Which Intel CPU supports 3200 memory modules?

The CPU only supports up to 2666 frequency memory, and it is okay to buy DDR43600, and the 8700K memory controller has 2666 frequency, and the same 3600 frequency will be reduced to 2666. The motherboard supports 4133 frequencies that require overclocking to support memory frequencies.

The decision to use high or low is in the CPU memory controller.

3200MHz is the memory that supports overclocking, and it will be automatically reduced to 2400MHz if not overclocked. Memory sticks.

It is a computer component that can be addressed by the CPU and can be read and written. Memory modules used to be an extension of the main memory in the history of personal computers.

You talk about Intel CPU memory controller 3200 frequency, this is 100% no, if you talk about CPU support 3200 frequency memory module, this is a lot, i5

8600k，i7

8700k，i5

9600k，i7

9700k，i9

9900K, and so on CPU can support 3200 frequency memory modules, but because the memory controller 2666 frequency, so after plugging in 3200 memory, the frequency will automatically drop to 2666 frequency use, only turn on XMP overclocking to reach 3200 frequency use,

AMD Ryzen Gen 2 CPU memory support frequency has also been increased, from the highest supported DDR4-2667 to DDR4-2933, with an increase of 10, which can better support DDR4

3200 high-frequency memory.

Who said it, there is indeed no memory module, hard disk and CPU, network card, all of them, I'm afraid that they can't afford what you said, Intel 750

Solid-state PCIe interface, 5799 blocks, so you're right, Intel with hard disks, it's expensive.

Difference 1: The memory frequency is different.

The frequency of the 2666Hz memory module is 2666Hz, and the frequency of the 3200Hz memory module is 3200Hz, and the higher frequency of the latter determines that it has more efficient transmission efficiency.

Difference 2: Different performance.

Because of the difference in memory frequency and memory module bandwidth, the performance of 3200Hz memory modules is better than that of 2666Hz memory modules. Although there is a performance gap between the two, the performance gap between the two is not noticeable in daily use.

This gap is not very obvious, and the actual experience is even more minimal, only the motherboard and CPU support up to 3200 frequency will be a little more obvious.

But now the motherboard and CPU generally default frequency is only 2666 frequency, and only the overclocking can be improved.

This gap is not very obvious, the actual experience is even more minimal, only the motherboard and CPU support to 3200 frequency will be a little more obvious, but now the motherboard and CPU generally default frequency is only 2666 frequency, only the overclocking will be improved.

A memory module is a part of a computer that can be addressed by the CPU and can be read and written.

Memory modules used to be an extension of the main memory in the history of personal computers. With the continuous update of computer software and hardware technology, memory modules have become the whole of read and write memory.

When we talk about the size of a computer's memory (RAM), we refer to the total capacity of the memory module.

Memory modules are an essential part of a computer, and the CPU can address the memory through the data bus. Historically, computer motherboards had main memory, and memory modules were extensions of the main memory.

Later computers will not have main memory on the motherboard, and the CPU will rely entirely on memory modules. All content on external memory must pass through memory in order to function.

The higher the frequency, the greater the bandwidth, if the bandwidth is doubled, in some games, the frame rate will be 20-30% higher and the dual-channel bandwidth will be doubled, for example, DDR4 2133 dual-channel is equivalent to the bandwidth of DDR4 4166 single channel.

Therefore, there is not much difference between 2666 and 3200, but the bandwidth difference between single and dual channels is relatively large.

The DDR4 2666 is equivalent to the DDR4 5332 single channel.

Hello: 1, the [ of these two memory sticksThe frequency is not the same], a lot of differences. But when you actually use it, it doesn't feel obvious, unless it's a little different when running large software.

2. In addition, high-frequency memory modules, [Motherboard support requiredIf the memory module exceeds the support of the motherboard, it will be run at a reduced frequency.

Given that the three generations of Ryzen still haven't gotten rid of the memory latency problem, what is the right memory frequency for this generation of CPUs? Here is the test of the game frame rate under the three frequency memory of 2666 vs 3200 vs 3600MHz, let's take a look at the actual performance!

Whether it's good or not depends entirely on the memory particles. The best is of course Samsung's B-Die, but it's not too close to the people so I won't go into details. The preferred particles for 3200-3600 frequency are Hynix CJR particles or Micron C9BJZ, and the standard level of both is stable and exceeds 3600.

For the average candidate computer, the main focus is on two major items: CPU and memory. As long as these two major pieces come up, the performance of the whole computer will not be bad.

Of course, gamers also need to pay attention to the performance of the graphics card. However, this article only talks about memory, not other components. Whether it's a desktop computer or a laptop.

Memory modules are essential. For notebooks, memory modules may be just data, but for DIY desktop friends, memory can be a big knowledge. Which brand is good for memory?

In many installation forums, you can see people asking such a question: which brand of memory is better.

Just one thing to say here: branding or leakage really doesn't have much of an impact on memory. As long as you are not a copycat manufacturer, you can choose with confidence.

Because the core raw material for the production of memory modules, memory particles are almost monopolized by the three major manufacturers of Samsung, Micron and SK hynix. Therefore, although there are many brands of memory modules.

But there are only a few raw materials for everyone. Among them, Samsung's memory particle quality is the best, so if the raw material ** is Samsung, the performance will be a little bit ahead, but the gap is not obvious, except for the score of the software will have a difference, and personal use is almost impossible to feel the hail imitation.

Therefore, if the difference is not big, you can choose the brand that uses Samsung memory particles, and if the difference is relatively large, choose the cheaper one.

Memory 3000 and 3200 indicate the memory frequency, when running the game, the frame rate of 3000 is a little lower than that of 3200, and the average frame rate of the game is also lower, but the gap is very small, if the budget is limited, 3000 has a cost-effective advantage.

Computer use skills: 1. Pay attention to the type of memory module of the motherboard when purchasing memory modules, generally there are two types: DDR3 and DDR4.

2. If it is only for office use, 8G memory is enough, it is recommended to choose a memory module with appropriate capacity according to personal needs.

3. Pay attention to the frequency of the memory module when purchasing the memory module, in addition, the higher the frequency of the memory module, the higher the requirements for the motherboard, and the various devices need to be used together.

4. Pay attention to the position of the foolproof interface when installing the memory module, do not install it backwards, which may cause the memory module to be damaged.

5. Pay attention to the brand when purchasing memory modules, and it is recommended to choose products produced by large manufacturers.

Data expansion: Memory is an indispensable part of the computer, the CPU can address the memory through the data bus, and the memory is divided into DRAM and ROM, the former is also called dynamic random access. There is main memory on the motherboard of a computer, and a memory module is an extension of the main memory.

Later computers will not have main memory on the motherboard, and the CPU will rely entirely on memory modules. All content on external memory must pass through memory in order to function.