How to see what cpu is in your pc (and how fast it is)

Chris Hoffman is Editor-in-Chief of How-To Geek. He’s written about technology for over a decade and was a PCWorld columnist for two years. Chris has written for The New York Times, been interviewed as a technology expert on TV stations like Miami’s NBC 6, and had his work covered by news outlets like the BBC. Since 2011, Chris has written over 2,000 articles that have been read nearly one billion times—and that’s just here at How-To Geek. Read more.

Every computer contains at least one processor, also known as a CPU or central processing unit. Your computer’s CPU is probably made by Intel or AMD. Here’s how to see what CPU you have and how fast it is.

You don’t need a system information utility to find this information. Windows shows it in several different places.

To find this information in Windows 10’s Settings app, navigate to Settings > System > About. Look under “Device specifications.” The name of your computer’s processor and its speed are displayed to the right of “Processor.”

You can press Windows+i to open the Settings app quickly. You can also press the Windows key, type “About” to search your Start menu for this settings screen, and click the “About This PC” shortcut that appears.

Windows 10’s Task Manager shows detailed CPU information, too. Right-click your taskbar and select “Task Manager” or press Ctrl+Shift+Esc to launch it. Click the “Performance” tab and select “CPU.” The name and speed of your computer’s CPU appear here. (If you don’t see the Performance tab, click “More Details.”)

You’ll also see real-time CPU usage data and other details, including the number of cores your computer’s CPU has.

Windows 7—or Windows 10—users can find this information in the Control Panel. Specifically, it’s on the system pane. Head to Control Panel > System and Security > System to open it. You can also press Windows+Pause on your keyboard to instantly open this window.

Your computer’s CPU model and speed are displayed to the right of “Processor” under the System heading.

If Windows isn’t booting on your system, you can still find this information in several other ways. Your computer’s documentation likely includes system specification details like this. You may also find this information displayed in your computer’s BIOS or UEFI firmware settings screen.

Do you know which CPU you have, and how fast it runs? And is it fast enough to run Windows 10 at a capable clip? The latter question we can answer right away: As long as you have a PC-compatible CPU manufactured in the last five years, there’s little reason to think it can’t run Windows 10. The minimum Windows 10 processor spec is just 1GHz, after all.

There are some restrictions for older processors, though, and in these cases you’ll want details on which CPU you’re running. Sandy Bridge processors from 2011, for example, can run earlier versions of Windows 10, but those chips have been phased out and aren’t supported by newer builds of the operating system.

If you have a modern processor and you’re worried about how well your PC is running, consider incremental upgrades such as adding more RAM or getting an SSD for primary onboard storage. This will likely give your system the boost it needs—even for machines running lower-end CPUs.

If, however, your PC needs to carry out high-performance tasks such as video editing or video rendering, then getting to know your CPU is a good idea. You may find it’s time for a CPU upgrade

How to find your CPU details in Windows

Windows 10’s Settings app can tell you your CPU’s name and base speed.

First, let’s start with quickly figuring out which processor you have. In Windows 10, tap the Windows Key + the letter “I” on your keyboard to open the Settings app. From there go to System > About. Scroll down to the “Device specifications” heading, and you’ll see the name of your CPU and its base clock speed. In our example we can see that this laptop is running a “Kaby Lake” Intel Core i3-7100U with a base speed of 2.4GHz.

IDG

The Windows 10 Task Manager displaying information about an AMD Ryzen processor.

If you want a little more information, then type Task Manager into the Windows 10 search bar to launch this utility. Expand the Task Manager from its basic state by clicking More details. Under the Performance tab in the new window, it’ll show your CPU name, the base speed, the number of cores and threads (logical processors), and the size of your various caches. In this example, we have a six-core Ryzen 5 2600 currently running at 2.11GHz, with a base speed of 3.4GHz

Either approach to determining your processor is a good start, but here’s the problem with CPUs: Those basic specs don’t tell you much about how well the processor actually works. The annoying bit about CPUs is that clock speeds (those numbers measured in gigahertz) are relative within a generation. For example, a 10-year-old dual-core 2.5GHz Sandy Bridge processor is not the same as a dual-core 2.5GHz Comet Lake processor from last year.

The same goes for a simple core count. While generally more helpful than looking at clock speeds, a higher core count still won’t necessarily tell you if one CPU is better than another between generations. There can be dramatic jumps in performance, and—when comparing across a wide enough generation gap—a CPU with fewer cores can beat out an older processor with more cores.

The differences in both cases are due to improvements in CPU design, instruction set, instructions per cycle (IPC), and other changes. The bottom line is that different generations of processors are not easily comparable on paper.

A newer processor is generally the faster option, but not always… which is why the best course of action is to benchmark your CPU and compare it to other systems. Comparisons can be done online, as many CPU benchmark tests either have built-in comparison charts, or there are third-party sites that host results from other users, as we explained in our how-to benchmark your PC tutorial.

You can also follow along with our CPU reviews here at PCWorld, and run some of the same tests we do for comparison. Just keep in mind that our reviews use high-end components that can help squeeze out a little more performance from a system than mid-range parts.

If you can’t be bothered with running tests, you can check out sites like UserBenchmark that provide head-to-head comparisons of any two processors based on a database of user-provided benchmarks. These data doesn’t come from lab-caliber test results, but they should give you a general idea of performance.

If even that is too much of a hassle, then you can rely on a basic rule to guide your decision on whether to upgrade: If your PC stops upgrading to newer versions of Windows 10, or incremental upgrades like RAM and SSDs don’t noticeably improve system performance, then upgrading to a more modern processor is likely in order.

There are multiple ways to determine the manufacturer and speed of a computer processor. The following sections contain details on various methods.

Before following any of the steps below, it is important to realize that a processor’s settings can be adjusted or overclocked. In other words, software settings can be altered to show a speed higher than the processor’s native speed.

• Windows users
• macOS users
• Linux users
• Documentation
• At boot
• CMOS
• Software

Windows users

If you are running Microsoft Windows, you can determine the processor brand, model or type, and speed by pressing the Windows key and Pause at the same time. Doing so opens a System window similar to one of the examples below.

Windows 10 System Properties.

Windows 8 System Properties.

Windows 7 System Properties.

In the System properties window, the manufacturer of the processor (e.g., Intel or AMD), the model of the processor (e.g., Core 2), and the speed (e.g., 1.86 GHz) are displayed. For newer versions of Windows, it also displays the System type, like “64-bit Operating System, on x64-based processor” in the Windows 8 example.

The Windows 8 computer has an “Intel(R) Core(TM) i7-2600 CPU @ 3.40 GHz 3.40 GHz.” Intel is the processor brand, Core i7-2600 is the processor model, and 3.40 GHz is the processor speed.

macOS users

If you are running macOS, you can determine the processor type and speed by following the steps below.

1. In the menu bar at the top of the screen, click the Apple icon to open the Apple menu.
2. In the Apple menu, select About this Mac.

1. The system information window opens. Under Overview, you can see your processor type and speed.

Linux users

In a Linux OS, you can use one of the following commands to view information about the processor in the computer.

Documentation

If you purchased the computer from an OEM, like Dell or HP, the manufacturer should include documentation that lists the system specifications of the computer. If you don’t have said documentation, you can find it online after entering the model or Service Tag of the computer.

At boot

Some older computers show the computer processor type and speed as the computer boots. For example, as the computer boots, you may see text displayed on the screen similar to the following.

The example above indicates the computer has an Intel processor running at 1 GHz, or 1000 MHz.

Unfortunately, the boot process is often very fast. You may have little or no time to read all the information on the screen during one boot. Also, many motherboard and computer manufacturers have a BIOS splash screen that shows the company or motherboard logo as the computer boots instead. However, you may press the Esc to display the text behind the logo. Additionally, you can press the Pause to pause the boot process, allowing you to read all the information.

If the computer has no documentation and does not indicate the processor speed at boot, check CMOS setup for the processor speed in the Main or Advanced settings menu.

Software

There many software utilities designed to detect a computer’s processor and display its specifications. See the third-party tools in the link below for a list of the most popular programs.

To check your processor’s clock speed:

1. Launch Task Manager (Ctrl+Shift+Esc).
2. Click “Performance”.
3. Check the clock speed dispalyed under “Base speed”.

If there’s one metric that all PCs are judged on, it’s how “fast” they are. Although a computer’s overall performance is defined by the aggregate “speed” of multiple hardware devices, processor clock speed tends to be seen as the most significant contributor of all.

You can see what your CPU (stands for “central processing unit) is rated for by launching Task Manager (Ctrl+Shift+Esc). Click the “Performance” tab at the top of the screen.

You’ll land right on the CPU details page. The rated speed of your processor will be displayed under “Base speed” in the bottom-right – in this case, 4.2 GHz.

As a general rule, the higher this number becomes, the faster your PC should be. In practice, it is increasingly rare for this number alone to give you a useful insight into how fast a particular CPU is, relative to any other model.

One immediate consideration is that the “base speed” doesn’t consider the possible turbo speed of your processor. Both Intel and AMD support automated systems which allow the CPU to boost above its normal speed when thermal limits allow.

You can see this in action in our screenshot above. Although the “Base speed” is 4.20 GHz (in red), the current operating speed (orange) is shown as 4.37 GHz. At the moment this screenshot was taken, the CPU had a small turbo boost applied which enabled it to run faster than the base speed.

Core count is another important factor that decides the performance of a CPU. A quad-core processor might have a 4.2 GHz base clock speed, while an octa-core chip might be rated for 3.6 GHz (as example values). However, the octa-core CPU should drastically outperform the quad-core one when running programs that take advantage of multiple cores.

Clock speed cannot be taken at face value, although it is a useful metric to be aware of when shopping for a new PC. Just remember that your aging laptop may well have a higher advertised clock speed than the new models in stores today. Processors are now more efficient and commonly include more cores. Despite often having relatively low base clock speeds, they’re almost always faster than their counterparts from just a few years ago.

