RAM optimization program. What is "free memory"? Related products and links

The process of cleaning and optimizing Windows OS has long become a trend. There are many commercial programs on the software market that offer various kinds of software operations that supposedly can speed up the system. Some of these operations can really be useful when the system disk is cluttered, for accessing the full list of startup objects, for correctly uninstalling programs, and in similar cases.

However, some operations will not provide any noticeable performance gain. Among the latter are optimization utilities random access memory.

What is their operating principle, why are they of little use, and what will really help speed up a computer with insufficient RAM?

1. How RAM optimizers work

The essence of the work of RAM optimizers is to free it up for use for user tasks. The mechanisms for releasing memory for such programs may be different. Some forcefully upload data to the swap file and clearly show the user the amount of released resources. And others create the illusion of necessity a certain amount MB of RAM so that Windows itself removes what is needed into the swap file and frees up the requested volume.

For example, the optimizer utility works according to the latter principle as part of a comprehensive product for cleaning and Windows optimization— . We tell it how much RAM we want to free up within the available maximum amount. And the utility fulfills our order.

Another product - a utility - works on the first principle. The utility does not take pre-orders from us, it releases the volume that it can free up.

Such manipulations do not speed up the computer in any way. Firstly, after some Windows time will load the freed data back into RAM. Secondly, when accessing programs uploaded to the swap file, they can be terribly slow at first. Especially if the system is not working SSD, and on HDD-disk. The latter have a negligibly low reading speed for small files that make up the program cache. Then how are such small files HDD will read at maximum speed 0.5-1 Mb/s, RAM will cope with this task at speeds exceeding 100 Mb/s. So why do you need such a productive resource to be idle?

2. Managing RAM resource by Windows system

The idea of ​​forcibly releasing RAM resources is based on myths about its ineffective use by the Windows system. However, on different computers- With 2 GB and, for example, with 8 GB RAM – at the same average loads (open browser, office or media applications) in the system task manager we will not see any significant differences in the percentage of memory used. At least weakly, at least powerful computer "RAM" will never be filled to capacity, there will always be some amount of idle resource left. As new ones are added Windows tasks It makes sure that there is enough resource for all active tasks. And so that there is some gap left for the possible connection of some other tasks. When you launch a resource-intensive program or game, the system will analyze which of the currently active processes are rarely used and dump them into the swap file. And she doesn’t need any optimizers or game boosters to help her.

Of course, if we weak device If we launch some powerful game designed for a large amount of RAM, Windows may not be able to cope with its tasks and display a message about lack of memory. There may be other abnormal cases - for example, a cluttered disk where the paging file is located, or the operation of programs that cause memory leaks. But these problems cannot in any way be prevented, much less solved, by RAM optimizer utilities.

Modern Windows versions built in such a way as to optimally use the RAM resource, and not save it. A certain amount that may be required for new tasks is left unused, and everything else is put to work. Windows does not unnecessarily access the paging file, so as not to burden the work of already problematic HDD. So if in the task manager we see resource usage "RAM" on 70-80% under appropriate loads, this is far from a reason to worry and rush to turn it off Superfetch or run a memory optimizer.

3. How to really optimize RAM

On computers with 4 GB RAM doesn't need to do anything at all. This is the optimal indicator for average user tasks. It makes sense to increase it in hardware only if it is necessary to run certain resource-intensive games and programs, the operation of which fundamentally requires a larger resource. If your device has less 4 GB "RAM", it would be advisable to upgrade. Adding memory sticks DDR2 or DDR3- This is the simplest modernization of PCs and laptops. This is the cheapest upgrade when compared to adding or replacing other computer components.

If physically increasing the amount of RAM is not possible, in an environment Windows 8.1 And 10 you can exist relatively comfortably with 2 GB. In such cases, it is necessary to remove unnecessary background programs, do not allow too many applications to be active at the same time, and do not create a lot of active tabs in the browser. If possible, it would be advisable to replace HDD on SSD, this will give the most noticeable performance increase. Firstly, Windows will communicate more quickly with the swap file located on SSD. Secondly, other problems caused by slow operation will disappear HDD .

