When you’re playing an intense game, it’s important to keep your rig cool. The best way to do this is by installing a custom fan in the case that blows air out of the system. This article will show you how to install one.
The how to install fans on top of case is a question that has been asked many times. There are multiple ways to do this, but the most common way is to use thermal paste.
Installing a custom fan may be difficult for a novice, despite the fact that it is as easy as 1,2,3. However, many individuals are still unaware of how to do so. They are either unsure on where the fan should be placed or how to connect the wire. I’m going to teach you how to accomplish it in less than 10 minutes today. I’ll walk you through the procedure step by step, and after reading this brief tutorial, you’ll be able to install a new fan straight away.
Step 1: Get a screwdriver and a fan.
Remove your fan, as well as any accessories such as screws, from the box. Take a screwdriver that you can use to remove those screws. It’s usually the same size as the other components installed in a computer casing.
Step 2: Remove your case’s side panel by unscrewing it.
To remove the side panel, disconnect all power connections from your case and place it on a table. If your case’s side panel has thumb screws, removing the panel will be simple. You can also do it with a screwdriver. To get access to the interior of your system, you must first remove the left-hand side panel.
Step 3: Before installing your fan, try to place screws in it.
It’s now time to install the fan after removing the side panel. But, to make the procedure easier, consider putting the screws within the screw holes of your fan to create spirals inside it. Because these fans come with plain holes with no spirals and you must create them manually, you may have to use a lot of force to insert screws into the holes. This should be done prior to installing the fan.
Step 4: Install the Fan
It’s time to install the fan in the proper position after attempting to screw the fans outside the case. If you need to install a fan for exhaust, you may either attach it with the front side inside or just figure out which side the air will be pushed from by looking at the blades. Some fans include arrow markings on one side that indicate the intake and exhaust sides. However, the situation is different in this instance. I’m using a Corsair AF 120mm fan with no arrow markings on it. However, you can see how I installed the exhaust fan at the back.
Simply switch the fan to the opposite side if you’re using it for intake.
Step 5: Installing the screws
Put screws in one of the top holes using the screw driver. Then, in the diagonal hole, screw in the second screw. This is necessary for correct alignment, and the screws will keep your fan in place.
Connect the cable in step six.
It’s now time to start wiring. A 3/4 pin power connection or a 2 pin molex connector will be included with your fan. A single 3/4-pin power connection is seen on modern computer case fans. If you wish to utilize the 2 pin molex connection from your fan, you may power it with a 4 pin molex connector from your power source. Alternatively, if your fan does not have a molex 2 pin connection, you must utilize the 3/4 pin power connector that will be attached to the motherboard.
Locate a 4 pin or 3 pin power port on your motherboard, which is usually found in the center left/right, top, or bottom. The 3/4 pin power ports on each motherboard are located differently on the PCB. If your motherboard’s power connector is far away, untangle the fan cable and attach it to the port. You won’t have to worry about placing the connection in the incorrect way since it will only travel in one direction.
Step 7: Finally, test it to see whether it works.
Connect all of your power connections to your case now, but don’t install your side panel until your fan is operational.
Check to check whether the fan spins by pressing the Power button. If it spins, you did it correctly; if it does not, you did it incorrectly. After that, double-check your wiring. If your fan does not function even if it is brand new, there is just one possible cause: a defective motherboard power port.
Try using the other ports on the motherboard if the 3/4 pin power port on the motherboard isn’t powering up the fan. If it still does not function, it is possible that your fan was defective from the start. You have the option of returning it to the seller.
I hope you can now simply install your case fan, and if you have any questions, please ask them in the comments area below. Cheers!
The how to connect case fans to power supply is a question that has been asked many times before. There are multiple ways to do this, but the most common way is to use an extension cord.
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Frequently Asked Questions
How do I add more fans to my computer case?
To add more fans to your computer case, you will need to purchase a new fan controller.
How do you install a case fan on a motherboard?
The installation of a case fan on a motherboard is an easy task. All you need to do is unscrew the backplate of your case, and then screw in the fan into the empty space that it left behind.
How do you screw a case into a fan?
You would need to use a screwdriver and tighten it in place.
For gamers, the performance of a CPU is often more important than its price. Which processor is better for gaming?
The ryzen 9 5900x vs 10900k: gaming is a comparison of two processors that are used in high-end desktop computers. Intel’s Core i9 10900K and AMD’s Ryzen 9 5900X both have 8 cores and 16 threads, with the Intel having a base clock speed of 3.6GHz and the AMD at 3.6GHz.
Most gamers who are thinking of upgrading their current system to get a high-end one with the best processor on the market and where money isn’t an issue but are currently confused or aren’t considering AMD processors as a CPU option should read this topic to clear their minds of any confusion or myths that surround the computer market. Until AMD launched the 5900X Ryzen 9, Intel had unquestionably held the title as the greatest performance with its crown jewel, the Intel Intel Core i9-10900K.
