The disk on which the virtual memory is generally located

Set up the virtual memory in this way:

For virtual memory files, Windows XP always sets the default value very large for security, which wastes a lot of hard disk space, in fact, we can set its value a little smaller. The method is to go to "Control Panel System Advanced Performance Settings Advanced Virtual Memory Change", come to the virtual memory settings window, first determine which drive letter your page files are in, and then disable all page files in other drive letters.

It is recommended that you set it to other partitions instead of the default partition where the system is located, which can improve the read and write speed of page files and facilitate the fast operation of the system. According to Microsoft's recommendations, the page file should be set to multiple the memory capacity, but if you have a large memory, then it will take up a lot of space, so it is recommended to set it to a multiple if the memory capacity is less than 256MB, the maximum value is the same as the minimum value, if it is more than 512MB, it is completely feasible to set it to half of the memory capacity.

Because the track is a concentric circle structure, the amount of data stored by the outer ring track is greater than that of the inner circle, so the speed when reading the data of the outer ring is greater than that of the inner circle, and when partitioning, the track of the outer ring is divided into the partition in front of it, that is, under normal circumstances, the read speed of the C area is greater than that of the D area, and the reading speed of the C > is greater than that of the D area, and the C D > E>In this way, we can set the virtual memory in the C region is the fastest.

In the same way, we can also determine where our software is installed most reasonably. For example, the C drive can install the most commonly used software, the D drive can put some less commonly used, small, or green software or something, and the last partition can put some backup things, movies, etc.

Which disk has virtual memory, you can see it in the settings of the right click on my computer, properties, advanced, and performance.

How to set the standard virtual memory for Windows system. Enter.

Theoretically, you can do it on that disk, but I personally recommend that you should separate a separate area to put all the virtual memory, which can reduce the interaction between the virtual memory and the program.

Set it on the disk with the largest space and the disk that is not used frequently, so as to ensure that there is enough space for virtual memory.

You don't even know how I know.

Only need to be set on a plate

Do not set it in the C drive

You can do the following

That's right, huh

The following method is to clear the C disk first

Then create virtual memory on the D drive

Virtual memory setup tips.

Windows in general

XP uses the remaining space of the C disk to make virtual memory by default, therefore, the larger the remaining space of the C disk, the better the system runs, the virtual memory is dynamically changed with your use, so that the C disk is easy to produce disk fragmentation, affecting the system running speed, so it is best to set the virtual memory in other partitions, such as the D disk. Check the virtual memory settings as follows:

Right-click "My Computer", left-click "Properties", click the "Advanced" tab, click the "Settings" button in "Performance", then select the "Advanced" tab, click the "Change" button below, and the pop-up window is the virtual memory settings window, the general default virtual memory is a range of values from small to large, this is the range of virtual memory change size, it is best to give it a fixed value, so that it is not easy to produce disk fragmentation, the specific value is based on your physical memory.

If the memory is 256M, then it should be set to 256*, or simply 512M, and the setting method is as follows:

Assuming that the memory is 256M, and the virtual memory is placed in the D disk, first clear the default, keep the C disk as selected, select the "No paging file (N)" and then press the "Settings" button, at this time, the virtual memory next to the C disk disappears, then select the D disk, select the "Custom size", add 512 to the "initial size" and "Maximum" boxes below, and then click the "Settings" button, you will see the words "512-512" appear next to the D disk, so that it means that the settings are setEventually, the system will restart, reboot, and the setup will be completed.

Virtual memory, which only needs to occupy one disk partition. Generally, the default is C disk, and then let the system host the best.

1. With the continuous increase of available memory of the computer, virtual memory is becoming less and less important, and it is generally not necessary to care about it, and it is best to let the system be hosted.

2. But pay attention to the C drive not too full, leaving some space for page files in virtual memory.

3. The general capacity of virtual memory is times that of physical memory.

Virtual memory is also known as virtual memory

memory）。Programs running on a computer need to be executed through memory, and if the program is executed that takes up a lot of memory or a lot, it will cause the memory to be depleted. To solve this problem, virtual memory technology is used in Windows, that is, a portion of the hard disk space is used as memory usage.

When the memory is depleted, the computer will automatically call the hard disk to act as memory to relieve the strain on memory. If there is not enough RAM required for the computer to run programs or operations.

windows

It is compensated with virtual memory. It combines your computer's RAM with the temporary space on your hard drive. When RAM runs slowly, it moves data from RAM into a space called a "paging file".

Moving data into a paging file frees up RAM so you can get the job done.

Virtual memory is a storage function that replaces physical memory, but cannot replace the running function of physical memory. So, generally speaking, the larger the RAM capacity of the computer, the faster the program will run. If your computer's rate is slowed down due to lack of RAM available space, you can try to compensate by adding virtual memory.

However, computers can read data from RAM at a faster rate than from a hard drive, so expanding the RAM capacity (with memory sticks) is the best option.

Under normal circumstances, it is only possible to set it on one disk, which disk is OK, and it does not have to be on the C disk. If you want to set it on another disk, you can set the C drive as "no paging file" first, and then set it on another disk.

In general, for XP systems, 1G or less can be set to twice the amount of memory and memory. More than 1G can be without virtual memory. Win7 system is clear, you can take a look.

It can be set only in one disk, if the reserved space of the C disk is large, it can be set in the C drive, and if it is small, it can be set in the D drive. If the memory is 1G, the virtual memory can be set from 1024 to 2048.

Demo model: Huawei MateBook X System version: Win10 The virtual memory is set to the C disk (system disk) by default, if the C disk is not enough or often reads and writes virtual memory, the virtual memory can also be set to other disks.

Virtual memory is a technology for memory management in computer systems. It makes an application think that it has contiguous usable memory (a contiguous complete address space), when in reality it is usually divided into multiple physical memory fragments, and some are temporarily stored on external disk storage to exchange data when needed.

How it works: Virtual storage is automatically scheduled and managed by hardware and operating systems. Its working process consists of 6 steps:

**The logical address of the processor accessing the main memory is decomposed into group number A and group address B, and the address transformation of group number A is carried out, that is, the logical group number A is used as an index and the address transformation table is checked to determine whether the group information is stored in the main memory.

If the group number is already in the main memory, it will be executed instead; If the group number is not in the main memory, check whether there is a free area in the main memory, and if not, call out a group that is not used temporarily and send it to the secondary memory, so that this set of information can be transferred to the main memory.

The desired group is read out from the secondary memory, and sent to the free area of the primary memory, and then the free physical group number A and logical group number A are registered in the address transformation table.

The physical group number A corresponding to the logical group number A is read out from the address transformation table.

The physical address is obtained from the physical group number A and the byte address B in the group.

Access the necessary information from primary memory based on the physical address.