You can install editions on devices with low RAM Windows 7 or 8.1 Embedded– special stripped-down assemblies of these versions of the system, optimized for operation on low-power production equipment.

Regardless of the operating system you are working with, Windows 7, Windows 8 or Windows 10, sometimes there is a need to clean and optimize the RAM.

This issue can be quickly resolved free program in Russian - Wise Memory Optimizer. You can download it at the end of the page (before the comments)

It is small and very “fast”; its use increases RAM by 15-20 percent, especially recommended for those who have up to 2 GB.

In general, RAM plays an important role in computer performance and application performance.

Everyone knows that a computer or laptop with less installed RAM will be extremely slow.

Therefore, many people should not neglect the program, especially if you play computer games, and they eat little, it doesn’t seem like much.

Causes of RAM performance loss

Programs, depending on their use, consume more RAM - some less, others more.

For example, an antivirus solution requires more scanning time.

How the program optimizes RAM

Most optimization software deletes unused files from memory.

This way, the RAM is updated and the computer becomes more flexible than before.

Sometimes the program can do wonders by increasing power installed modules, thereby increasing productivity.

Wise Memory Optimizer is an extremely effective program and deserves a place on all computers.

How to optimize RAM with Wise Memory Optimizer

After downloading and installing, all you need to do is click on the green “optimization” button and wait a few seconds.

Of course, your computer will not turn into a rocket, but unnecessary data will be removed from memory.

If you want your computer to start working significantly faster, you should consider upgrading the RAM module installed in it. You can quickly download the utility using the direct link below. Good luck.

Developer:
http://www.wisecleaner.com/

OS:
XP, Windows 7, 8, 10

Interface:
Russian

The computer's random access memory (RAM) stores all processes running on it in real time, as well as data processed by the processor. Physically, it is located on random access memory (RAM) and in the so-called page file (pagefile.sys), which is virtual memory. It is the capacity of these two components that determines how much information a PC can simultaneously process. If the total volume of running processes approaches the size of the RAM capacity, then the computer begins to slow down and freeze.

Some processes, while in a "sleeping" state, simply reserve space on RAM without performing any useful functions, but take up space that could be used by active applications. There are specialized programs to clear RAM of such elements. Below we will talk about the most popular of them.

The Ram Cleaner application was once one of the most popular paid tools for cleaning computer RAM. It owed its success to its efficiency combined with ease of use and minimalism, which appealed to many users.

Unfortunately, since 2004 the application has not been supported by developers, and as a result there is no guarantee that it will work as effectively and correctly on operating systems released after the specified time.

RAM Manager

The RAM Manager application is not only a tool for cleaning PC RAM, but also a process manager, which in some ways is superior to the standard one "Task Manager" Windows.

Unfortunately, like its predecessor, RAM Manager is an abandoned project that hasn't been updated since 2008 and is therefore not optimized for modern operating systems. Nevertheless, this application still enjoys some popularity among users.

FAST Defrag Freeware

FAST Defrag Freeware is a very powerful application for managing your computer's RAM. In addition to the cleaning function, it includes in its toolkit a task manager, tools for uninstalling programs, managing startup, optimizing Windows, displaying information about the selected program, and also provides access to many internal operating system utilities. And it performs its main task directly from the tray.

But, like the two previous programs, FAST Defrag Freeware is a closed project that has not been updated since 2004, which causes the same problems that were already described above.

RAM Booster

A fairly effective tool for cleaning RAM is RAM Booster. Home it additional function– this is the ability to delete data from the clipboard. In addition, using one of the program menu items, the computer is restarted. But in general, it is quite easy to use and performs its main task automatically from the tray.

This application, like previous programs, belonged to the category of closed projects. In particular, RAM Booster has not been updated since 2005. In addition, there is no Russian language in its interface.

