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CPU optimization application. Increasing processor performance

If you have several processors or one multi-core processor in your computer, then you can optimize its operation using the CPU Control program. Despite the fact that multiprocessor computers and multi-core processors are no longer uncommon, most programs are still not designed to fully work with them. And therefore such devices cannot show their full potential. It can be fixed.

The CPU Control program (can be downloaded from the link at the bottom of the article) can distribute running processes across certain processor cores. For example, all background processes (antivirus, device drivers) should be placed to run in one core. Programs that are often used (browsers, browsers, instant messengers) - second. System processes come third. And heavy programs (games, for example) in the fourth or allow them to use all cores.

In addition to what the CPU Control program does, you can also configure the system startup by distributing this process to all cores. I wrote about this.

Using the CPU Control program, you can give any distribution to processes. And the more cores or processors you have at your disposal, the more choices you have. However, it is impossible to say which processes should be optimized, since it depends on the operating system, existing processes, and the processor itself. Therefore, this issue is resolved individually and experimentally. CPU Control allows you to easily and safely experiment with the operation of the processor.

After you download the CPU Control program, install it and run it. Before you start optimizing, click on the “Settings” button (bottom right) and select the desired interface language, check the box next to “Autostart with Windows” and “Minimize”. If your computer has 4 cores, check the appropriate box. And click “Close” in this window.

Setting up the CPU Control program

After this, you must select the operating mode in the CPU Control program.

  • “Auto” mode - allows you to distribute processes in kernels automatically. Perhaps this is the best option for those who do not want to delve into the details of optimization. You can also select 9 profiles, which differ in their (unknown) principles of process distribution, and among them you can choose the best one for your computer experimentally.
  • “Manual” mode – for fine-tuning optimization. Requires some knowledge of the operating system. Not recommended for inexperienced users. To assign a process to a specific core, you need to right-click on it in the list and select the desired core(s) - for example, CPU 1 or CPU 1+2.

Manual distribution of processes among cores through the CPU Control program

  • The “CPU 1” and “CPU 2” modes allow you to distribute running processes into only one core. And it’s not entirely clear why this is needed, since this will slow down the computer’s operation.
  • Off mode turns off the program.

If it is not clear from what has been described how to work with the CPU Control program, then watch the video below.

If you use this program in automatic mode and do not notice an increase in performance, then you should configure it in manual mode. The CPU Control program is far from perfect, and this is especially true for its “Auto” mode. Sometimes it can even slow down your computer. But practice shows that with the help of experiments and the wonderful “poke” method, everything can be adjusted. Moreover, the CPU Control program provides a huge testing ground for experiments.

There is a well-known picture when thoughts about buying a new PC come to mind at the moment when your old computer stops coping with the task that it previously solved much faster. Loading the operating system seems like an eternity, launching programs takes a relatively long time, and more than a dozen browser tabs “hang” the computer. Yes, the picture is quite old, and it is strange to see it when all modern computers contain multi-core processors. Even CPUs from five to seven years ago have sufficient performance for the needs of a modern user. The cause of problems with your PC can be a mere trifle, and in order to make your work on the computer more comfortable, you do not have to incur large time and financial costs. In this article, you will learn about possible solutions to common problems and find a solution for yourself in them.

Speed ​​up your computer boot

After pressing the power button on the computer, the motherboard BIOS initializes the PC hardware components, conducts various hardware tests, searches for the operating system boot file on available storage media, and then transfers control of the computer to it if it starts successfully. It takes a lot of time to go through and complete these procedures. If you are inexperienced in tinkering with the settings, your computer may take more than a minute to boot before you see the Windows logo and it starts loading. Let's first look at how to optimize BIOS settings your computer.

Login to BIOS. After turning on your computer, press the key several times Del . In most cases, this action will open the BIOS Setup settings. Laptops and some desktop motherboards may use a different button (such as F2 or F10) to enter BIOS settings. It is worth noting that in modern versions of BIOS Setup, a simplified mode for displaying settings first opens, so you need to switch to the advanced mode (Advanced BIOS Features or similar).