A processor speed test for your PC or Mac

• Tweet
• Share
• Email

What to Know

• Check the CPU base clock on Windows: Go to My PC >This PC. Right-click and select Properties to display the CPU speed.
• Check the CPU base clock on Mac: Click the Apple icon and select About This Mac. The CPU speed displays next to the Processor name.
• Check the computer speed boost clocks: Download and run CPUZ (Windows) or Intel Power Gadget (Mac).

This article explains how to check both the base clock speed and computer speed boost clocks.

How to Check Computer Speed for Base Frequencies

The base clock speed is the speed with which your processor is guaranteed to run during normal utilization. It will typically run faster when it can, but this is the lowest frequency you would typically expect your CPU to operate at.

Windows and macOS have their own built-in methods for checking your CPU’s base clock.

Windows

The following method works in Windows 7, 8, and 10.

Type My PC into the Windows search bar.

In Windows 7, and 8, you’ll see the result My PC. In Windows 10, it will display as This PC. In either case, right click (or tap and hold) on the result and select Properties.

Your CPU speed will be displayed in the new window that appears.

Check Computer Speed on MacOS

The following method works on every version of macOS since its change from OS X, and some versions before then.

Select the Apple icon in the top-left corner of your screen.

Select About This Mac from the drop-down menu.

Your CPU speed will be displayed next to the Processor name.

Check Computer Speed Boost Clocks on Windows

To know the typical clock speed and maximum clock speed(s) that your CPU can run at, you need to use a bespoke piece of software. For Windows PCs, CPUZ is one of the best.

Download CPUZ from the official website and install it as you would any other piece of software.

Run CPUZ and update it if necessary.

Look at the Core Speed frequency. That is your current CPU speed. If you run anything remotely intensive, like a web browser, or even a game, you should see the core speed reach its typical boost frequency.

Check Computer Speed Boost Clocks on MacOS

Checking the active boost frequency of your CPU on MacOS requires a tool of its own. The best is Intel Power Monitor.

Select the package and follow the installer prompt instructions. You may need to Allow system software from Intel in the Security and PrivacySystem Preferences.

When installation is complete, launch it from the Applications folder as you would any other application.

The Frequency table will tell you what your active clock speed is. Launch a web browser or any moderately intensive application. Your CPU frequency should increase to its boost speed.

What Is CPU speed?

CPU speed is an important metric for how fast your computer is. It’s not the be all and end all, especially when it comes to games, but knowing how fast your processor is running can help you find ways to improve performance, make sure you’re getting the most from your existing hardware, and better know when it’s time to upgrade.

There are a lot of factors that go into a processor’s speed at any particular task. Its number of cores and supportive threads can be an important factor in software applications that can really support multi-threading. Cache size is important too, as is the age of a CPU and its underlying architecture.

Typically, however, when people mention CPU speed, they’re colloquially referring to clock speed. That’s the number of cycles with which a processor can conduct tasks per second. In modern processors it’s typically referred to in gigahertz (GHz), usually in multiple single digits. The fastest processors in the world can operate at above five gigahertz (displayed as 5.0GHz) while more modest options might run under two gigahertz (2.0GHz).

Does CPU Speed Stay the Same All the Time?

No it does not. Modern processors use clever algorithms to “boost” the frequency of their clock speed when it’s required and when power and thermal limits haven’t been reached. Some CPUs can operate at these higher frequencies for prolonged periods of time, while others do so for short periods of time and then downclock, or lower the frequency, to keep temperatures low.

Processors with inadequate cooling or coolers that are clogged with dust, may consistently run at a slower speed to avoid overheating.

Highlights:

Intel® Turbo Boost Technology.

Clock speed is one of your CPU’s key specifications — but what does it really mean? 1

Clock speed is one of your CPU’s key specifications — but what does it really mean? 1

The performance of your CPU — the “brain” of your PC — has a major impact on the speed at which programs load and how smoothly they run. However, there are a few different ways to measure processor performance. Clock speed (also “clock rate” or “frequency”) is one of the most significant.

If you’re wondering how to check your clock speed, click the Start menu (or click the Windows* key) and type “System Information.” Your CPU’s model name and clock speed will be listed under “Processor”.

What Is Clock Speed?

In general, a higher clock speed means a faster CPU. However, many other factors come into play.

Your CPU processes many instructions (low-level calculations like arithmetic) from different programs every second. The clock speed measures the number of cycles your CPU executes per second, measured in GHz (gigahertz).

A “cycle” is technically a pulse synchronized by an internal oscillator, but for our purposes, they’re a basic unit that helps understand a CPU’s speed. During each cycle, billions of transistors within the processor open and close.

Frequency is more operations within a given amount of time, as represented above.

A CPU with a clock speed of 3.2 GHz executes 3.2 billion cycles per second. (Older CPUs had speeds measured in megahertz, or millions of cycles per second.)

Sometimes, multiple instructions are completed in a single clock cycle; in other cases, one instruction might be handled over multiple clock cycles. Since different CPU designs handle instructions differently, it’s best to compare clock speeds within the same CPU brand and generation.

For example, a CPU with a higher clock speed from five years ago might be outperformed by a new CPU with a lower clock speed, as the newer architecture deals with instructions more efficiently. An X-series Intel® processor might outperform a K-series processor with a higher clock speed, because it splits tasks between more cores and features a larger CPU cache. But within the same generation of CPUs, a processor with a higher clock speed will generally outperform a processor with a lower clock speed across many applications. This is why it’s important to compare processors from the same brand and generation.

• ‘)” data-event=”social share” data-info=”Pinterest” aria-label=”Share on Pinterest”>
• ‘)” data-event=”social share” data-info=”Reddit” aria-label=”Share on Reddit”>
• ‘)” data-event=”social share” data-info=”Flipboard” aria-label=”Share on Flipboard”>

Related

• How to Know If a Computer Has a Wireless Networking Card
• How to Monitor Activity on a Mac Computer
• How to Identify a Motherboard BIOS
• How to Monitor the Heat in a PC
• How to Detect the Type of RAM in a PC

Before purchasing software for your business computer, it’s a good idea to know how fast your computer is. The processor, or CPU, is one of the most important components in your computer; it determines such things as processor speed and the kinds of software it runs. Processors come in a variety of types and many manufacturers make them. You can discover more information about your processor by looking it up in Windows.

What’s My Processor?

Many business users click away at their computers, blissfully unaware of the arcane processor chips inside. However, knowing the processor type can help in many situations. For example, when you buy software, you might need to compare the processor type to the software vendor’s system requirements, to ensure your computer can handle the program. The processor type can also be needed when you’re upgrading your PC or diagnosing a glitch.

Open Settings Window

In Windows 10, click the Start button, then click Settings. On older PCs, click the Start button and click Control Panel. Look for the control panel for System and Security, then click it.

Open System Summary Window

In Windows 10, click System, then click About. On older machines, click System or System Summary to display information about your computer in the window’s right pane.

Find Processor Info

Review the information that appears next to the word “Processor” to find information about your processor. You’ll see such information as the manufacturer (e.g. Intel, ARM or AMD), speed (e.g. 2.6 GHz), and number of cores.

Good to Know

You will find the System Information window useful for discovering additional information about your computer’s hardware and software. Click Software Environment, for example and depending on your environment you might see subcategories such as “System Drivers,” “Network Connections” and “Startup Programs.” For instance, if you click Startup Programs, you will see a list of all programs that start when Windows starts.

When you install Windows, it assigns your PC a Windows Experience Index. This is a number that measures the capabilities of computer components such as memory, graphics and processor. View your computer’s score by clicking Start, clicking Control Panel and then typing Performance Information and Tools in the Search Programs and Files box. Click Performance Information and Tools to view your computer’s Windows Experience Index base score.

Highlights:

Is one process eating up nearly all your CPU’s resources? Here’s how to fix high CPU usage.

Is one process eating up nearly all your CPU’s resources? Here’s how to fix high CPU usage.

The central processing unit (CPU) is a PC’s brain. All of the system’s major components, like the graphics card and RAM, rely on the CPU’s instructions. This makes a properly functioning processor a critical part of every gaming PC.

When a game stutters or crashes, open applications stop reacting to new inputs, or programs open at a snail’s pace, abnormally high CPU usage can be the cause. Let’s go over the steps on how to fix high CPU usage in Windows* 10.

1. Reboot

First step: save your work and restart your PC. “Turn it off and on again” is classic troubleshooting advice for a reason. This may resolve the issue, especially if it’s been a long time since you last restarted — a reboot can clear out temporary files and potentially resolve slowdown in long-running processes.

2. End or Restart Processes

Open the Task Manager (CTRL+SHIFT+ESCAPE). If a program has started climbing in CPU use again even after a restart, Task Manager provides one of the easiest methods for tracking it.

Note that full-screen programs like games will sometimes take focus away from the Task Manager (hiding it behind their own window). To prevent this, click “Options” in the top menu bar, then select “Always On Top”. If you have a second monitor, you can also just drag the Task Manager window over there.

Once you’re in the Task Manager, click the Processes tab at the top. Click “More details” at the bottom of this tab to reveal background Windows processes. Look for the “CPU” column near the top of the Processes tab and click it to order by CPU usage:

You can expect high CPU utilization when playing some games, running a video-editing or streaming application, performing an antivirus scan, or juggling many browser tabs. If you’re dealing with this kind of everyday high-CPU usage situation, you should close all background programs and tabs you aren’t using, then return to Task Manager and see if the situation has changed.

It’s important to remember that high CPU usage while multitasking can be normal. Modern CPUs handle multitasking situations by splitting processes between multiple processor cores, which work through different sets of instructions simultaneously. Intel® Hyper-Threading Technology (Intel® HT Technology) takes it a step further, creating multiple “threads” of execution in each core, each of which handles different processes. If the CPU usage of a heavy-duty program like Adobe Premiere is high, it may just be efficiently using the CPU cores available to it.

Intel® Turbo Boost Technology can also help processing of heavy workloads by dynamically increasing the frequency of your CPU. Intel® Core™ X-series processor family have another tool to help avoid slowdowns, as their Intel® Turbo Boost Max Technology 3.0 automatically assigns the biggest tasks to your fastest processor cores, as well as boosting the frequency of those cores.