RamSmash

RamSmash is a typical RAM cleaner. Its distinctive feature is the in-depth display of statistical information about RAM load. In addition, one cannot fail to note the rather attractive interface.

Since 2014, the program has not been updated, as the developers, along with the rebranding of their own name, began to develop a new branch of this product, which was called SuperRam.

SuperRam

The SuperRam application is a product that resulted from the development of the RamSmash project. Unlike all the software tools we described above, this remedy for cleaning RAM is currently current and regularly updated by developers. However, the same characteristic will apply to those programs that will be discussed below.

Unfortunately, unlike RamSmash, the more modern version of this SuperRam program has not yet been Russified, and therefore its interface is written in English language. The disadvantages also include the possible freezing of the computer during the process of cleaning the RAM.

WinUtilities Memory Optimizer

A fairly simple, easy-to-use and at the same time visually attractive tool for cleaning RAM is WinUtilities Memory Optimizer. In addition to providing information about the load on the RAM, it provides similar information about the CPU.

Like the previous program, WinUtilities Memory Optimizer is prone to freezing during the RAM cleaning procedure. The disadvantages also include the lack of a Russian-language interface.

Clean Mem

The Clean Mem program has a rather limited set of functions, but it performs its main task of manually and automatically cleaning RAM, as well as monitoring the state of RAM, perfectly. Additional functionality includes the ability to manage individual processes.

The main disadvantages of Clean Mem are the lack of a Russian-language interface, as well as the fact that it can only work correctly when the Windows task scheduler is turned on.

Mem Reduct

The next popular, modern program for cleaning RAM is Mem Reduct. This tool is simple and minimalist. Apart from the functions of clearing RAM and displaying its status in real time, there are no other features additional features this product does not have. However, it is precisely this simplicity that attracts many users.

Unfortunately, like many other similar programs, when using Mem Reduct on low-power computers, it freezes during the cleaning process.

Mz Ram Booster

A fairly effective application that helps clean up your computer's RAM is Mz Ram Booster. With its help, you can optimize not only the load on RAM, but also on CPU, as well as obtain detailed information about the operation of these two components. It is impossible not to note the very responsible approach of the developers to the visual design of the program. It is even possible to change multiple themes.

The “disadvantages” of the application include the lack of Russification. But thanks to the intuitive interface this disadvantage is not critical.

As you can see, there is a fairly large set of applications for cleaning computer RAM. Each user can choose an option to suit their taste. Here are presented as tools with minimum set capabilities, as well as tools that have quite a wide range of additional functionality. In addition, some users, out of habit, prefer to use outdated, but already well-proven programs, not trusting newer ones.

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There are a number of programs that are essentially charlatan. They all promise a miraculous increase in computer speed by freeing up space in the computer's RAM. To understand why this is useless and even harmful, you first need to understand what RAM is, anyway?

What is RAM and why is it needed?

RAM(or RAM - R andom A access M emory, or RAM - ABOUT operative Z reminiscent U device) - volatile memory used to temporarily store instructions and data necessary for calculations performed by the processor (or processors) of a computer. This is described more accurately and in detail on Wikipedia, but I will focus on the actual problem of free space in RAM.

Note: I am speaking as simply as possible, omitting many terms and features, leaving only the essence required in the context of my note.

The processor needs RAM to fast access to data that HDD cannot provide in any way. Therefore, when the program is launched, it is loaded into RAM - this is the only way the computer can do calculations, driving data to the processor from RAM and back.

IN Windows running programs can be physically located not only “in RAM cards”, but also on the hard drive in a file pagefile.sys. This file is called the “swap file” or “swap” (from the English swap).

The idea is this: if a program takes up a lot of memory, part of it is dumped onto the hard drive into the paging file, freeing up “living space” for other programs, and if necessary, the data is loaded back into RAM.