You may be asking why you should search for an AMD CPU when the previous generation Ryzen series were easily outperformed by their Intel rivals. But, before we get into the particular differences, let’s have a look at the specifications of both CPUs.
Specifications in a nutshell
Specs
Core i9 10900K
Ryzen 9 5900X
Architecture
Lake Comet
Zen 3
Lithography
14nm
7nm
Cores/Threads
10/20
12/24
Clock(Base/Boost)
3.7/5.3GHz
3.7/4.8GHz
Overclockable
Yes
Yes
Cache Total
20MB
70MB
Socket
LGA 1200
AM4
TDP
125W
105W
GPU built-in
Intel UHD Graphics 630 is a high-definition graphics processor from Intel.
N/A
Cooler for the CPU
This item is not included.
This item is not included.
Intel Core i9 10900K processor processor
Intel Core i9 10900K
The Intel Core i9 10900K processor was launched in the second quarter of 2020 and costs about $500. Looking at the Intel Core i9-10900specifications, K’s it’s obvious that this CPU is designed to provide excellent performance.
The Core i9- 10900K has 10 cores and 20 threads, with a base clock frequency of 3.7GHz and a boost clock frequency of 5.3GHz, and is built on the same 14nmm technology. It also has a higher TPD of 125 W and will need new motherboards with LGA 1200 chipset compatibility.
AMD Ryzen 9 5900X processor processor
AMD Ryzen 9 5900X
AMD’s newest Zen 3 CPU was introduced little over a month ago, and it has generated a lot of buzz in the computing industry since then, for obvious reasons. According to AMD, the Zen 3 series CPUs are expected to provide a 19 percent increase in IPC improvements over the previous Zen series design, and it will certainly give its Intel rival a run for its money.
Looking at the specifications, it’s obvious that the AMD 5900X will have more cores and threads than previous AMD processors. The Ryzen 9 5900X processor has 12 cores and 24 threads, with a base clock frequency of 3.7 GHz and a peak clock frequency of 4.8 GHz. The AMD Zen 3 architecture is more future-proof because it supports PCIe version 4.0, and the fact that the Ryzen 9 5900X can be used on the same AM4 motherboard as existing AMD Ryzen processors is a notable feature that I personally believe is a game-changer for users who are currently using AMD Ryzen processors.
Analysis
Let’s put the specifications aside for a while and look at the performance differences between these two CPUs so you can see for yourself which one is the best.
When the Intel Core i9-10900K was first introduced, it quickly became the top CPU for both gaming and workstations. However, it was created using the same 14nm technology, which is now considered obsolete. The AMD Ryzen 9 5900X, on the other hand, uses the TSMC 7 nm FinFET manufacturing process and has the newest Zen 3 architecture.
Important distinctions
When we put them side by side, the first thing that stands out is the Ryzen 9 5900X’s increased core and thread count, which has 12 cores and 24 threads, as well as a massive 64 MB L3 cache memory. The Intel Core i9-10900K, on the other hand, has ten cores, twenty threads, and a 20 MB L3 cache. Although the additional core/thread count may not seem to be substantial, it improves performance by almost 20%.
While both CPUs have the same base speed of 3.7 GHz, the Intel Core i9-10900K has a little advantage in terms of boost clock, which can reach 5.3 GHz vs 4.8 GHz for the Ryzen 9 5900X. Another important distinction is that the Ryzen 9 5900X supports PCIe 4.0 and may be utilized with existing B550 or X570 chipset motherboards, while the Intel Core i9-10900K is restricted to PCIe 3.0 and will need new LGA 1200 chipset motherboards.
TDP
The maximum amount of heat produced by a computer chip or component under any workload with a practical application is referred to as Thermal Design Power, or TDP. The Ryzen 9 5900X has the lowest TPD number of the two in terms of power consumption, and AMD says that the newest Zen 3 CPUs are more energy efficient.
Efficiency in terms of price
The Ryzen 9 5900X is a little more expensive than its Intel equivalent, but the Ryzen 9 5900X offers comparable value for money. It won’t have a major impact on the increased price since the Ryzen 9 5900X supports AM4 and may be used to update your current CPU. While the Intel Core i9-10900K requires the newest LGA 1200 chipset series motherboards, which makes the Intel Core i9-10900K more expensive than the AMD counterpart.
Features
The memory compatibility of the Ryzen 9 5900X is greater than that of the Intel Core i9-10900K. Furthermore, the AMD Ryzen 9 5900X supports PCIe 4.0 and has 20 PCI lanes, while the Intel Core i9-10900K is limited to PCIe 3.0 and 16 PCIe lanes. However, there will be no direct impact on performance as a result of this.