These processor technologies can greatly increase the speed of multitasking and using demanding programs, but abnormal CPU usage situations can still arise. If you see a background process with a name like Runtime Broker, Windows Session Manager, or Cortana at the top of the CPU column when you hit 100% CPU usage, then you have an issue.

These Windows processes are designed to use very little of your processing power or memory under ordinary circumstances — you’ll often see them using 0% or 1% in Task Manager. When your PC is idle, all of these processes together will usually use less than 10% of your CPU capacity. However, buggy or unexpected behavior — for example, one Windows process trying and retrying to perform a search action that has been disabled elsewhere — can sometimes cause a process to eat up nearly all of your system’s resources.

After you’ve opened Task Manager and found the process unexpectedly using up a chunk of your CPU, search online to identify it. You don’t want to stop a process like explorer.exe (which manages many graphical elements like the desktop and Start menu) or winlogon.exe (startup tasks and the CTRL+ALT+DEL screen), unless you have a good reason.

Once you’ve identified the process as non-critical (and, again, checked that you’ve saved whatever you were working on), click on the process to select it, then click End Process at the bottom right of Task Manager. End Process will cause the program to terminate without saving.

What affects a computers performance

Overall, the performance of a computer is dependant on how well it works together as a whole. Continually upgrading one part of the computer while leaving outdated parts installed will not improve performance much, if at all. Below, we discuss some of the most important parts of the computer regarding it’s speed and computing power. The description of these parts is by no means complete and only serves to give newer users some understanding of what various computer specifications mean. It should also be noted that this web page was last updated January 2003, but the same factors can still be applied in 2006. The processor, memory and videocard are the most important components when determining performance inside a computer . Any specifics about pieces of hardware will be outdated in about six months or so. Gaining an understanding of what each specification means, and what each part does, is the goal of this section.

Processor speed (MHZ, L1 L2 cache, x86 and other chip types)
Average PC Desktop (1.5 – 2.5 Ghz)
Average Laptop or Macintosh (1.0 Ghz)

Clock speed, a.k.a. Processor speed is often played up to be the major factor in a computer’s overall performance. In rare cases this is true, but an average user rarely uses 100 percent of his Central Processing Unit’s power. (CPU). Things like encoding video or encrypting files, or anything that computes large, complex, numbers requires a lot of processor power. Most users spend most of their time typing, reading email or viewing web pages. During this time, the computer’s CPU is probably hovering around 1 or 2 percent of it’s total speed. Startup time is probably the only time the CPU is under stress, and even then it’s often limited due to the hard drive speed.

• Megahertz (MHZ) or Gigahertz (GHZ or 1000MHZ) is the number of times the CPU can switch back and forth from 1 to 0. It is the driving force in the power the processor has (all other things being equal). Higher MHZ chips use more power and produce more heat.
• Level 1 (L1) and Level 2(L2) cache is usually onchip RAM that is extremely fast. SRAM is different than System RAM and only used on processors. It stores data right before and after it is processed. SRAM is extremely expensive; most chips today only have 128 Kilobytes of L1 cache, and 256-512K of L2 cache. (This is what makes a Pentium 3 or 4 chip different than a celeron chip)
• x86 is the architecture type of all Windows based computers. All processors sold today for computers running the Windows OS (operating system) are 32 bit, meaning they process 32 bits of information each clock cycle (a 1GHZ chip does 1 billion clock cycles per second). Not all CPU’s are x86. For example Apple computers use Motorola’s chip design called PowerPC, which comes in both 64 and 128 bit flavors. This is one reason apple computers can outpreform high-end PC’s, despite their lower processor speeds. Currently Intel and AMD are developing 64 bit x86 chips. The disadvantage of higher bit architecture is that one needs to make changes to any software that one may want to work with on the new design; this is one reason Mac software will not run without specialized software on PC’s, and visa-versa.

System RAM speed and size (MHZ and Megabytes)
Average Desktop – 256 megabytes
Average Laptop – 128 megabytes

The amount and speed of the RAM in your computer makes a huge difference in how your computer performs. If you are trying to run Windows XP with 64 MB of RAM it probably won’t even work. When the computer uses up all available RAM it has to start using the hard drive to cache data, which is much slower. The constant transfer of data between RAM and virtual memory (hard drive memory) slows a computer down considerably. Especially when trying to load applications or files.
T he two types differ in the technology they use to hold data, dynamic RAM being the more common type. Dynamic RAM needs to be refreshed thousands of times per second. Static RAM does not need to be refreshed, which makes it faster; but it is also more expensive than dynamic RAM. Both types of RAM are volatile, meaning that they lose their contents when the power is turned off.
Also the speed of your RAM can be influential. The normal speed of RAM in most computers today is pc100 (100mhz). This runs fine for most applications. Gamers or high-end machines probably are using DDR (double data rate) RAM. It’s newer and more expensive, but runs considerably faster (266mhz). Note that all computers cannot use DDR RAM. For information about System RAM see:

Disk speed and size (RPM’s and Gigabytes)
Average Desktop (40 Gigabytes)
Average Laptop (20 Gigabytes)

The biggest factor in your computer’s performance is the hard disk speed. How fast the hard drive can find (average seek time), read, write, and transfer data will make a big difference in the way your computer performs. Most hard drives today spin at 7,200 RPMS, older models and laptops still spin at 5,200 RPMS, which is one reason laptops often appear sluggish to a desktop equivalent.
The size of your hard drive plays a very little role in the performance of a computer. As long as your have enough free space for virtual memory and keep the disk defragmented it will perform well no matter what the size. For more information on hardrives see:

Video card – (onboard video RAM, chip type and speed)
Average Desktop (32 – 64 Megabyte low end AGP card)
Average Laptop (16 Megabyte onboard chip)

Whenever your computer puts an image on the screen something has to render it. If a computer is doing this with software it is often slow and will affect the performance of the rest of the computer. Also, the image will not be rendered as crisp or as smoothly in the case of video. Even a low-end video card will significantly improve the performance of the computer by taking the large task of rendering the images on the screen from the CPU to the graphics card. If you work with large image files, video or play games you will want a higher end video card.

Video cards use their own RAM called Video RAM. The more Video RAM a computer has the more textures and images the card can remember at a time. High end graphics cards for desktops now come with up to 64 megabytes of Video RAM, Laptops often only have 8 or 16 megabytes of Video RAM. To learn more about video cards see:

When your sytem begins to slow down, and unresponsiveness and long load times become the norm, what’s the best way to speed up a computer? Fixing computer lag problems can seem like a daunting proposition, but it’s not. Our guide will show you how to fix a slow PC, with steps that can be done in minutes and instantly deliver lasting results.

We focus on Windows desktops in this article, but there are also ways of speeding up a Mac and laptop too.

1. Identify programs that slow down your computer

If you have programs that use a lot of memory, you need to decide if they’re worth the resources they’re using. These could be high-level apps, items that start automatically that you don’t use, or a program you opened previously and have forgotten about. Removing these programs can help speed up a computer.

How programs use up your resources

Some programs use very few resources when they’re idle. Others can use a lot of processing power and RAM, especially if they’re checking the internet for updates or working on tasks. That leaves fewer resources for other programs to use. This can make switching between programs slow, and even data updates slow in some apps.

Remove unnecessary programs

To speed up a slow computer, close unnecessary programmes. To do this, press the Ctrl, Alt, and Delete. Select Task Manager. On the Processes tab, you can see what is open and how much of the CPU and memory it’s using. You can then close programs that you are not using.

Disable start-up programs

Computers often have programs enabled that start when you power on the computer. Or, there are programs that were needed on the initial start-up, that aren’t needed any longer. Disabling these can fix computer lag problems. To see what programs are starting when you turn on your computer, press the Ctrl, Alt, and Delete keys at the same time. Select Task Manager. On the Startup tab, you can see the items that are set to open as soon as you start the computer. Consider what you really need to open when you start up and disable the other programs.

2. Check your web browser and internet connection

If you notice that your computer is running slowly, check to make sure that you have the most recent version of your web browser. Although where the information varies by browser, there will be an About selection to show you the version number. If there is an option to install new versions automatically, enable it. Having too many add-ons and extensions can also slow your web browsing. Again, it depends on your browser, but you should be able to find a menu called Add-ons or Extensions that will allow you to delete any that you don’t want.

3. Defragment your hard disk drive

Defragmenting, or defragging, your hard disk drive (HDD) can decrease the time it takes for the system to find each piece of data it needs to run programs and apps. Those pieces of data are stored on the hard disk before they’re moved to RAM so the program can access them.

If you have an HDD (as opposed to a solid state drive), the system records data in small groups in various places on the disk. Over time, there can be different pieces of data that are all related, but they’re spread out over the disk. It then takes longer for the system to find each piece of data. Defragmenting your disk will speed this process up. Find out more about defragmenting your hard drive.

To defrag your disk, click on the Start menu or Windows button, select Control Panel, then System and Security. Under Administrative Tools, click on Defragment your Hard Drive. You can select the process to run on a regular schedule, or you can click Analyze Disk and determine if the process needs to be run immediately.

Follow MUO

If your computer is slow, it’s a good idea to double-check what’s hogging your resources. But how do you check your hardware usage in Windows 11?

If things are beginning to chug in Windows 11, it’s worth checking your system usage. Your computer’s software makes good use of its RAM (Random Access Memory), CPU (Central Processing Unit), and GPU (Graphics Processing Unit), but sometimes an app demands a little too much from your PC.

Windows 11 includes a triumvirate of built-in tools with which you can check system resource usage. You can use these tools to monitor your system’s resource utilization and see how demanding your programs are. As such, here’s how to check your CPU, GPU, and RAM usage in Windows 11.

How to Check Windows 11’s System Resource Usage With Task Manager

The Task Manager is one of Windows 11’s primary system resource monitoring utilities. The tool is the easiest way to see which programs and processes are running and how many resources each one takes up.