Problem is that the speed difference between RAM and hard drive huge. This can be clearly demonstrated like this:

To ensure that only unnecessary data is dumped into the paging file, Windows runs a Memory Manager. It works quite successfully, thanks to which on a computer with 512 MB of RAM you can run programs that take up more than a gigabyte of memory. A typical example is modern versions Adobe Photoshop, 3DS Max and many other programs for complex calculations. Of course, with such a small amount of RAM, programs will be strongly slow down, but working in them is at the very least possible, but possible.

What do memory optimizers do?

Let me make an analogy with medications to relieve symptoms - they do not treat the cause, they only alleviate the symptoms. If a person has the flu, getting rid of a runny nose will not cure it. If the computer slows down and there is little free memory, it slows down not because of occupied memory, but because of an overly resource-intensive program or, for example, overheating.

All optimizers are required show the amount of free space in RAM. And often with red letters and warnings that this negatively affects the speed of the computer. Which is actually not true. If a program needs all the RAM, it means it is required for business (calculations) and to work fast she will only be there if she is given as much space as she asks for.

A typical example of programs that require large amounts of RAM are games. If a game requires 2 gigabytes of RAM, there is nothing you can do about it. Without the required amount of RAM, playing will be problematic due to the low frame rate - the game will slow down due to the fact that some of the data will be located on the slow swap file. RAM optimizers create same negative effect- after memory is freed, programs are allocated less memory than they need, which is why the “brakes” again begin.

Note #1: I'm not saying that frame rates in games are directly related to the amount of RAM. By installing more RAM in your computer, you will be able to increase performance only in those programs where the amount of RAM is really important, without regard to other more important parameters: processor frequency, video card characteristics, RAM frequency, speed hard drive etc.

Note #2: Errors occur with programs under the general name “ memory leak“when a program “grows” for no reason and takes up all the memory unnecessarily, but in this case it is necessary to demand that the developers of this program correct the error, and not free up memory with optimizers.

How memory optimizers work

Memory optimization programs (they may have different names - SuperRAM, FreeMemory, Memory Management SuperProMegaEdition, etc.) can free up memory in several ways, but they are all tied to the principle of deceiving the Manager Windows memory:

1. The program calls a special function EmptyWorkingSet(), which forces all programs to dump as much of themselves as possible into the swap file.
2. The program begins to grow uncontrollably in memory, telling the Windows Memory Manager that it needs it for business (I speak in metaphors, but in fact this is exactly the case), as a result of which the Memory Manager throws away as much as possible more programs to the hard drive in the swap file.

The result is always the same: programs begin to slow down, but the number of free space in RAM is green and the memory optimization program says that everything is fine. As a result, the user is happy, opens a window with his favorite program and... waiting. Because his favorite program is starting slow down a lot. This will happen until the program returns “itself” to RAM from the swap file. As a result, the RAM becomes full again, the free space indicator again reports that the memory is busy, the user gets angry, starts clearing the memory, and everything happens for the second (third, fifth, tenth) round.

The opposite effect - so that the program takes up all the RAM supposedly For fast work- it will not be possible to achieve. I used the word “supposedly” because in the ideal case (when there is enough memory) programs take as much memory as they need And this process cannot be interfered with. If you interfere with the process, you will get slowdowns caused by frequent access to the swap file.

Another sad point: memory optimizers cannot unload from RAM unnecessary programs. We determine their “uselessness” ourselves; everything works differently in a computer. All programs are unloaded into the swap file indiscriminately.

Conclusion No. 1: freeing up RAM by optimizers only does harm and reduces performance.

Conclusion No. 2: You cannot judge the speed of a program by how much space it takes up in RAM.

Conclusion No. 3: If a program takes up a lot of space in RAM, it means it operates with large amounts of data. You can help her “think” faster only by increasing the amount of RAM, i.e. by installing more RAM cards into the computer. But this will not help if the other characteristics of the PC do not meet the requirements.

In order not to be unfounded, here is a link to similar conclusions with an explanation of how the Windows Memory Manager works: here.

How should memory be optimized?

