Earn points, the frequency of memory and the CPU matching...?

Yes, the memory has nothing to do with the CPU frequency, but the memory should be careful, with this kind of CPU memory may be a product that has been discontinued. The first thing to look at is that there are a few small notches in the memory module. It's usually two, or three. Memory modules are generally generic.

It should be that the interfaces are all different. I can't even plug it in.

None of the above is to the point.

Whether it can be matched or not depends mainly on whether your interface is the same. In other words, look at the motherboard.

Whether you can give full play to the performance depends on the frequency of the CPU's front-side bus and internal frequency.

As far as you go. Memory 200, should be DDR200, and CPU look at the main frequency, the motherboard that matches it in this era should be SDRAM port. So. I guess you can't even plug it in.

ps: bs upstairs copying large paragraphs of text, not responsible at all.

If your memory is working in single-channel mode DDR333, the memory will indeed affect the performance of the system to a certain extent, but this effect will not be obvious in most applications, and may only be seen in some more extreme environments. Compared with frequency, memory is more important than capacity parameters, because in fact, the bottleneck of the whole system is in the mechanical hard disk, as long as the memory frequency can work normally, lower is not enough to seriously affect the performance.

If the memory is in dual-channel mode, then DDR333 is equivalent to DDR667, so the theoretical bandwidth is enough to cope with the front-side bus of the CPU.

As for the CPU L2 cache, there is no comparison between the various parameters of the CPU of different architectures, as if the default frequency of the E2140 with 1M cache is excepted, but the performance definitely kills the P4 EE with 2M L2 cache and almost double the frequency.

AMD has abandoned the front-side bus architecture since the Athlon™ 64 in favor of a more advanced serial bus, similar to the new bus architecture that Intel used on the Core i7 9 series just over a year ago. AMD is a lot ahead of Intel in this regard. The frequency of this bus itself is not directly related to the external frequency of the CPU, it is generally fixed, and the CPU and the northbridge chip, the CPU and the graphics card, the CPU and the memory are all unified with this high-speed bus interconnection, which is more efficient than the traditional way of communicating with other devices through the northbridge, and the data throughput is larger.

Get your PC up and running - examples of CPU and memory overclocking tips and tricks.

The frequency corresponding to 333 is 166, and your crossover ratio is 5:4, which is exact.

Just right, no limit. Game performance is also related to the execution efficiency of the CPU, which cannot be directly compared.

Celeron D320 main frequency = external frequency 133 4 is 533! Memory module using 1GDDR333 "No this model"! The DDR400 is the smallest of the 1G memory modules!

That is to say, as long as it is 1G memory with your CPU, it is completely OK! "The CPU (frequency 4 = external frequency) is smaller than that of the memory module (main frequency 2 = external frequency)" In the early years, AMD's CPU was not as high as the nominal frequency of Intel CPU, so I didn't dare to show it to the real face! But starting from the Athlon 2600, the gaming performance of AMD CPUs in the same price range is much better than Intel's!