Here’s is how you can check your PC’s system resource usage with Task Manager.

1. Press CTRL + Shift + Esc to open Task Manager.
2. Click the Performance tab. This tab displays your system’s RAM, CPU, GPU, and disk usage, along with network info.
3. To view RAM usage, select the Memory box. That box provides info for how much RAM is in use and how much remains available.

Task Manager also has a neat summary view that displays only the system resource usage boxes. To switch to that viewing mode, right-click within Task Manager and select Summary view. Then Task Manager’s window will shrink as in the snapshot directly below.

If you want to see which programs are consuming the most resources, click on the Processes tab. This tab displays all running apps and background processes along with their memory, CPU, disk, network, and GPU usage. There you can free up system resources by selecting superfluous third-party background programs (or processes and services) you don’t need and clicking End task.

How to Check Windows 11’s System Resource Usage With the Resource Monitor

Resource Monitor is a slightly more detailed system resource monitoring utility than Task Manager in Windows 11. That tool displays resource usage info for memory, CPU, disk, and network with graphs much the same as Task Manager. This is how you can check system resource consumption with Resource Monitor.

1. Open the Windows 11 search tool. It’s the taskbar icon with the magnifying glass.
2. Type Resource Monitor in the search box.
3. Click Resource Monitor to open its window.
4. Select the Memory tab to view its resource usage graphs. That tab includes a physical memory graph that shows how much memory is currently in use, how much is available, and how much is on standby, along with percentage utilization details.

How to Check Windows 11’s System Resource Usage With the Performance Monitor

The Performance Monitor is a handy tool designed to help you analyze system performance and resource usage. This tool provides a system summary and performance reports with a real-time performance graph.

It is, admittedly, quite a complex utility; however, it’s a useful tool for advanced users who can make sense of its information. Here is how you can view performance and system resource details with Performance Monitor on Windows 11:

1. Press the Win + S hotkey, then type Performance Monitor in the search box that opens.
2. Then click Performance Monitor to bring up that tool.
3. Select Performance on the left side of the window to view the system summary resource usage data.

You can better analyze this data by creating data collector sets. To do that, select Data Collector sets in Performance Monitor. Right-click User Defined and select New > Data Collector. Then you can set up the new data collector set with the wizard that opens.

Information from data collection sets becomes available with reports. You can view information from data collector sets you’ve run by clicking Reports in Performance Manager. Then select User Defined to view your data reports.

Add System Resource Gadgets to Windows 11’s Desktop With 8GadgetPack

Having a system resource monitor gadget on your desktop is a handy way to keep an eye on what’s going on inside your PC. However, Windows 11 has no native way of adding a resource manager gadget to the desktop.

Fortunately, you’re not out of luck just yet. You can instead install the 8GadgetPack freeware, which includes a great collection of desktop gadgets, including system resource monitors.

You can get this handy tool by clicking the Download button on the 8GadgetPack website. Then open the setup wizard from the folder you downloaded its setup wizard in to install the software. Thereafter, open the 8GadgetPack window shown directly below.

Press the Add gadget button there to bring up the widget selection window. Type System Monitor in the search box. Then select System Monitor II to add that gadget to the desktop.

The System Monitor II gadget primarily displays RAM and CPU utilization percentages. It also includes handy Shut down, Restart, and Standby buttons. You can configure that gadget, and any other 8GadgetPack one, by clicking its Options button—it’s the one that looks like a spanner.

Aside from System Monitor II, there are other system resource gadgets available. You can select the GPU Meter to add a GPU monitor to your desktop. The CPU Usage gadget displays processor utilization, while the Network Meter shows your upload and download usage. You can also view disk activity by adding Drives Meter to the desktop.

Free Up Your Hardware Once More

Windows 11 will become slower and less responsive to your actions when system resource utilization is high (especially for RAM and CPU). Whenever it feels like you need to speed up Windows, check your PC’s resource utilization with the tools and gadgets above.

Once done, you can identify what programs or background processes are hogging the most resources and close them. And once they’re close, you’ll notice an improved system performance overall.

RAM is important for multi-tasking, so take a minute to make sure it’s running as well as it can.

Jack has been a freelance tech journalist for more than a decade. He has covered Windows Vista, 7, 10, and 11 topics within a multitude of guides for Make Use Of and numerous other websites.

Subscribe to our newsletter

Join our newsletter for tech tips, reviews, free ebooks, and exclusive deals!

• Overclocking is the process of forcing your computer to run faster than it’s intended to go.
• You can overclock both your CPU and graphics card , which can help you run advanced programs on an older PC.
• Although overclocking is largely safe, it’s possible to run into overheating and crashing issues.

Overclocking a component in your computer – usually the CPU, and occasionally the graphics card – makes your computer run faster than it was originally intended. This lets you improve your computer’s performance without spending money to upgrade or enhance your PC.

Not every computer can be overclocked, and there are some risks associated with overclocking as well. Here’s everything you need to know.

What is overclocking?

Different computer processor chips run at different speeds – this is known at their “clock speed.” A higher clock speed means a CPU can run more operations per second, and thus run your computer faster.

But even processors with different speeds are all made on the same assembly line. It’s only after the processors are built that companies test them for defects, take out the more defective ones, and manually “throttle down” those chips to make them run slower in a computer.

That means that in theory, even these slower chips can run at faster speeds if you want them to – that’s how they were built, after all. This is where overclocking comes in.

Overclocking lets you undo the throttling and run that slower chip at a faster speed, as if it were a less defective model.

To do this, you need to increase the processor’s “multiplier,” which can be found in your computer’s UEFI or BIOS menu, causing the chip’s clock speed to increase.

The pros and cons of overclocking

Overclocking is incredibly popular among computer enthusiasts, gamers, and anyone who regularly needs to run programs that take a lot of CPU power. This can include graphic design apps, 3D modeling programs, and more. Done right, it can increase your computer’s performance essentially for free.

When you join discussions about building computers or buying graphics cards, you’ll often find people talking about how easily their computers can be overclocked. Buying a less expensive graphics card that can be overclocked can save money, while still ensuring excellent performance.

In recent years, however, there’s been some evidence that overclocking isn’t as useful as it used to be. Modern CPUs already run so fast that overclocking can have little effect. And more important, improving your processor performance can be useless if the rest of your computer isn’t fast enough to keep up. This is called “bottlenecking.”

For example, if you have a slow hard disk drive (HDD), overclocking your CPU can’t make it run faster. Likewise, programs that use your graphics card more than the CPU won’t be helped by an overclocked CPU.

Overclocking comes with some inherent risks. Companies don’t throttle down processor chips for fun – they do it because the chip has defects, and running it too fast can cause your computer glitches.

Too much overclocking can lead to instability and crashing apps, as well as the occasional Blue Screen of Death. Frequent crashes can cause data loss and frustration. In some cases, overclocking can even damage your CPU or graphics card permanently.

You need to weigh the sometimes-marginal performance improvements that come from overclocking against these risks.

How to overclock your processor

If you want to overclock your computer, first assess if your processor supports overclocking – not all do.

Intel adds an “K” or an “X” to the model numbers of the Intel Core CPUs that can be overclocked. For example, the Intel Core i9-10900K can be overclocked; the Intel Core i9-10900F cannot.

If you have an AMD CPU, the news is better – any “Ryzen” CPU can be overclocked.

You should also ensure your computer has adequate cooling equipment. Your CPU should have a heavy duty heatsink and large cooling fans. You might even want to use a liquid cooling system to deal with the extra heat generated by your faster CPU.

Your CPU will need enhanced cooling if you plan to run it at a higher clock speed.

To overclock the CPU, restart your computer and enter the startup menu in the computer’s UEFI or BIOS. These startup screens vary dramatically from one manufacturer to another, so you’ll need to look for the overclocking controls.

Quick tip: To open your computer’s BIOS or UEFI boot menu, open Settings, then “Update & security,” and then click “Recovery.” Under the “Advanced startup” heading, click “Restart now.”

It’s a good idea to increase the multiplier by a small amount, reboot the computer and test it. You can increase the clock speed in increments to get to the speed you are interested in.

Every time you increase the clock speed, spend a few hours “stress testing” the computer. You can use an app like Prime95 to temporarily run the CPU at 100% load to make sure there are no problems with the PC.

If your computer crashes, you get a Blue Screen of Death, or your programs won’t open, return to the UEFI or BIOS menu and revert to a slower clock speed.

It’s also possible to overclock your graphics card’s GPU , though you can’t do that from the UEFI or BIOS menu. To speed up your GPU, you’ll need to use an overclocking utility – one of the most common is MSI Afterburner.

How To Increase Your PC Performance

After 18 years of experience, we’ve discovered how to increase your PC performance with easy to follow methods that keep your computer clean and running smoothly. Read these top 10 tips from our certified technicians that you can use to improve your computer’s speed and overall performance today!

1. Delete Old Programs

If you have an older computer, you might be surprised at the old, unused programs that are hiding on your hard drive. Visit your “Programs and Features” menu to see a full list and uninstall anything you don’t use regularly.

2. Limit Programs That Startup Automatically

Programs like Spotify or Skype will automatically start whenever you turn on your computer. You can change the default settings so that these programs won’t take up valuable RAM on startup.

3. Clean & Delete Old Files

Are you still storing old pictures from your high school prom or camping trip from 15 years ago? If there are old documents or files you don’t need, simply delete them. If you want to keep your old files, consider moving them to cloud storage such as Google Drive or One Note.

4. Upgrade Your RAM

One of the most straightforward ways to improve the speed of your computer is to upgrade your RAM. Adding an extra 2 to 4 gigs of RAM space is often enough to make a noticeable difference.

5. Get a Solid State Drive

Another hardware upgrade you can make to your computer is to install a solid-state drive. This will greatly improve the performance of your computer including starting up and regular tasks.

6. Run a Cleaner Tool

In addition to manually cleaning off your files, you should regularly clear your temporary and cached files. Using a free tool such as CCleaner or Malwarebytes, you can keep the hidden files of your computer clear and organized.