The most obvious way to improve your computer's performance is to close unnecessary programs. The second is to install more RAM sticks (boards) so that programs “feel more at ease” and work faster. Other ways to speed up a computer directly related to RAM are: No.

I repeat once again: memory optimizers are nonsense in order to make money from gullible users. The same stupidity is the adjustment " hidden settings memory" in Windows, since everything there is already configured most optimally after testing on a large number of computers. There are specific issues, but this does not apply to home computers.

About free RAM in Windows Vista, 7, 8, 10

On forums I often see indignant cries (I quote): “ I installed Windows 7 (8, 10), looked at the Task Manager, and it said that one and a half gigabytes or all of the RAM was occupied! Windows 7 (8, 10) eats up a lot of memory!»

In fact, everything is completely different and there is no reason to be indignant. Quite the opposite: In modern operating systems, free memory is allocated for cache. This happens mainly thanks to the SuperFetch function. Thanks to the cache, programs start faster, since instead of accessing the hard drive, data is loaded from RAM (see the picture above, the difference in speed work hard disk and RAM are written in bold). If some program needs more RAM - cache instantly will reduce its size, giving way to her. More information about this is written on Habrahabr.

Conclusions:

1. There is no need to clear the memory, because each byte of space is used to the maximum effectively.
2. Forget about memory optimizers - they don't optimize anything and interfere with the cache and other Windows functions.
3. If a lot of RAM is occupied immediately after turning on the computer, this is absolutely normal and does not cause programs to run slowly. Of course, if startup is full of a dozen or two programs that occupy this very memory, at the same time loading the processor and using the hard drive, It will definitely slow down. Such programs need to be dealt with by deleting them or removing them from startup, and not clearing the memory with optimizers.

There is also a myth that when using Windows Vista, 7, 8 and 10, the cache interferes with programs. Allegedly, “when a program needs more RAM, it turns out that it is clogged with cache, and brakes occur.” This is actually not true. The cache disappears instantly and program straightaway the required amount of RAM becomes available.

Changing the page file size, moving it, or disabling it

Also quite common, in some way harmful, advice. There is a good article about this on Habrahabr. I will only give the most important conclusions of that article, adding my own from personal experience:

1. There is little point in changing the size of the paging file. Theoretically, ideally you should set the paging file size to no larger than what the running programs require, but the problem is that even if you use the same programs of the same versions day after day, the situations are different (you can run in browser, one tab, or maybe a hundred, each with a Flash game open) and the requirements for available memory will be different - the estimated “ideal” size of the paging file will change from minute to minute. Therefore, there is no point in changing the size of the paging file, since the “ideal size” of the paging file is constantly changing. It’s easier to leave the size determined by the system and not fool yourself.
2. If you disable the paging file on the system partition(in this case, the swap file can be used on other partitions), Memory dump will not work for BSOD errors. Therefore, if the system shows “ blue screen death", to identify the cause of the failure, you will first have to enable the paging file on the system partition, then wait for the failure to recur. There is only one situation when it is advisable to disable the page file on system disk(lose diagnostic capabilities) and turn it on on another - if two or more physical hard drives. Moving the page file to another physical disk can reduce the amount of stuttering due to load distribution across the disks.
3. Disabling the paging file (completely, i.e. on all disks) will cause problems and crashes of resource-intensive programs. You won't believe it, but even now, when an average of 16 GB of RAM is installed in a home PC, there are programs that require more. Personally, I encountered problems when rendering complex scenes using V-Ray and when working in the GIMP program - these programs are quite voracious in terms of available memory and close when there is not enough memory.
   Note: Obviously, programs usually do not write data to the page file themselves; the OS does it for them (but there are exceptions). Be that as it may, a disabled page file cannot be considered part of normal computer operating mode.
4. Moving the swap file to a RAM disk(very fast virtual disk, located in RAM) inappropriate.
   Firstly, and this is the most important thing when Windows startup The RAM disk may initialize later than the moment when the system needs the paging file. Because of this, anything can happen - from BSOD to spontaneous system slowdowns (I encountered the above when I was testing this idea).
   Secondly, the size of such a swap file will be small - the memory is not rubber. A choice arises - either a lack of RAM when there is a large paging file in memory, or program glitches when there is not enough space in a small paging file. There is no golden mean, because... a computer can perform completely different tasks.
   Exception when you can create large file swap on a RAM disk - if you have 16 GB of RAM or more. However, with such a volume of RAM, the paging file is almost never used, and there is no point in keeping it in RAM.
   Third, this is simply pointless, because swap is needed to expand virtual memory using a hard drive or SSD.

