How to make reasonable use of the computer s large memory?

Ay!!! There are a lot of ** experts on the Internet, and there is a living example on the first floor.

If you have enough space on your hard disk, you can also set up the virtual memory yourself by following the following steps: Right-click on "My Computer" Properties Advanced Performance Settings Advanced Virtual Memory Changes Select the partition where the virtual memory (page file) is stored Custom size Determine maximum and minimum values Settings. Generally speaking, virtual memory is a double of physical memory, a little larger is fine, and if you don't want the virtual memory to change frequently, you can set the maximum and minimum values to the same.

It's so easy!

As long as it is large enough, you can set the memory to a virtual hard disk, and then set My Documents and Virtual Memory to the virtual hard disk, because the memory is obviously much faster to read and write than the hard disk.

Your graphics card can also use more memory! If the graphics card is integrated, the maximum system memory can be allocated to 512 m, and even if it is a discrete graphics card, as long as the motherboard supports it, some system memory can be allocated to the graphics card.

To be honest, there's nothing to improve anymore, and even if you increase the memory to 8G, your computer still won't use any qualitative leaps.

I'm a person who has been in the area, and the computer is enough to use.

However, if the memory is large, it is still cool to open dozens of web pages at a time.

There are many square cherry base methods to increase computer memory, and the common ones are as follows:

First, increase the memory module. Buy a memory module that matches your computer and find someone to install it.

Second, increase the computer's virtual memory. Right-click on the dot properties, and then tap Advanced System Settings. Under the system properties "Advanced", Kaixian clicks Advanced in the "Performance Properties", and then selects "Change" in Bisui below. Finally, set the size of the virtual memory.

Third, increase the efficiency of your computer's memory. Monitor memory for collapsing wheel usage and release unnecessary memory.

Fourth, delete the software that is not commonly used, and often send a letter to the computer physical examination team.

Other ways to expand the computer's memory are as follows:Operating environment: Lenovo Legion Y7000, Windows10 system, settings.

1. Right-click on My Computer and select Properties.

2. Find the settings under Performance in Advanced System Settings.

3. Find Virtual Memory in Advanced in Performance Options.

4. Select the memory you want to change and click OK.

5. Restart the computer to expand the memory.

Generally speaking, the larger the memory capacity, the better it is for the system to run and hate it.

The amount of memory in the system is equal to the sum of the capacity of all memory modules plugged into the motherboard's memory slots, and the upper limit of memory capacity is generally determined by the motherboard chipset and memory slots. Different motherboard chipsets can support different capacities, for example, Inlel's 810 and 815 series chipsets support up to 512MB of memory, and the excess part is not recognized.

At the beginning of the 21st century, most chipsets could support more than 2GB of memory. In addition, the number of memory slots on the motherboard will also limit the memory capacity, for example, if you use 128MB of RAM, the motherboard has two memory slots, and you can use up to 256MB of RAM. Therefore, consider the number of motherboard memory slots when choosing memory, and you may want to consider that there is room for future upgrades.

First of all, you need to know what the purpose of the computer's memory is. Computer memory is used to temporarily store the data we need. This means that if you need your computer to be fast and you need to cache more data, your memory needs to be large enough.

Nowadays, the average home computer has 4G memory.

However, this 4G memory is a bit too small to store temporary data. Especially if you're going to play a game or something, you'll need to consume even more memory. So we need a larger memory configuration.

Nowadays, many friends who do graphic design are complaining about the lack of memory, and hope that several memory modules can be installed in one machine. Each memory module is 4G. If 2 roots are connected, the memory is increased to 8G.

1x more space. That's really not the same efficiency. For example, many drawing software, such as PS, or 3DMAX software, requires a certain amount of memory to open, let alone use it.

Moreover, in the drawing, it is necessary to load multiple **, and also to carry out operations such as cropping, lighting, and trimming. Then the shortcut keys used to load multiple ** and operations need to deal with memory. Therefore, the memory is large, and the work efficiency is definitely several times that of others.

And now is the era of information efficiency. So time efficiency should definitely come first.

At the same time, the memory is large, which is also very cool for gamers. The games now are all big 3D games. The stereoscopic image in the game, the realism of the picture and the setting of the game scene, including the full effect of the game scene, all require memory resources.

So without a large memory, it is not good to play large 3D Internet games. At least the realism is much worse. That's why the current Internet cafes, when attracting customers, say 8G large memory.

It shows that this experience is very good. That's what we want.

To sum up, large memory is of great help to improve the speed and picture effect of the computer. Coupled with the CPU, the computer can really run at the speed of a rocket. If you haven't already, upgrade your computer.

When the computer is turned on, every time you open a software, the memory of the computer will record the information of the software, the process is, when the software is opened for the first time after booting, the processor of the computer will retrieve the information of the software from the computer memory, of course, it can not be found in the memory at this time, because you have just turned on, if you can't find the information of the software in the memory, you will find the information from the hard disk of the computer, of course, the computer memory is directly in contact with the processor, which can give the processor the fastest information processing. The processing speed of the computer hard disk will be many times slower, when the processor finds the software information from the computer hard disk, the memory will record the software information in order to make it faster for you to open the software later. At the same time, the more software you open, the more information recorded in the memory, when the memory is not enough, it will cause congestion of information flow, causing the processor to find what information, but the information is not smooth, this is what we often call the "computer card", so, if the memory is large, you can give the computer processor more processing space, so that the processor works more easily, but not the bigger the better, according to your system choice, win7-32 bit system maximum memory can only be read, That is to say, even if you install a 4G memory module, his available memory is only, win7-64 bit system can read up to 100g of memory, so, if you want a large memory, it is best to use win7-64 bit system, of course, this is also related to the performance of the processor, some processors with weak performance, can not process such a huge amount of data, too large memory will cause information to "sink into the sea", that is, your memory is too large, resulting in the processor in your memory turned around, The information needed was also not found, resulting in the phenomenon of "looking for a needle in a haystack"! So, just choose the right memory according to your needs! Hope.

There is a dialectical relationship between this problem, the memory is large, to what extent, the general 2GB memory is enough, if there are more programs running, 4GB is enough, the memory is not infinite, it will cause a waste of resources, because the 32-bit system can only recognize the memory.

For a 32-bit operating system, only 4G RAM is required. In a 64-bit system, if the CPU, graphics card, hard disk, etc. meet the requirements, the larger the memory, the better.

The memory is larger, and it runs more smoothly to a certain extent. Because it reduces the exchange and read and write of the virtual memory of the hard disk.

The operation of the system needs memory to buffer, and it will be good if it is large, but it is useless to match 3 large pieces, chips, motherboards, and graphics cards.

Of course, I do computer maintenance, and the memory will run faster when it is large, but your CPU can't be low.

Computer memory is a great thing, for sure, computers run fast.

With a large memory, more software can be run at the same time, making it smoother.

To put it simply, x86 stands for a 32-bit operating system, and x64 stands for a 64-bit operating system. If your CPU is dual-core or above, it must support a 64-bit operating system. If your computer has more than 4G memory, then you need to use a 64-bit system, because 32-bit Windows 7 or Vista only supports the maximum memory.

And the 64-bit Windows 7 will support up to 128GB of RAM.