7. Clear Your Browsing History & Cookies

If your browser seems to be running slow it might be time to clear your history and cookies. Your browser saves all of your visits and collects cookies. These small cookies and files can add up quickly and slow down your browsing. Clearing these out regularly is essential in learning how to increase your PC performance and keep things running smoothly if you start to notice any lag in speed.

8. Check for Viruses

A common cause of slow computers is a hidden virus or ransomware file. Make sure you have current anti-virus software that is activated and be sure you are following good digital security practices while online. This will help avoid getting a virus in the first place.

9. Keep it Cool

Anytime your computer gets too warm it will, in turn, start to slow down. This is especially true of laptops. As we approach the summer season, make sure your computer is in a well-ventilated area and doesn’t overheat.

10. Don’t Forget to Shut Down

It sounds silly, but turning off your computer and turning it back on again can work wonders to increase your computer’s performance. If you’re running into lag on your computer, simply try turning it off, unplugging it and then reconnecting and turning it back on again.

We hope these tips taught you how to increase your PC performance and improve the speed of your computer. If you have an Apple computer, check out our recent article on improving the speed of your Mac .

If your PC or laptop is slowing down and you’re not sure how to fix it, give us a call! Our technicians are on call and ready to help your team with any computer issue big or small. We’re a top managed IT services provider and you always get expert insight and advice, friendly technicians, and no monthly contract requirements

Benchmarking gives you a well-defined overview of the internals on your PC. It’s quite important to know everything about your PC: hard drive performance, RAM size, processor speed, GPU performance, etc. Whether you’re overclocking your computer or comparing it to another computer, benchmarking can help you translate your computer’s performance into numbers.

There is a wide array of benchmarking applications for the Windows ecosystem of which most are free. Before using any of the benchmarking software listed in this article, make sure nothing else is running on your computer. Running user applications and processes can slow down the benchmark and change the results. In this article, we’ll look at a few benchmarking software applications you can use to test the performance of your Windows PC.

Option 1: Using Performance Monitor

Every Windows distribution has this handy built-in diagnostics tool. You can use Performance Monitor to view performance either in real-time or from a log file. You can also configure how the results are outputted so you can analyze the results.

1. Press the Windows Key + R on your keyboard and type “perfmon /report”. Run Perfmon
2. A window will open with the message of “collecting data” for the next 60 seconds. Report Status of Resource and Performance Monitor

Under the Diagnostic Results tab, you’ll find the following subsections:

Warning: This section comes up if there are any warnings of issues the computer is facing. It provides related links to more information about the situation and how to solve it.

Informational: Provides some more information about the processor, network cards, etc,

Basic System Checks: This shows you the information of the OS, Disks, Security Center related information, System Services, Hardware, and Drivers.

Resource Overview: This section will give you an overview of the major parts of your system including the CPU, Disk, Memory, and Network. It uses red, amber or green lights to indicate the severity of the issues and provides details on the current status of the system.

There are several other reports available from the Performance Monitor providing advanced information. You can take time to read them but if you can’t, the results of the diagnostics will provide you with just the information you need.

Option 2: Using Prime95

Prime95 is a popular tool among overclockers for CPU stress testing and benchmarking. It features torture test and benchmark modules.

1. Download Prime95, decompress the zip file and then launch Prime95.exe
2. Click on the “Just Stress Testing” button to skip creating an account.
3. On the next screen if click on “Cancel” to leave the Torture Test Mode.
4. Go to the “Options” menu and click “Benchmark” to perform a benchmark

Using Prime95

To interpret the benchmark results, note that the lower values are faster, and therefore better. You can also compare your benchmark results with other computers on the Prime95 website.

Option 3: Using SiSoftware Sandra

SiSoftware Sandra is a common system profiling tool that includes benchmarking utilities. Though it is a paid software, the free version contains benchmarks you’ll need. You’ll find individual tests from parameters such as memory to an overall benchmark score.

1. Download and run a copy of the software from here.
2. Click on the Overall Score, which benchmarks your CPU, GPU, memory bandwidth, and file system performance. To begin benchmarking, click OK at the bottom of the windows.
3. After the benchmark is completed, you’ll see detailed graphs that compare the results with reference computers.

Using SiSoftware Sandra

Option 4: Using NovaBench

NovaBench is one of the most popular and efficient benchmarking suites for Windows with provision for CPU, GPU, RAM, and disk speed. NovaBench is completely free – no trial or paid version with additional features.

1. Get a copy of NovaBench from here and open it.
2. Click on “Start Benchmark Tests”. It usually takes less than a minute to complete a benchmark using NovaBench.

Using NovaBench

NovaBench will display an overall score and then show the results of each benchmark – higher is better. You can also view and compare bench results from other computers on the NovaBench website.

Option 5: Userbenchmark

Userbenchmark is a freeware benchmarking tool that tests your hardware components and lets you compare them to other users online. It’s a really cool program, however, this program isn’t as aggressive as other programs so these numbers should be taken as a grain of salt and you should not really think about them that much. Also, keep in mind that if you are going to test your GPU’s overclock using MSI Afterburner that’s not an option here because the GPU benchmarks don’t load if you are running MSI Afterburner or RTTS.

1. You can simply download their Benchmarking tool (here).
2. Once it’s downloaded you can simply run it and you can select the components you want it to benchmark.
3. Now once the benchmarks are completed it should open a webpage on your Default Browser.
4. You can share your results and compare them with other users online. Userbenchmark Website

By Tina | Follow | Last Updated September 23, 2021

Summary :

What is a PC processor? What is the computer processor speed? What is a good processor speed for a laptop or a desktop computer? This post from MiniTool will cover the answers to these questions.

What Does a Processor Do?

The Processor, also called CPU, is an essential piece of hardware of computer that enables your computer to interact with all of the applications and programs installed on your computer. The processor is able to interpret the program’s instructions and create the output that you interface with when you are using a computer.

The processor provides information and is able to complete tasks that you request when you open an application or make changes to a file because it is made of hardware that works together.

The processor would affect your computer experience since it may perform quickly or slowly. At the same time, computer performance may be decided by the processor cores and clock speed.

Sometimes your CPU is running at 100% and the speed of your computer becomes slow. This post will provide 8 solutions for you to fix this issue.

What Is Processor Speed?

The computer performance may be influenced by a lot of factors. Computer processor speed would be one of them. The processor is often regarded as the brain of the computer, so ensuring its working properly is very important to the longevity and functionality of your computer.

So, you should know what makes a good processor speed. Usually, the processor cores and clock speed may make a good speed for processor. Therefore, we will show you some information about the CPU cores and clock speeds.

What Are Processor Core and Clock Speed?

Processor Cores and Clock Speed are two different components of the CPU, but they depend on each other and work toward the same goal to improve the computer processor speed so as to improve computer performance.

Processor core is a single processing unit within the computer’s central processing unit. It receives instructions from a single computing task, working with the clock speed to quickly process this information and temporarily store it in the RAM and the permanent information is saved to the hard drive.

In general, most computers have multiple cores so that helps you to complete several tasks at the same time.

The clock speed of a CPU decides how quickly the central processing unit can retrieve and interpret instructions, which helps the computer to complete more tasks by getting them down faster. Clock speed is measured in GHz. If the value is larger, the clock speed is faster.

However, it is difficult to increase the clock speed, so more processor cores are increased to improve computer performance.

What makes a computer fast or do not know how to make computer faster? This post is what you need as it shows the fast computer specs.

What Is a Good Processor Speed for a Laptop or Desktop PC?

After knowing what makes computer processor speed, what is a good processor speed? Read on to know more detailed instructions.

As for most laptops on the market, they have dual-core processors, which is able to meet the needs of most everyday users. Meanwhile, some users use quad-core processors which can improve computer performance.

What is a good speed for processor? If you are a professional or a student, the quad-core processor with up to 4.00 GHz is required. If you are a hardcore gamer, you may need a 6 or 8 core processor. A good processor speed is between 3.50 to 4.2 GHz, but it is more important to have a single-thread performance. In short, 3.5 to 4.2 GHz is a good speed for processor.

How to upgrade motherboard and CPU without reinstalling Windows 10/8/7? Here are some ways to replace or change them without fresh install.

Final Words

What is a good processor speed? It would be from 3.5 to 4.2 GHz. With a good computer processor speed, you can enjoy good computer experience and handle multiple tasks at the same time. If you have any different idea of the computer processor speed, please share it in the comment zone.

• Facebook
• Twitter
• Linkedin
• Reddit

ABOUT THE AUTHOR

Position: Columnist

Tina is a technology enthusiast and joined MiniTool in 2018. As an editor of MiniTool, she is keeping on sharing computer tips and providing reliable solutions, especially specializing in Windows and files backup and restore. Besides, she is expanding her knowledge and skills in data recovery, disk space optimizations, etc.

On her spare time, Tina likes to watch movies, go shopping or chat with friends and enjoy her life.

By Ariel | Follow | Last Updated December 28, 2020

Summary :

The CPU plays an important role in computer performance. A great many people want to know their CPU speed. How to check CPU speed in Windows 10? If you are also trying to search for a CPU speed test, you come to the right place. Today, MiniTool will show you several methods to check CPU speed.

Quick Navigation :

• Method 1. Open the System Properties
• Method 2. Open the Settings App
• Method 3. Use the Msinfo32 Utility
• Method 4. Use Task Manager
• Method 5. Use DirectX Diagnostic Tool
• User Comments

CPU is also known as a processor that is made of millions of transistors. It serves as the brain of a computer to execute various commands and processes needed for the operating system. CPU speed will affect the speed of interacting with other computer components including memory, hard disk, etc.

Usually, the faster the CPU process the commands, the faster the computer device will be. An excellent CPU speed is a vital important parameter that determines the overall computer performance. So, it is necessary to perform a CPU speed test when purchasing a new computer.

How to test CPU speed in Windows 10? After analyzing several posts and user reports, we summarize some simple methods to check CPU clock speed.