Clearing the swap file

In the swap file pagefile.sys a variety of confidential information can be stored - for example, pictures from recently opened pages in the browser. This is a normal process due to the way programs work in Windows. If you wish, you can enable the paging file to be cleared when the computer is turned off. However, this tweak will in no way improve performance; on the contrary, it will seriously slow down the shutdown and reboot of the computer.

If you Not work with confidential data, better do not enable pagefile.sys cleanup.

Availability of more than 4 GB of RAM in Windows

The Internet is literally flooded with user speculation about why 3.5 GB of RAM is available in bit Windows instead of, for example, the installed 4 GB. Many theories, myths, and legends were invented. For example, they believe that this is a limitation made by Microsoft that can be removed. In fact, this is partly true - there really is a forced restriction. You just can't remove it. This is due to the fact that on 32-bit systems, drivers and programs may become unstable when the system uses more than four gigabytes of RAM. For 64-bit Windows drivers tested more thoroughly, the above-mentioned limitation is not there.

In 32-bit Windows, only 4 GB of RAM is available, in 64-bit there is no such limitation and much more RAM is available - up to 192 GB.

But it's not that simple. Windows 7 Initial (Starter)(and its Vista counterpart) does not see more than 2 GB of RAM. This is also a limitation, but not due to unstable software. The fact is that Windows 7 Basic is distributed exclusively on low-power netbooks, in fact, almost free, so it was necessary to distance it from more expensive editions: Home Basic, Home Advanced, Ultimate, etc. Some of the limitations of Windows 7 Starter can be removed, but not the limit on two gigabytes of RAM.

As for the remaining 32-bit editions of Windows XP, Vista, 7 and Windows 8/10: in practice, even less is available to the user - 3.5 GB. The thing is that drivers also have their own addresses, which deprive the program Windows access to a portion of memory of 512 megabytes. There is a patch that allows you to “push” such addresses beyond four gigabytes so that the system begins to use all 4 GB of RAM, but this makes virtually no sense:

• As I wrote above, drivers and programs will not be able to work correctly after such a patch, so the system may begin to freeze, produce errors, i.e. behave unpredictably.
• Even if the computer has 8, 16, 32 GB or more RAM cards installed, this will not help in any way to use them in the 32-bit mode of the operating system.

What's the point of having an extra 512MB of RAM if the system becomes unstable? Here's a good example. You will still have to install 64-bit Windows.

Just because 4GB of RAM is visible doesn't mean it can be used effectively. The problem is that 32-bit Windows cannot competently allocate more than 2 GB of physical RAM to a process (program). Many people forget about this - and in vain. It doesn’t matter how much RAM is in the computer if the program cannot be given more than 2 GB of RAM. Example: if a user works in 32-bit Windows with Photoshop on a computer with 4 GB of RAM, Photoshop will be able to use only two gigabytes maximum, the rest of the data will be thrown into the swap file and will begin to slow down. It's the same with games.

In fact, only on a 64-bit operating system can programs utilize the full potential of more than two gigabytes of RAM. And not all of them, but only those designed to use more than 2 GB of RAM. The situation can again be corrected using the appropriate patches in 32-bit Windows, but this does not work with all programs. I repeat: only 64-bit Windows and 64-bit programs running in it are the only way to use the full potential of a large amount of RAM.

Meanwhile, the situation is different with server versions of Windows: much larger amounts of RAM are available there, even in 32-bit versions of the OS. Why this happens is described in the article Breaking the boundaries of Windows: physical memory from Mark Russinovich.