Disabling the RAM test. The option that has the greatest impact on your computer's boot speed is "Quick Boot" , "Skip Memory Check" or something similar. You can find it in the boot settings (for example, the “Boot Settings Configuration” item). If this function is active, then hardware testing - for example, checking RAM - is not performed. Enabling the option "Quick Boot" can reduce computer boot time by more than 10 seconds.

Download priority optimization. The BIOS can search for the boot sector on all storage devices connected to the system board. However, the system disk is not always detected immediately. In this case, time is wasted. To avoid this, I recommend in paragraph Hard Disk Boot Priority or similar, select your system drive as the first boot device.

Attention. When installing an SSD, you may need to select this device in the “First Boot Device” item or similar as the first disk so that the SSD appears in the boot device priority list.

Disabling unnecessary devices. In modern PCs, all internal drives are connected via the SATA interface. Despite this, many motherboards have a built-in (P)ATA controller, also known as IDE, which takes a few seconds to boot. If your PC does not have drives connected via IDE cables, then disconnect this controller. To do this, open “Integrated Peripherals | OnChip IDE Channel" or a similar item and change its value to "Disabled". You can also disable other controllers, such as the parallel (LPT) and serial (COM) ports, as well as the built-in sound card if you are using an external sound card for audio output. However, these measures can only slightly reduce loading time.

Optimal settings for Windows

The old Windows OS, combined with a large number of applications, loads very slowly. The problem lies in the countless programs and services that start when the operating system starts, regardless of whether they are used or not. Therefore, before deciding to replace a slow-running PC component, you should first “clean up” the system folders and registry. Cleaning the registry and removing unnecessary programs from startup using special software will save tens of seconds on boot speed. For these purposes I recommend using the program Vit registry fix or CCleaner . They can also be used for the following actions.

Disabling services. Windows services are installed with drivers or software, and often their main task is to search for updates for this software. Some of them are necessary for another application to work. One way or another, when the operating system boots, they also need time to start. To disable unnecessary services, use the keyboard shortcut "Win+R" , enter « msconfig" and press "Enter" . The system setup program will open. On the tab "Services" check the box opposite "Do not display Microsoft services" . Uncheck any services that are not part of your antivirus software. However, remember that software update services, such as Adobe Flash and Reader, on which the security of your entire system depends, must be left turned on.

Disabling programs at startup. On the tab close to services in msconfig Listed are programs that automatically start after the computer boots. Disable here first all elements that are not related to your antivirus program or are not necessary, for example, a client for synchronizing a smartphone or an instant messaging program.

Result | Checking OS startup speed. The next time you reboot, the OS should start faster, and your computer will only reach its optimal speed after several reboots. If you receive various error messages during startup, reactivate the services and items that you have disabled. The same applies to programs that have stopped working, which, however, happens very rarely.

Replacing a standard hard drive with an SSD

When loading the operating system or launching programs, the computer tries to access many small files, which are often stored on different parts of the hard drive, due to the way information is recorded. The read/write head moving from one place to another spends a lot of time searching and reading them. An antivirus program running in the background also slows down your hard drive significantly. , on the contrary, is capable of providing data instantly without mechanical delays. The access time (that is, the time that passes before data transfer begins) for an SSD is 600 times less than for a hard drive.

A computer with the Windows operating system installed on a solid-state drive starts up on average in 15-20 seconds, which is 2-3 times less than the results when using a regular HDD. A computer with a standard hard drive responds more slowly than one with a solid-state drive.

Installing an SSD. There is always room for a 2.5-inch SSD in a desktop computer case, just like in a laptop. Instead of using a mounting frame for the 3.5-inch chassis bay, you can side-mount the SSD with two screws to one of the 5.25-inch slots, which are usually free. Connect the SSD to the SATA power connector of the power supply and to the motherboard with a SATA cable. Check your user manual to see if it supports the current SATA 6Gbps standard, and if the answer is yes, which port, then connect an SSD to it.