A great many users want to set default graphics card. How to change default graphics card Windows 10? This post will provide you with a complete guide.

Method 1. Open the System Properties

The first and simplest method on CPU speed test is to check the system properties on your computer. To do so, follow the steps below:

Step 1. Press Win + E keys to open the File Explorer, and then right-click This PC on the left pane and select Properties from the context menu.

Step 2. In the pop-up window, navigate to the System section on the right pane and check the Processor field. Here you will find the CPU type and its speed.

Method 2. Open the Settings App

Another simple CPU speed test is to use the Settings app. For that:

Step 1. Press Win + E keys to open the Settings app and click on System in the pop-up window.

Step 2. Scroll down the left side bar to reach the About section and navigate to the Device specifications at the right pane. Then you can see the CPU clock speed in the Processor field.

Method 3. Use the Msinfo32 Utility

The msinfo32 utility can help you perform a CPU benchmark test and check the number of cores of CPU installed on your CP. Here is a simple guide to use msinfo32.

Step 1. Press Win + R keys to open the Run dialog box, and then type msinfo32 it and hit Enter.

Step 2. Navigate to the Processor section and then you will find the CPU type and speed.

Intel 660p vs 970 EVO, what’s the difference and which one is better? If you are searching for the answer, you can get a detailed comparison from the post.

Method 4. Use Task Manager

If you want to know your current CPU clock speed when running an app, this method is suitable for you. Let’s see how to use Task Manager to make a CPU speed test.

Step 1. Right click the toolbar at the bottom of your screen and select Task Manager from the elevated menu.

Step 2. Navigate to the Performance tab and click on CPU from the left side. Then you can view the CPU speed at the right side.

Method 5. Use DirectX Diagnostic Tool

DirectX Diagnostic tool is an effective method for processor speed test. This tool can not only check CPU speed but know more configurations of the processor. To use the feature, open the Run dialog box, and then type Dxdiag in the box and hit Enter. In the pop-up window, you can find the CPU configurations and speed under the System Information section.

ABOUT THE AUTHOR

Position: Columnist

Ariel is an enthusiastic IT columnist focusing on partition management, data recovery, and Windows issues. She has helped users fix various problems like PS4 corrupted disk, unexpected store exception error, the green screen of death error, etc. If you are searching for methods to optimize your storage device and restore lost data from different storage devices, then Ariel can provide reliable solutions for these issues.

Last Updated April 1, 2017 By Subhash D Leave a Comment

CPU speed is one of the vital parameters that determine the overall speed of your laptop, PC or a mobile device. A CPU is responsible for processing all your instructions and displaying it on the screen hence faster the CPU processes these commands, faster is the speed of your computing device. Knowing the CPU speed is important not only important when buying a new computer, it will also help you in downloading a fresh App or OS and assess whether the CPU will be able to handle the application’s resources.

5 ways to check CPU speed

1 System Properties

The best way to open the system properties is to right-click on the MY-PC (My-computer) on the desktop. Now click on the properties and new windows displaying system properties will open. Here you can find CPU type and speed in front of processor field.

2 Settings

This is another way to check the speed of CPU in an easy way. Click on start button and then click settings. From the Settings window, select System and then About.

3 Msinfo32

The latest processors have multiple cores to handle the resources of software and latest apps. The msinfo32 utility helps you check the speed as well as the number of cores of CPU installed in a system.

4 Dxdiag

System properties will not show the number of cores in the CPU. Dxdiag is the DirectX Diagnostic tool that helps you know more about the processor(CPU) configuration. To run this utility, open RUN window by pressing win+R on the keyboard and type Dxdiag before pressing OK.

Press Yes, if prompted so and after the dxdiag window opens, under the system information, you can find the details of cores and speed of CPU.

5 Intel Power Gadget

This is the 3 rd party software that is very effective to check the speed of CPU. The software is available for 32-bit windows OS, 64-bit windows, Mac and Linux.

After you unzip it and install the software, you can run it and check the base frequency or speed of the CPU. Apart from the actual speed of CPU, you can also know the current speed at which the CPU is working, the temperature of CPU and the power consumption by CPU.

These are the easy ways to check the speed of CPU in windows 10 operating system. These methods work equally well with earlier versions of windows OS . If you are not able to find the speed of CPU you can post in the comment section for further solution.

If you’re just learning about the world of computers and electronics, the terminology used to refer to different parts can be confusing. One component term you may have encountered is “CPU,” which stands for “central processing unit.”

CPUs reside in almost all devices you own, whether it’s a smartwatch, a computer, or a thermostat. They are responsible for processing and executing instructions and act as the brains of your devices. Here, we explain how CPUs interact with other parts of your devices and what makes them so integral to the computing process.

What makes a CPU a CPU?

The CPU is the core component that defines a computing device, and while it is of critical importance, the CPU can only function alongside other hardware. The silicon chip sits in a special socket located on the main circuit board (motherboard or mainboard) inside the device. It is separate from the memory, which is where information is temporarily stored. It is also separate from the graphics card or graphics chip, which renders the video and 3D graphics that are displayed on your screen.

CPUs are built by placing billions of microscopic transistors onto a single computer chip. Those transistors allow it to make the calculations it needs to run programs that are stored on your system’s memory. They’re effectively minute gates that switch on or off, thereby conveying the ones or zeros that translate into everything you do with the device, be it watching videos or writing an email.

One of the most common advancements of CPU technology is in making those transistors smaller and smaller. That’s resulted in the improvement to CPU speed over the decades, often referred to as Moore’s Law.

In the context of modern devices, a desktop or laptop has a dedicated CPU that performs many processing functions for the system. Mobile devices and some tablets instead utilize a System on Chip (SoC) which is a chip that packages the CPU alongside other components. Intel and AMD both offer CPUs with graphics chips and memory stored on them, too, meaning they can do more than just standard CPU functions.

What does a CPU actually do?

At its core, a CPU takes instructions from a program or application and performs a calculation. This process breaks down into three key stages: Fetch, decode, and execute. A CPU fetches the instruction from RAM, decodes what the instruction actually is, and then executes the instruction using relevant parts of the CPU.

The executed instruction, or calculation, can involve basic arithmetic, comparing numbers, performing a function, or moving numbers around in memory. Since everything in a computing device is represented by numbers, you can think of the CPU as a calculator that runs incredibly fast. The resulting workload might start up Windows, display a YouTube video, or calculate compound interest in a spreadsheet.

In modern systems, the CPU acts like the ringmaster at the circus by feeding data to specialized hardware as it is required. For example, the CPU needs to tell the graphics card to show an explosion because you shot a fuel drum or tell the solid-state drive to transfer an Office document to the system’s RAM for quicker access.

Cores, clocks, and costs

Originally, CPUs had a single processing core. Today’s modern CPU consists of multiple cores that allow it to perform multiple instructions at once, effectively cramming several CPUs on a single chip. Most CPUs sold today have two or four cores. Six cores are considered mainstream, while more expensive chips range from eight to a massive 64 cores.

Many processors also employ a technology called multithreading. Imagine a single physical CPU core that can perform two lines of execution (threads) at once, thereby appearing as two “logical” cores on the operating system end. These virtual cores aren’t as powerful as physical cores because they share the same resources, but overall, they can help improve the CPU’s multitasking performance when running compatible software.

Clock speed is prominently advertised when you are looking at CPUs. This is the “gigahertz” (GHz) figure that effectively denotes how many instructions a CPU can handle per second, but that’s not the whole picture regarding performance. Clock speed mostly comes into play when comparing CPUs from the same product family or generation. When all else is the same, a faster clock speed means a faster processor. However, a 3GHz processor from 2010 will deliver less work than a 2GHz processor from 2020.

So, how much should you pay for a CPU? We have several guides to give you some suggestions for the best CPUs you can buy. For a general outline, however, unless you’re a hardcore gamer or someone looking to edit videos, you don’t need to spend more than $250. You can help keep the cost down by avoiding the latest hardware and instead sticking to a recent generation of CPU.

For Intel CPUs, that means 8th-, 9th-, or 10th-generation chips. You can determine their generation by the product name. For instance, the Core i7-6820HK is an older 6th-generation chip, while the Core i5-10210U is a newer 10th-generation chip.

AMD does something similar with its Ryzen CPUs: The Ryzen 5 2500X is a 2nd-generation chip based on its new “Zen+” core design, while the Ryzen 9 3950X is a 3rd-generation CPU. Ryzen 4000 was released as a laptop chip line and in APU form with very limited availability on desktop through system builders. With that in mind, it’s arguable whether the Ryzen 5000 is the fourth or fifth generation of AMD Ryzen CPU, but it’s the latest, and most recently, AMD has unified its laptop, APU, and desktop platforms under the Ryzen 5000 banner.

How important is the CPU?

These days, your CPU isn’t as important for overall system performance as it once was, but it still plays a major role in the response and speed of your computing device. Gamers will generally find a benefit from higher clock speeds, while more serious work such as CAD and video editing will see an improvement from a higher CPU core count.

You should bear in mind that your CPU is part of a system, so you want to be sure you have enough RAM and also fast storage that can feed data to your CPU. Perhaps the largest question mark will hang over your graphics card as you generally require some balance within your PC, both in terms of performance and also cost.

Now that you understand the role of a CPU, you are in a better position to make an educated choice about your computing hardware. Use this guide to learn more about the best chips from AMD and Intel.

There can be many reasons for why your computer is slowing down. And there are just as many options for getting it back into shape. So before you think about buying a new PC, first check whether you can upgrade your old one. Hard drive, memory or graphics cards can be replaced by more powerful components. This also applies especially to processors, “CPUs” (central processing unit). This central processing unit essentially determines how fast the computer is running.

If you want to upgrade the processor, there are a few things to note. What models are appropriate and how do you get this information? How are they installed? Can only specialists do it? Read on for answers to these and other questions.

Which processors are suitable?

The main manufacturers in the world of processors are Intel and AMD. If your computer has been running on a CPU from a particular manufacturer, you need to choose a processor of the same brand. But that’s not all.

