Ask me if my computer has a memory stick

No, the hardware doesn't support it, so it's better to change to a new board, a big upgrade, your configuration plus 2G, a complete bottleneck.

Besides, what you bought at that time was definitely the intrinsic of the DDR1 generation, and now the memory of the 1st generation has been discontinued, and even if there is, it is relatively expensive, and at the same time, the machine in 02 should be eliminated.

The graphics card is too weak.

5200 basically cards to play 3D games.

2GB of RAM is too much of a luxury for your computer.

Know the so-called "barrel effect"?

The amount of water a barrel can hold depends on the shortest plank.

How strong your PC is overall depends on the accessory you're weakest.

Your CPU, graphics card are bottlenecks, and 2G RAM won't help.

1GB of RAM is enough for your computer.

If you don't want to switch the whole platform.

It's okay to go to the second-hand market and buy a 9550.

If you want to change to the latest CPUs and graphics cards today, your motherboard does not support them).

You can add as much as you want. But it doesn't seem to work! Plus 1g is about the same!

The most critical thing was not reported, what motherboard chipset.

DDR doesn't seem to have a single 2G, anyway, I haven't heard of it.

Definitely a waste!! Just change the computer, I'm a bird, but I've heard of this, it should be a waste.

The speed of computer operation is related to many aspects such as computer hardware configuration, software installation and use, and use environment. If your computer hardware is good, the operating system and application software you install are faulty, or the improper use and operation are poisoned, or the quality of network equipment, network speed and traffic will directly affect the running speed of your computer.

Aside from these, just talking about computer hardware, the speed of the computer is not only determined by one hardware, but by all the hardware in the entire host, and the low performance of any hardware will cause a bottleneck in the computer. For example, if the bucket is made up of several wooden planks, the planks can be wide or narrow, thick or thin, but they must be the same height. This requires replacing the high and low ones to ensure the effective use of the buckets.

The computer host is made of a number of hardware, and the performance of each hardware should be consistent or basically the same, so that the combination formed can run well. If the performance of a hardware is found to be low, upgrade it in time to ensure consistent performance across the machine.

If you use a 64MB graphics card, the computer is used for word processing, sending and receiving e-mails and watching news on the Internet, the picture is clear and runs smoothly, but it is difficult to run when playing 3D games, which requires upgrading the graphics card, of course, it depends on other hardware, such as the CPU you use is Bensan, the graphics card is upgraded, and it can't run 3D games.

Now the vast majority of the memory used by the new finished machine and assembly machine is 4GB, rarely 2GB, with a 64-bit system, 4GB memory, and a 32-bit system, and the system can only recognize the following. In actual use, do not play large games, memory usage is less than 1GB, play 3D games, 2GB, it seems that memory is no longer the bottleneck of new computer hardware, enough is good, and then increase the memory is redundant.

Why do you upgrade the memory when the computer runs slowly, this is because the old computers that came out in the past few years are often too small in memory configuration, generally 512MB, and even 256MB, rarely 1GB, let alone 4GB, so the most effective and economical way to upgrade the old computer is to increase the memory. Of course, this kind of computer to increase the memory is not as big as you want, if there is a problem with other hardware, the bottleneck is not in the memory, and increasing the memory does not work.

I think that when I feel that the computer is running slowly, we should consider the computer software, hardware, operating environment and other aspects, find out the crux of the problem, and eliminate it in a targeted manner, just like treating the symptoms, otherwise it will backfire and get worse and worse.

The processor suddenly has no time to process the information, and some often used information, temporarily put it in the memory, when it needs to be used, it will be taken out in time, and the memory is not enough, so it is necessary to put this information into the hard disk, so that the response is slower. So if you don't have enough memory, your computer will be slow.

Programs running on the computer need to occupy memory space, and programs will not run without memory modules.

The computer is turned on.

After coming, everything (program self) has to be transferred to the bai memory to execute or run, which is like zhi acting, the memory dao is like the stage, and the hard disk is the backstage. So-

First, how can you act without a stage? Without memory, the computer cannot be turned on, and memory must be there.

Second, when the stage is big, it is natural to act in a big play, and it can be performed smoothly and smoothly. The larger the memory, the faster the system will run, so if the computer has a small memory, it is necessary to add memory.

Of course, it is not boundless, home computers, 4G is the mainstream configuration, which can cope with the vast majority of applications, if there are professional or special needs, it is basically okay to add to 8G and 16G.

Computer memory sticksYou can't add it casually (For example, it isDDR2 is selected, and the slot cannot be inserted

If you can do it: the motherboard is compatible, the same DDR series, the same frequency, and there are free slots, you can install memory modules (preferably with the same voltage).

First of allMotherboard compatible: Use CPU-Z to view the south bridge chip model of the motherboard:

Then find itCompatible memory models, maximum capacity, and several slots(according to the actual motherboard).

Then make sure that the memory is the sameDDR series, same frequency, whether there is a free slot。Also using cpu-z, adjust the parameters to:“spd”

The following is how to determine the decision. The maximum bandwidth represents the DDR series and the frequency, respectively

pc2100：ddr1 266mhz pc2700：ddr1 333mhz

pc3200：ddr1 400mhz pc2-4200/4300：ddr2 533mhz

pc2-5300：ddr2 667mhz pc2-6400：ddr2 800mhz

pc3-8500：ddr3 1066/1067mhz pc3-10600\10700：ddr3 1333mhz

pc3-12800：ddr3 1600mhz

After all the judgments are completed, select the additional memory. (Some parameters can be detected by Master Lu, driver wizards, etc.).

Memory modules can not be added casually, pay attention to distinguish between the first generation and the second generation, the same generation and the same second generation should also pay attention to the different models, it is best to use the same model! Otherwise, there will be incompatibility problems! Now the DDR400 DDR333 on the market can be mixed, but the frequency will drop to the same as the one with the same model, and the frequency of different brands and models can be mixed!

Absolutely not! Because mismatched memory is easy for the machine to blue screen of death, the data is too high.

In addition, most of the current motherboards support dual-channel work, so be sure to see if the data is consistent, the model is consistent, and whether the motherboard supports it.

As long as there is an empty memory slot, buy a matching memory and add it directly, it's very simple!

Pay attention to the motherboard model and supported memory models.

Can the computer's memory module be increased casually, and what are the requirements for the computer to add memory.

Buy a matching memory.