Windows installation. After installing the solid-state drive, you must reinstall Windows and all programs to obtain optimal system performance and stability. To do this, disconnect the old HDD, boot from the Windows installation DVD and install the operating system on the SSD, and then all your programs. When everything is ready, reconnect the hard drive. To access the information on it, use the libraries function in Windows 7. To do this, click in one of the libraries (images, documents, music, videos) on the link following "Includes:" . You can later delete any directories that do not contain your data.

Adding RAM

Even if you're just browsing the web or using office programs, your computer should have at least 4 GB of RAM to ensure that the system accesses the page file on the notoriously slow hard drive as little as possible. To work with multimedia files and modern three-dimensional games, you need to have from 8 to 16 GB of RAM.

Attention! Only the 64-bit version of Windows can recognize more than 3 GB of RAM.

Analysis and increase in RAM capacity. Before you upgrade your RAM capacity, find out how much and what type of memory is installed on your system. Install and run the CPU-Z program. On the tab "SPD" in the drop-down menu in item "Memory Slot Selection" you can determine the number of slots, and by clicking on one of the slot numbers, information about the installed memory module will appear. For example, if your system has two 2 GB modules and two more slots are available, purchase two additional modules. It's best to stick with identical models with the same catalog number (by which you can find memory on price comparison portals). If you cannot find them, then you need to select memory that matches the old one or exceeds it in timings and clock speed. If there are no free slots, replace the existing modules with new ones of larger capacity. As a rule, it is best to set an even number, since in this case the fast dual-channel memory mode will be available.

Installing RAM. Installing RAM into a computer is quite simple: press the two DIMM slot latches outward and install the new module so that the groove between the contacts coincides with the slot. Then push the module down until it clicks, first on one side, then on the other. You should make sure that Windows recognizes the installed hardware. To do this, use the “Win+Pause” combination and view information about the computer - among other things, the amount of installed memory will be indicated.

Installing a powerful processor

Tasks that can fully utilize modern processors are very rare. Converting videos or processing RAW photos are among them. In everyday work, a more powerful CPU means a faster computer response time to user actions, but only if you have an SSD and sufficient RAM. If you are sure that your PC is “slowing down” precisely because of insufficient performance of the central processor, then there is nothing left to do but replace it. This procedure will take you several hours and can cost a lot of money, and this is exactly the case when you should think about purchasing a new device, especially if other components are also outdated.

Hardware check. In the corresponding CPU-Z tabs, determine the processor and motherboard model. In chapter "Support" Manufacturer's website to determine the most powerful CPU compatible with your motherboard. The difference in relation to the old processor must be noticeable, otherwise the replacement procedure will lose its meaning. For example, if you change the weakest chip to the most powerful one of one series or install a device from another, more advanced line, then the computer will work significantly faster. Otherwise, the performance increase will be minimal.

Attention. Some older models of processors, which have already been discontinued, are still on sale and are often offered at a higher price than the new generation chip and motherboard. If you are going to buy a powerful CPU, be sure to order a quiet and efficient cooler from a third-party manufacturer for it, and if you need to use an old cooling system, you definitely need a tube of thermal paste (usually included with the cooler).

Installing the processor. Disconnect the power and release the cooler lock. Carefully lift it up and away from the processor, turning it slightly left and right if necessary. Open the CPU socket locking lever and carefully remove the chip. Use a lint-free paper towel and an alcohol-based cleaner to remove any remaining thermal paste from the cooler as well as the CPU socket. Then install the new processor so that the highlighted corner aligns with the socket mark. Squeeze a small amount of thermal paste into the center of the CPU surface (a drop no larger than a pea), then install the cooler and carefully turn it left and right a few times to evenly distribute the paste. The clamping force that appears when you close the cooler clamp will “smear” the paste over the entire surface of the processor. After this, you can connect the cooler's power plug to the motherboard.

Replacing the video card

If three-dimensional games “slow down” and errors appear when they are launched, despite the fact that a fairly powerful video card is used, or if during video processing, contrary to the manufacturer’s information, it is not possible to use the computing resources of the graphics processor, then, most likely, the video card drivers are outdated. Updated utilities will help improve performance and compatibility with new games and applications that use the GPU, but you can only get a noticeable boost in power from a new GPU device that you can install yourself.