The socket to which the processor is attached provides the next piece of important information. The socket is located on the motherboard. The new processor must fit this socket. Sometimes it may be that more powerful processors for the socket are not available.

In this case you would also need to replace the motherboard.

Software helps when choosing the processor for the upgrade

To be on the safe side, we recommend installing software such as CPU-Z or SiSoft Sandra Lite. Both display all technical data relating to the (current) processor and motherboard.

The manufacturer’s name, model number and revision number are very important for the motherboard.

The latter in particular can make all the difference to which processors are suitable and which are not. Take this information and visit the motherboard manufacturer’s website. This is where you will normally find a list of suitable processors.

Installing the processor

Once you’ve purchased a suitable processor, whether from Intel or AMD, you can now proceed to installing it.

Getting straight to the point: Although you won’t need a degree in electronics, it helps if you’ve got a bit of manual know-how and a steady hand. But amateurs should step away from converting a processor into a notebook.

We advise buying a tube of thermal compound for around five euro. Finally, don’t forget: Make sure you do a back-up of your computer. Then proceed as follows:

• Unplug from the mains and open the housing. If there is a fan on the cooling element, remove it. Then unscrew the screws on the cooling element and place to one side.
• You should now be able to see the processor. Release the locking latch and slide the cover back, providing access to the processor.
• Open the processor latch and remove it carefully.
• Insert the new processor on the socket and lock the latch and cover in place.
• Now apply a thin layer of the thermal compound to the entire top of the processor and place the cooling element on top. Screw the cooling element back in and replace the fan.

If you are unsure: You will find instructional videos online, which should make installation a bit easier for you. The operating systems must be reinstalled if you experience problems during start-up after installation.

Image sources: Fotolia / 45243553 / Inga Nielsen

In addition to memory (RAM), your processor (CPU, or “central processing unit”), is the single most influential factor in the actual speed of your computer. But a distinction comes into play when you have multiple processors (several CPU chips inside your PC ), or a multi-core processor (a single dye with several “logical” or virtual processors).

Find out how fast your processor is

Follow these steps to get your CPU speed from Windows 7 or Windows Vista:

Click on the start button, and type ” system ” in the start menu’s search field; then, click on the “System” link shown in the search results:

Tip: you can also access your computer information quickly by pressing the Pause/Break key while holding down the Windows logo key on your keyboard.
Windows 7 / Windows Vista will open the Control Panel, with the most relevant System information displayed. Check under the “System” header for the value displayed under “Processor“:

How many processors / how many cores do I have on my CPU?

Here’s a handy tip: the easiest way to determine the number of processors or cores you have on your computer is simply to open the Task Manager in Windows 7 or Windows Vista. Either way, use the same keyboard shortcut of Ctrl+Shift+Esc , or right-click on the taskbar and choose “Task Manager” from the context menu.

When the Task Manager opens, click on the “Performance” tab, and just count the number of “slots” you have displayed under the “CPU Usage History” section:

Do you have any dated desktops or laptops lying around that you haven’t used in a few years? Do you remember how quick and responsive they used to be when you first got them? Now it takes an hour to boot up and opening a new tab feels like you just asked it, “What do you want to eat for dinner?” It may be frustrating and mainly why we replaced them in the first place, but don’t fret, because you can bring them back from the dead with a few selective upgrades. Below is a list of parts that will help speed up your system, in order of efficiency.

Storage

SSDs are quite common now and widely used, especially in thin-and-light systems, not just in computers. As an alternative storage solution, compared to standard hard drives, which use spinning discs, an SSD is made without any moving parts. Without them, an SSD can perform faster and endure more because there is no mechanical limitation. So why exactly does an SSD provide you with an immediate performance boost when upgrading from a hard drive? An SSD is designed to store information, so let’s think of it as a water bottle. When you need to access information, you pour water out, but the water can only flow at a certain rate because it’s limited by the neck. Increasing the size effectively increases the flow of water, and in turn, access to information.

This “neck” is a communications protocol that you’ve seen before: SATA I, SATA II, and SATA III, and each has a certain theoretical throughput. SATA I has a cap of 150 MB/s, SATA II at 300 MB/s, and SATA III at 600 MB/s. Take the WD Black hard drive, for example: it’s a high-performance drive, which has a 150 MB/s data transfer rate. Even though it uses the SATA III interface, the drive cannot provide the speeds to fully saturate it. On the flip side, a Samsung 860 EVO can reach up to 550 MB/s, which provides you with a considerable performance boost.

As technology advances and we near the cap of SATA III, a higher benchmark needed to be set. Thus, came NVMe, which stands for Non-Volatile Memory Express, another communications protocol, but one developed especially for SSDs. NVMe drives don’t operate on the SATA lanes but, instead, utilize PCIe, which has a much higher bandwidth capacity. With a PCIe 3.0 x4 NVMe drive such as the Samsung 960 PRO, you can get read and write speeds of up to 3,500 MB/s and 2,100 MB/s respectively, and yes—you read that right.

tl;dr—Think of hard drives as water bottles and solid-state drives as buckets. Pouring water in or out is the rate at which data can be transferred.

In a laptop, the usual would be something like a 2.5″ 7200 rpm HDD, which you can easily replace with an SSD; however, not all SSDs come in a 2.5″ form factor. (Be sure to check the drive height for compatibility.) If your laptop doesn’t have a 2.5″ drive, chances are it’s already using an M.2 drive. The M.2 is a compact form factor that installs directly onto the motherboard for minimal bulk. Due to its design, you usually only see around one or two M.2 slots on any laptop or desktop motherboard.

For desktops, your best bet would be 2.5″ drive. Depending on your case, you may need a 3.5″ drive converter or maybe a 5.25″ drive cage if you don’t have the right or enough drive mounting locations. So why wouldn’t you use an M.2 SSD with a desktop computer? Well it’s because older systems usually don’t have a motherboard with M.2 slots. In that case, your second option would be a PCIe-based SSD or adapter if you have the slots to spare. Lastly, while Intel® Optane™ drives are worth considering, they’re also not a valid option for older systems. If you do have a Kaby-Lake™ and above CPU and motherboard that support Optane, and don’t plan on installing any SSDs, then maybe Optane is the solution for you.

Memory / RAM

RAM (Random Access Memory), holds your data for active applications, and doesn’t increase your system speed. In fact, the more RAM you have, the more applications you can have open simultaneously. If you’re the type of person to have twenty-plus Chrome tabs open, a Netflix movie playing, a few spreadsheets hidden away, and a game running at the same time, then you’ll need RAM. How much depends on what you’re doing. Generally, on a Windows 10 system, most users can get by with around 8GB safely. It gives you enough room for standard OS functions and everything casual users can throw at it. Photo and video editors, gamers, live streamers, and VR-users should opt for a 16GB minimum.

When picking out RAM, be sure to watch out for compatibility. Generally, you’ll need SO-DIMM for notebook and compact systems, and regular DIMM for desktops and servers. After that, you’ll want to make sure you’re using the right type and speed: DDR3 or DDR4. The same rules apply for RAM speed. Everyday users will be fine with standard 1600 MHz DDR3 or 2133 MHz DDR4, and power users can opt for faster speeds as needed; however, it’s worth noting that it’s usually better to go with more RAM than faster RAM.

You might think that a processor upgrade would be Number One on this list, but it’s one that I would recommend the least. While a new processor can increase your system’s performance, you should remember that for older systems, you’ll need to upgrade the motherboard, as well. And if you’re using a laptop, chances are the CPU is not replaceable. Additionally, jumping a few hundred MHz doesn’t really transfer into a noticeable real-world performance boost. What does matter, though, is the number of cores and the applications you use. If you’re handling plenty of multimedia tasks such as video transcoding, photo editing, and 3D model rendering, then more cores are welcomed, especially if the software you’re using supports them. With better and pricier processors, you’ll get features such as Turbo Boost and Hyper-Threading to help speed things along.

So there you have it folks, the three most worthwhile components to upgrade in order of importance to help speed up your PC. Is there some other part you think we should have mentioned? Or does our order not match yours? Let us know in the Comments section, below.

How many cores do I need in my Mac Pro? Is it better to have more cores of a faster processing speed?
In this latest article, all will be explained. So, from cores, processors, GHz, multi-threading & hyper-threading, we’ve got you covered!

12 core 2.66GHz system or 3.46GHz 6 core, which is best? Is a 12 core 3.46GHz system worth it, or should I just get the 6 core? These are the questions we will help you answer today.
Processors (or CPUs, which stands for central processing unit) have come a long way since their humble beginnings. We have more cores and faster clock speeds than ever. If we cast our eyes back to the year 2000, and the release of the first Intel Pentium 4 chipsets, processor speeds topped out at 1.5GHz and you would have to wait until 2005 to see the first Intel dual-core processor hit the market.
But what does this all mean? Clock speed, multi-core, hyper-threading, dual processor systems. There is a lot to take in, thankfully we’re going to break it down in a way that everyone can understand. Hopefully, this will help you decide which processor is right for your system.

Clock Speed

Many people describe the CPU as the brains of your system. To make things easier to understand think of the CPU not as the brains but as the brawn. If computing is a car then the CPU is the engine. The higher the clock speed, the faster the car (system) will go. Clock speed is measured in GHz (gigahertz), a higher number means a faster clock speed.
To run your apps, your CPU must continually complete calculations, if you have a higher clock speed, you can compute these calculations quicker and applications will run faster and smoother as a result of this.

Multi-Cores & Multi-Processors

Up until 2005, virtually all processors on the market were single core. Clock speed ruled the roost and the fastest processor was always the best choice. Nowadays processors have multiple cores and systems such as the Mac Pro 5,1 can be built with multiple processors (each with multiple cores).

Multi-core processors became popular as it became increasingly difficult to increase clock speed on single core processors due to technological limitations. Rather than working tirelessly for an extra 0.1GHz of clock speed, manufacturers instead added more identical processing units to single processors.