To show the difference in RAM requirements between 32-bit and 64-bit Windows, I installed Windows 7 in both bits:

Memory consumption of Windows 7 of both bits

Both Windows were installed in identical virtual machines with 2 GB of RAM each. Of the programs, only VMWare Tools are installed (used trial version virtual VMWare machines). In 32-bit Windows 7 it was allocated 606 MB, in 64-bit - 766 . Dedicated memory- this is generally all Virtual memory occupied by programs and the system (in RAM and the paging file). There will be less RAM used, depending on running programs.

Your newly installed system may have slightly different values, because the systems may be of different editions, with different drivers, etc. But the result will always be the same:

The 64-bit Windows 7 (and 8) only takes up about 150MB more RAM than the 32-bit version.

If you turn to official page With system requirements Windows 7 and Windows 8, then you can see that 32-bit Windows 7/8 requires a computer with 1 GB of RAM, and 64-bit requires a minimum of 2 GB. Indeed, if you use 64-bit Windows 7/8 on a computer with 1 GB of RAM, there will be little free memory left, which will reduce the performance of the computer due to the obvious lack of RAM. On a scale of 2 gigabytes, the loss of 0.15 parts of a gigabyte will no longer be noticeable, but the advantages of a 64-bit system and 64-bit programs will begin to appear.

Conclusion: on a computer with less than 2 GB of RAM, it is more profitable to install 32-bit Windows 7/8/10. On a computer with more than 2 GB of RAM (or equal), nothing prevents the installation of 64-bit Windows 7/8/10.

The advantages of the 64-bit version of Windows 7/8/10 are described above, so I recommend switching to it as soon as possible.

Increase RAM with ReadyBoost

Here Microsoft itself caused confusion at the time of the release of Vista, telling on its official website that with using ReadyBoost You can solve the problem with a lack of RAM using the principle of “inserting a flash drive and expanding the amount of RAM.” Actually this is not true. When ReadyBoost technology is running, a special file, where the most frequently used files are copied. Thanks to this, some programs start faster, which partially eliminates the problem of computer freezing, but, unfortunately, does not improve the performance of the system as a whole, and certainly does not increase the amount of RAM. ReadyBoost allows partially solve problems related to reading a slow hard drive, and nothing more.

Let's sum it up

• RAM optimizers cannot be used.
• Touching memory settings is the same, even if the program has many hints that give a feeling of control over the situation.
• Free RAM in Windows Vista/7/8/10 is used for good, it is better not to touch this functionality - everything works well, almost nothing can be improved.
• If your computer is slowing down, then this is more likely not because of the occupied memory (it is occupied by the useful cache), but because of either a large number of running programs or one program that “takes” everything for itself.

Wise Memory Optimizer- a program for cleaning computer RAM. It has a fairly simple and intuitive interface, which makes working with it much easier. Cleaning the RAM itself is done by closing unused processes and applications. Before this, of course, the program will definitely check this process for its importance. This product is completely free and available in many languages, including Russian. In the program, you can set the memory to be cleared of unnecessary garbage both automatically and manual mode. There are two types of cleaning. Either the program checks a process for importance and then closes it, or when a certain amount of occupied memory is exceeded, the program automatically performs optimization. Wise Memory Optimizer allows you to optimize memory and force it if necessary. In addition, it can display the amount of used and free memory in the form of a graph. In this case, red areas will be considered occupied, and green areas will be free areas. The program is portable, which means it can be launched from any media, including usb flash drives. And if you consider small size program (about one megabyte), then it can fit on almost any medium.

- Increasing PC performance by cleaning memory from various garbage.
- Small initial program size.
- Ability to automatically clear memory.
- Clear interface.
- Ability to force clear memory.
- Ability to view the amount of used and free memory on a schedule.
- Ability to set a threshold value at which the program will perform cleaning.
- There is support for the Russian language.

Disadvantages of the program