Search for the required driver. If you don't know the name of your GPU, install and run the GPU-Z program. Using the information received on the site www.nvidia.ru or www.amd.com you can find the drivers you need. Installing graphics drivers is carried out similarly to other programs, but before installing new ones, it is recommended to remove old ones, or use special applications from the manufacturer to automatically update them (for example, GeForce Experience from Nvidia).

Selecting a video card. Graphics card costing up to 6,000 rubles. (for example, NVIDIA GeForce GTX 650 Ti/660 or AMD Radeon HD 7850) copes with all modern games in resolutions up to Full HD. If you want to have some stock for next-gen gaming, then for around RUB 9,000 you can purchase an NVIDIA GeForce GTX 760 or AMD Radeon HD 7950. All of these models support DirectX 11. Video cards that cost more than these amounts are intended for gamers who play in resolutions exceeding Full HD, or strive to obtain maximum graphics quality.

Installing a video card. Disconnect the PCI-e power connectors from the old video card, and also unscrew the screw or remove the fastener near the metal strip on the back of the case. Push the PCI Express slot latch towards the motherboard and remove the card from the slot. Installation is carried out in reverse order, but do not forget to connect the power connector. All of these boards work in combination with a 500 W power supply.

Overclocking is a forced increase in the processor clock frequency above the nominal one. Let us immediately explain what these concepts mean.

A clock cycle is a conditional, very short time period during which the processor executes a certain number of program code instructions.

And the clock frequency is the number of clock cycles in 1 second.

Increasing the clock frequency is directly proportional to the speed of program execution, that is, it works faster than an unoverclocked one.

In short, overclocking allows you to extend the “active life” of the processor when its standard performance no longer meets the user’s requirements.

It allows you to increase the speed of your computer without spending money on buying new equipment.

Important! The negative aspects of overclocking are an increase in computer power consumption, sometimes quite noticeable, an increase in heat generation and accelerated wear of devices due to operation in abnormal mode. You should also know that when you overclock the processor, you also overclock the RAM.

What should you do before overclocking?

Each processor has its own overclocking potential - a clock frequency limit, exceeding which leads to inoperability of the device.

Most processors such as intel core i3, i5, i7 can be safely overclocked to only 5-15% of the original level, and some even less.

The desire to squeeze the maximum possible clock frequency does not always pay off, since when a certain heating threshold is reached, the processor begins to skip clock cycles in order to lower the temperature.

It follows from this that for stable operation of an overclocked system, good cooling is necessary.

In addition, given the increased power consumption, it may be necessary to replace the power supply with a more powerful one.

Immediately before overclocking, you need to do three things:

  • Update your computer to the latest version.
  • Make sure that the installation is in good working order and reliable.
  • Find out the initial clock frequency of your processor (look in the BIOS or through special utilities, for example, CPU-Z).

Also useful before overclocking test the processor for stability at maximum load. For example, using the S&M utility.

After this, it’s time to begin the “sacrament.”

Review of programs for overclocking Intel processors

SetFSB

SetFSB is an easy-to-use utility that allows you to overclock the processor on the fly by simply moving the slider.

After making changes, it does not require restarting the computer.

The program is suitable for overclocking both older processor models like Intel Core 2 duo and modern ones.

However, it does not support all motherboards, and this is an absolute necessity, since overclocking is carried out by increasing the reference frequency of the system bus.

That is, it affects the clock generator (PLL chip or, as it is called, a clocker) located on the motherboard.

You can find out whether your board is included in the list of supported ones on the program website.

Advice! To avoid processor failure, working with SetFSB is recommended only for experienced users who understand what they are doing and are aware of the possible consequences. In addition, an untrained user is unlikely to be able to correctly determine the model of his clock generator, which must be specified manually.

