whether you’re new to PC building or a PC master, you’ve probably heard of random-access memory, otherwise known as RAM (or sometimes called “memory modules”).
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