A core is a single processing unit, multi-core processors have multiple processing units. So a dual-core 3.0GHz processor has two processing units each with a clock speed of 3.0GHz. A six-core 3.0GHz processor has six processing units each with a clock speed of 3.0GHz. The six core processor we just described has a total clock speed of 18.0GHz. That means your programs will run six times faster than with a single core 3.0GHz processor then? Well, not exactly…

Multi-threading & Hyper-threading

So we’ve talked about multi-cores and multi-processors and how they may help your apps run faster, this is where multi-threading and hyper-threading come in. Multi-threading is the ability of an application or operating system to utilise multiple cores for processing. When apps are written with multi-threading in mind they can benefit from the plethora of cores available in modern CPUs and see huge performance increases over using a single core processor.
So what if your app doesn’t support multi-threading? First off, this is a rarity; multi-core support is fantastic nowadays and will only continue to improve. However, if your applications by some chance don’t support multi-threading, you will still be better off with as many cores as possible. When your apps only support a single thread (and you are using a multi-core system), they will get a whole core to themselves (unless you are running more single-threaded apps than you have cores), rather than sharing cores as they would on a single core system.
So more cores is a good thing, multi-threading support is even better. What’s hyper-threading? Hyper-threading is a proprietary Intel technology that allows a single core to split into a virtual and a logical core and share workload between the two. Hyper-threading is especially useful when apps are well optimised for multi-threading.

Higher Clock Speed vs. More Cores?

Ok, so you now understand the benefits of a higher clock speed and the performance boosts more cores can offer. Do you go for a processor with a lower clock speed but more cores? Or one with fewer cores but a higher clock speed? First off, if possible, you want to go for the one with the highest clock speed and the highest amount of cores. Due to budgets, however, this isn’t always possible and there is usually a trade-off between cores and clock speed.

More cores, slower clock speed

• Pros
  • Applications that support multi-threading will greatly benefit from having a higher number of cores at their disposal
  • Increasing the number of cores in your CPU is a cost-effective way of increasing performance
  • Multi-threading support for applications will continue to improve over time
  • You will be able to run more apps at once without seeing performance drops
  • Great for running multiple virtual machines

• Cons
  • Lower single-threaded performance than a higher clock speed processor

Fewer cores, higher clock speed

• Pros
  • Better single threaded performance
  • Lower cost option
• Cons
  • Fewer cores to split between applications
  • Not as strong multi-threading performance

The best thing to do in most cases is to look into the support your applications of choice provide for multi-threading. Following this you can decide whether you’d be better off with, for example, a 3.46GHz 6 core system or a 2.66GHz 12 core system.
Also worth considering is GPGPU, OpenCL & CUDA. Basically, whether or not your GPU assist with processing tasks, again this is mainly a case of application-specific support, read more on GPGPU here.

In general, a higher clock speed means a faster CPU. However, many other factors come into play. Your CPU processes many instructions (low-level calculations like arithmetic) from different programs every second. The clock speed measures the number of cycles your CPU executes per second, measured in GHz (gigahertz). A “cycle” is technically a pulse synchronized by an internal oscillator, but for our purposes, they’re a basic unit that helps understand a CPU’s speed. During each cycle, billions of transistors within the processor open and close.

On Linux, there are a number of commands that can be used to obtain the CPU speed of the processor. In this article, we’ll look at some of the most widely used commands for obtaining CPU speed about the CPU.

Method 1: Using hardinfo

Hardinfo is a graphical user interface (GUI) tool that produces reports on various hardware components. It is written in Gtk. However, if there is no GUI display available, it can also be run from the command line.

Method 2: From /proc/cpuinfo

The /proc/cpuinfo system file lists each CPU Core. System’s individual speed.

Method 3: Using Inxi script

Inxi is a Linux script that allows you to print the system’s hardware details. To print processor-related details, use the inxi command with the ‘-C’ option:

Using Inxi script

Method 4: Using hwinfo

In Linux, the hwinfo command prints detailed details about each hardware unit.

Method 5: Using lscpu

Lscpu is a Linux command that displays CPU architecture details. The util-linux package contains this instruction.

Method 6: Using Dmesg

Dmesg displays messages from the kernel ring buffer and dumps them to /var/log/messages in Linux.

Method 7: Using i7z

The i7z is a dedicated tool for displaying processor states on Intel i3, i5, and i7 based CPUs.

On Linux-based systems such as Ubuntu, Fedora, Debian, CentOS, and others, those were some commands to check CPU speed.

Source: Windows Central

Best Processor (CPU) for Your Custom PC Windows Central 2022

The best processor (CPU) for your custom PC is one that matches your needs, doesn’t bottleneck the rest of your hardware, and doesn’t cost more than what you’ve budgeted. When looking for a new CPU, it’s easy to automatically go for the more expensive option expecting a return in performance, and in most cases you’d be correct in that assumption. However, the question is whether or not you need that kind of power and whether or not you really need to pay that much. For a lot of people, the AMD Ryzen 7 5800X should be an ideal mix of performance and price. This CPU from AMD’s fourth-gen lineup has eight cores for stellar multitasking power, whether you’re working with productivity tasks, specialized design or editing work, or serious gaming. If it’s not quite what you’re looking for, there are plenty of other CPU options that we’ve rounded up here.

• Best Overall: AMD Ryzen 7 5800X
• Runner-Up: Intel Core i7-10700K
• Best Value: Intel Core i5-10600K
• Best AMD Performance: AMD Ryzen 9 5950X
• Best Intel Performance: Intel Core i9-10900K

Best Overall: AMD Ryzen 7 5800X

Source: Windows Central

AMD’s Ryzen 7 5800X is part of the Zen 3 microarchitecture and uses a 7nm process. This CPU utilizes eight cores and 16 threads for strong multitasking performance, and its base clock of 3.8GHz can be boosted up to 4.7GHz when needed. Its 105W thermal design point (TDP) is higher than the previous gen Ryzen 7 3700X, but the newer CPU puts out a lot more performance no matter the task at hand.

This CPU is unlocked and ready for overclocking. It doesn’t include a stock cooler, so be sure to get something up to the task, especially if you plan on overclocking. Note that this CPU does not include integrated graphics, so you will need to add a dedicated GPU to your PC build. Our collection of the best graphics card options will get you started.

The best motherboards for the AMD Ryzen 7 5800X will land you PCIe 4.0 and Wi-Fi 6 support, though if you’re upgrading a PC that’s still using an X470 or B450 motherboard, rest assured it will be compatible.

If you’re in search of a well-rounded, high-performance CPU for just about any task, the Ryzen 7 5800X should prove to be a wise investment for most people. Our AMD Ryzen 7 5800X review has a lot more information about this CPU.

By: Talon Homer | Updated: Jul 13, 2021

In a PC, Mac, smart phone or gaming system, one of the most important functions is its random access memory (RAM). This memory sets the upper limit of tasks which the computer can perform at one time. If a computer has only a few gigs of RAM, then installing a few more will make its job easier. However, continuing to add more and more memory to the same processing power will quickly provide diminishing returns.

If you think of your computer as a factory assembly line, then RAM is like the workbench full of parts, ROM (Read Only Memory) is warehouse storage, while the CPU (Central Processing Unit) is the worker tasked with turning the parts into a finished product. RAM, ROM and CPU function as a team, and if one is slow, the whole computer will become slow. A giant workbench is not going to help an exhausted worker, and a fast worker is going to have a rough time if he or she doesn’t have an effective amount of space. Similarly, the most cutting-edge CPU on the market will be constantly bogged down if there’s a lack of available RAM, and an excess of RAM won’t do any good for an aging CPU that can’t work through it fast enough.

ROM hardware also has a speed limit at which it can transfer its static memory over to RAM, where the data becomes malleable. For this reason, old fashioned mechanical hard drives are starting to be replaced by SSDs (solid state drives), which can read and write several times faster. However, ROM speed is less likely to be the bottleneck on PC performance.

The CPU loads in the data files at which you want to look, which might total several gigabytes if you are opening many web pages, running apps in the background, or using graphic-intensive programs like video games. A big application can easily take a gigabyte of RAM or more, which can slow your system down significantly if there isn’t enough memory. On your machine, at any given time you might have the following applications running:

• A web browser
• A word processor
• An e-mail program
• Media editing software
• Calendar and scheduling software
• A video conferencing program

­Besides all of those applications, the operating system itself is taking up a good bit of space. Everything together may need more RAM than your machine has.

Tips for Adding RAM

Most modern computers come with two or more RAM chip slots, and anywhere from four to 16 GB pre-installed. The factory chips may be enough, depending on the use case. If you find your computer starting to drag, however, there’s an easy way to test if more RAM is needed. Open up your operating system’s task manager while running your typical programs, and check RAM use under the diagnostic section. If your computer is nearly maxing out its RAM capacity under normal operation, then an upgrade will probably speed things up quite a bit. As far as PC upgrades go, RAM is relatively cheap and simple. The procedure can usually be done with a screwdriver in a matter of minutes. If your computer is using 50 percent or less of RAM capacity under normal use, though, then this upgrade really won’t change much. In such a case, you would probably be better off with a new CPU.

There have been great strides in processor technology with the advent of 64-bit computing, and multi-core CPUs are available all over the market. Going back to our assembly line analogy; the CPU is the worker. A dual-core CPU is like having two workers, and can nearly double processing speed if it has ample RAM to work with. Six and even eight-core processors are now relatively common and affordable. Higher-end machines also have dedicated graphics processors (GPUs) which take the load of rendering graphical effects during gaming or video editing.

Similarly to RAM, processing capacity can be checked in your operating system’s task manager. If it’s constantly getting maxed out, then it’s time for an upgrade. Replacing a CPU is much more technically involved than switching out RAM chips, so it may be best to consult a computer specialist on this procedure.

In a nutshell, installing more RAM may improve computer speed if you frequently use many programs or browsing tabs at once, or if you do memory-intensive tasks like gaming or Photoshop. Under regular use, however, a CPU upgrade will probably have a greater immediate effect on performance. Upgrading both together will ensure your PC not only runs faster, but is also able to complete more tasks at one time.