So, to overclock the processor using SetFSB, you need:

  • Select from the “Clock Generator” list the model of the clocker installed on your motherboard.
  • Click the “Get FSB” button. After this, the SetFSB window will display the current frequency of the system bus (FSB) and processor.
  • Carefully move the slider in the center of the window in small steps. After each slider movement, it is necessary to monitor the processor temperature. For example, using the Core Temp program.
  • Having selected the optimal position of the slider, you need to press the Set FSB button.

The advantage (and for some, the disadvantage) of the SetFSB utility is that the settings made in it will only be valid until the computer is rebooted. After restarting, they will have to be installed again.

If you don’t want to do this every time, the utility can be placed in startup.

CPUFSB

CPUFSB is the next program in our review for overclocking Intel core i5, i7 and other processors, which can be downloaded from the developer’s website.

If you are familiar with the CPUCool utility - a comprehensive tool for monitoring and overclocking a processor, then know that CPUFSB is a dedicated overclocking module from it.

Supports many motherboards based on Intel, VIA, AMD, ALI and SIS chipsets.

Unlike SetFSB, CPUFSB has a Russian translation, so it is much easier to understand how to use it.

The principle of operation of these two programs is the same: increasing the reference frequency of the system bus.

Operating procedure:

  • Select the manufacturer and type of your motherboard from the list.
  • Select the brand and model of the PLL (clock oscillator) chip.
  • Click “Take frequency” to display the current frequency of the system bus and processor in the program.
  • It is also necessary to increase the frequency in small steps, while controlling the processor temperature. After selecting the optimal setting, click “Set Frequency”.

CPUFSB allows you to set the FSB bus frequency the next time you start the program and when you exit. The current settings are also saved until the computer is restarted.

Hello dear blog readers. Nowadays, probably every second person has quad-core processors. Of course, if earlier two cores were good, today 4 cores in the system are generally excellent.

But the more cores in the processor, the worse its work with the tasks that we perform on the computer is organized, which means the optimization of the processor leaves much to be desired.

This is mainly due to the fact that not all programs are well designed for multi-core processors, that is, in some applications, programs and games, the main productive power of your processor may simply not be used and is in idle mode.

I think few people are happy with this state of affairs, especially when a demanding game or program slows down on a powerful quad-core processor.

Today we will talk about effective processor optimization using a simple but useful programCPU Control .

To optimize the processor viaCPU Control , we don’t have to overclock it as we did in the article -. By the way, I recommend reading it.

Download the programCPU Control ( ) and launch it. The program is very simple, free and in Russian.

After installation, you will see a shortcut, launch the program and see this window.

Let's start optimizing the processor withCPU Control . By default, the program is disabled. First, go to settings and select Russian language.

Next, select the second processor optimization itemCPU Control — manual .

To select a processor core for a specific task, right-click on the process and select one of the processor cores.

Also, you can select several processes for one core or one process for several cores.

We configure the second (third and fourth) kernel for all other processes.

If a game or some application is slow or performance is clearly not enough.

Try to independently assign all processes except the one that is slowing down to the fourth or second core for processing. And let all the other processor cores take care of one of your tasks.

If you don’t want to dig around and understand the settings, you can simply select the modeauto and see productivity gains.

CPU optimization withCPU Control This is a vital manipulation for all multi-core computers, especially quad-core ones. Of course, after all, the performance increase due to processor optimization withCPU Control can reach one and a half times. On dual-core computers the increase will also be noticeable, but perhaps less than with 4 cores.

In the case of single-core processorsCPU Control will not be able to do anything, since the program is designed to optimize at least two processor cores.

Does your computer have a single-core processor? Then I recommend that you read this powerful article -. After completing 7 simple steps you will be able toCPU Control will make working on your computer more convenient and faster :)

Now you know how to optimize the processor withCPU Control and get a productivity boost for free, in no more than 5 minutes. By the way, to speed up your multi-core computer as much as possible, I recommend this one. This way you will make your computer work even faster. Also don't forget to subscribe to. This is the only way you can be the first to know about new articles on the blog. That's all for me. I wish you to smile more often and look at the world more positively 😉

Many well-known programs, such as office tools, graphic and video editors, development environments, and even browsers, consume more and more energy with each update. As a result, the computer, which was previously fast and easily coped with any task, begins to slow down.How to Improve CPU PerformanceTo get rid of the brakes without buying a new PC, this material will help.

Before you improve computer processor , you need to find out why it became slow. Depending on the diagnostic result, the solution to the problem will depend.

  • Hardware obsolescence. Due to the rapid development of software, computer hardware cannot cope with the assigned tasks equally well over the years. The release of new versions of familiar programs designed for more recent components leads to the fact that it becomes harder for the “old man”. It’s just that Windows hasn’t changed its processor requirements for 10 years, but some Chrome, Photoshop, Office, AutoCad have noticeably “improved” even in 5 years. Computers running an ancient version of the program may no longer be able to cope with its latest release.
  • Overheat.A very common reason for computers to slow down is an increase in the temperature of their components above the permissible norm. For example, if the manufacturer specified a critical temperature for the processor to reach 70°C, then when this mark is exceeded, the CPU will drop the frequency and/or start skipping clock cycles. This was done so that he could “relax” and cool down. For the user, this behavior of the processor looks like a significant slowdown of the computer.
  • "Garbage" in the system.An actively used Windows OS (especially without an antivirus) tends to accumulate system garbage during operation. This includes the remains of deleted programs and games, extra entries in the registry left by them, and registry errors. Clogging the system partition with such small and useless files also slows down the PC, and from the outside it seems that the processor is to blame. And there’s nothing to say about viruses: worms “breed”, clogging up memory and loading the CPU, and Trojans and spyware constantly take up time from the processor for their “dirty deeds.” For the user, all this also looks like a slowdown of the processor.
  • Processor degradation.With constant exposure to elevated temperatures, the silicon crystal of the processor degrades: the integrity of its microscopic transistors is compromised, and connections between them are lost. As a result, at best, it simply slows down, and at worst, it leads to sudden shutdowns, freezes and frequent “blue screens of death.”
  • Hard drive failure.Such a component like HDD (seemingly not directly related to the CPU) when degraded and fails, leads to terrible brakes. At first glance, the thought does not even occur to you that he is the culprit. After all, it seems that the processor has slowed down. As a result, the PC takes a long time to turn on, opens programs and files, “thinks” when switching tasks, and freezes for a while.

Where to start before upgrading your processor

The main reasons for processor slowdown have been clarified. Before,how to improve processor performance, it remains to identify which of them is troubling in a particular case.

Hard drive test

Before, how to improve processor, computer diagnostics should begin by checking the hard drive. There is a simple and free program for this. Crystal Disk Info . It displays SMART log data that records all problems with the hard drive at the hardware level. If the disk is healthy, all log entries will be highlighted in the same color, and the inscription “Good” will appear at the top of the window. If problems are detected, the problematic items in the log will be highlighted in a different color, and the inscription will say “Alarm”.

Not all errors are critical for the hard drive: with some it can last for more than one year. But items such as “remapped sectors”, “uncorrectable errors”, “unstable sectors”, “reassignment events”, “uncorrectable sector errors” with large values ​​in the RAW field directly indicate that the HDD is living out its life. "Read errors" may indicate that there are problems with the cable.

If everything is fine with the hard one, but there are brakes, you need to move on to the next section. If the HDD is bad, it needs to be replaced.

Checking temperatures

Measuring the temperatures of computer components will help detect overheating. For this you will need a program HWMonitor , which is simple and free. In it you need to find your processor and look at the values ​​​​for each core. When idle, it should normally be no more than 45 degrees for a desktop PC and 50-55 for a laptop. If the value is higher, you need to load the computer with some demanding task (for example, a game, but you can also use a special test LinX ), and then look at the maximum temperature value. For a desktop PC, it is undesirable to exceed 65-70 degrees, for a laptop – 70-75. If higher, overheating is to blame.

If the processor does not overheat, but there are brakes, you should move on to the next step. If overheating is detected, it must be addressed immediately.

Checking processor stability

The above-mentioned LinX test allows you to test the processor for stability and errors. It loads the cores with complex mathematical calculations (solving systems of linear equations) to warm them up as much as possible. If the processor has defects and operates unstably at normal temperatures, an error will creep into the calculations and the program will report this, stopping testing.

If errors are detected in conditions where there is no overheating, the problem must be corrected. If, based on the results of a long (from half an hour) test, there are no errors, heating is within acceptable limits, you need to move on.

Scan your PC for viruses

To quickly check your PC for malware, use the program Malwarebytes Anti-Malware . Its trial version is free and is quite suitable for a one-time scan. You can play it safe and use several antivirus programs. It should be remembered that they may conflict, so you should not install several at the same time. It is better to check one, and if the result is not satisfactory, remove it and install another antivirus.

Improved CPU performance

After the tests are carried out, it becomes clear. Depending on at what stage of diagnosis the problems arose, the culprit must be “punished.”

  • If your hard drive breaks, you need tobuy a new HDD or SSD and install it on your computer.
  • If overheating is detected, it is necessary to disassemble the system unit or laptop case, remove the coolers, vacuum them, apply new thermal paste to the chips and return the cooling to its place. You need to be especially careful beforehow to improve the processor on a laptop(more precisely, its cooling). It is difficult for an untrained user to disassemble a laptop; if there is a fear of breaking something, it is better to trust the specialists.
  • Processor degradation, unfortunately, is irreversible. You can try cleaning the cooling and changing the thermal paste (sometimes lowering temperatures brings slightly defective core elements back to life). If this does not help, repair is needed.
  • Viruses are treated using the same program that is detected. After scanning, any antivirus will report on the detected threats and offer to remove them. Naturally, one must agree with him.

How to improve your processor if all else fails

If the hard drive is working properly, there is no overheating, the processor is intact, and there are no viruses, but the PC still slows down - you need to move on. First of all, you should install a free program CCleaner , use it to scan the system and remove garbage, and then analyze and fix registry errors. It is also recommended to look in the “Service” tab, “Startup” item. It displays a list of programs that start when Windows starts. If there are a lot of them (10 or more), and their autostart is not required, it is advisable to turn off the unnecessary ones.

If there are no problems at any stage, but the processor performance is not enough, most likely the CPU is simply outdated. The problem can only be solved by overclocking, upgrading the processor or PC replacement.

Overclocking a computer processor

Overclocking is the procedure of increasing the processor clock speed. It allows you to realize the hidden potential of the processor, making it work faster. But beforeoverclocking method, you should remember: no one guarantees success, everything is done at your own peril and risk.

Caution when accelerating

It is not for nothing that the manufacturer limited the CPU clock frequency to a value that has become standard for it. The likelihood of a large overclock is small. In addition, significant acceleration of cores leads to increased energy consumption. Therefore, you need a good power supply. And if the processor cooler is “original”, it may also have to be replaced, since the standard cooling system is not enough. If you operate a processor with overheating, it will degrade and may fail, this must be remembered. It is for these reasons that no manufacturer guarantees overclocking, and often they also remove their warranty obligations.

How to overclock a processor

Overclocking the processor is carried out from the BIOS/UEFI system menu of the motherboard. You can get into it in the first seconds of turning on the computer by pressing Del, F1, F2 or another button (you need to look in the instructions). Each model has its own menu, the items are different, so there is no universal instruction. Overclocking is always done by increasing the processor multiplier and/or system bus frequency, but the points for this differ in name.

Which processors can be overclocked

Not all processors can be overclocked. It is supported by modern Intel Core models with the letter K in the name, as well as AMD with the designation Black. Of the older ones, you can overclock Intel Core 2 Duo and related models, as well as AMD Athlon and Phenom for sockets AM2 and AM3. The latter can also have their cores unlocked (dual-, triple- and quad-core Athlon and Phenom of some series). But not every one is supportedpc motherboard , and unlocked kernels will not always be functional (it’s not for nothing that they were disabled).