Performance
Prior to the release of the Ryzen 9 5900X, the Intel Core i9-10900K was without a doubt the finest CPU in terms of gaming and a few other applications where Intel was able to take first position. The Ryzen 9 5900X, on the other hand, was able to effectively turn the tide of the lengthy battle between the two companies.
Testing Games (source)
In nearly all cases, the Ryzen 9 5900X can outperform the Intel i9-10900K, with the exception of a select games like Red Dead Redemption 2, where the difference isn’t significant. However, Ryzen 9 5900X successfully defeated Intel Core i9-10900K in Photoshop with a significant performance difference, while the latter had previously held the top spot for a long time.
Jarrod’s Tech is the source for this information.
And, after a long period of time, AMD finally reclaimed the gaming crown from Intel, with the Ryzen 9 5900X achieving remarkable results that were shown at the launch event, where the Ryzen 9 5900X was able to provide a nearly 10%-20% performance increase over the Intel Core i9-10900K.
Bringing everything to a close
We didn’t go too deep into technical facts and statistics to make things simple and straightforward for everyone, but based on the many benchmarks and performance evaluations, the Ryzen 9 5900X definitely wins. If you already have an Intel Core i9-10900K CPU, switching to AMD is not a good idea, but if you have an older Ryzen processor and are wanting to upgrade, the Ryzen 9 5900X is a good option.
The 11900k vs 10900k is a comparison between Intel’s Core i9 and AMD’s Ryzen 9. This comparison will discuss the differences in performance, power consumption, and more.
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Frequently Asked Questions
Is 5900X better than 10900K?
The 10900K is a better processor than the 5900X.
Which is better i9-10900K or Ryzen 9 5950X?
The Ryzen 9 5950X is a more powerful processor than the i9-10900K.
Is Ryzen 5900X better than Intel?
That is a difficult question to answer. Ryzen 5900X has better performance, but Intel does have higher quality components for the same price.
Humble Bundle is giving away the Amnesia collection for free, which includes Amnesia: The Dark Descent and its sequel, A Machine For Pigs.
The amnesia collection is a game that was originally released in 2010. It has been given away by the Humble Bundle for free and is currently available on PC, Mac, and Linux.
On the Humble Store right now, Humble Bundle is giving away the two horror games for free. Amnesia: The Dark Descent and Amnesia: A Machine for Pigs, both released in 2013, are two examples. Both will set you back more than $35 if purchased separately, and you only have a short time to acquire them for free. This is an Amnesia collection that you can download right now and add to your Steam library.
If you’ve ever seen the gameplay of these games, you’ll know that they’re excellent horror games. Simply join up for free at the Humble Store to get your Steam Activation Code. This can only be done between now and Saturday, January 27 at 10 a.m. PT/1 p.m. ET. These games may be found here.
Below is a link to the PS4 trailer for the Amnesia collection:-
this advertisement should be reported
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Frequently Asked Questions
Is Amnesia free?
Amnesia is not free.
Is the amnesia collection worth it?
The amnesia collection is worth it if you are a fan of the horror genre.
One of the most common problems for gamers is how to increase FPS in PUBG without losing a lot of Visual quality. This guide will show you how to do that, and it’s pretty easy!
The pubg fps boost 2020 is a guide on how to increase FPS in PUBG without losing a lot of Visual quality.
Introduction
This tutorial isn’t for people who want to get the highest fps by tinkering with the settings at random, but rather for those who don’t want to sacrifice visual quality for speed. In summary, you can obtain a 5-10% boost in performance without sacrificing much visual quality.
Because there is a sizable PUBG community that plays the game on a regular basis, it’s critical to make the game as optimized as possible. According to Steamcharts, the current average concurrent player count is approximately 2,50,000. This isn’t the biggest figure since the game’s debut, and it’s decreasing on a monthly basis, but an average player count of more than 2,50,000 is still a significant amount.
Here are three options to help you get the most out of PUBG, which will allow you to keep the best quality settings while gaining more fps. Everything has been carefully tested and should function in the majority of situations. PC Configuration, Software and Driver Configuration, and In-Game Options are all covered in this tutorial. Follow the instructions and let me know how it went in the comments.
PC Settings
Stop any application or activity that is using too much of your CPU– The CPU bottlenecking caused by its excessive use is one of the most catastrophic reasons of game stuttering. If your CPU’s use percentage in Task Manager is more than 50%, you should take steps to keep it below 20% at the very least. CPUs with just four cores, in particular, need this more than CPUs with six or more cores.
Check the task manager for any programs or tasks that are using a lot of CPU. Before you start the game, put a stop to them. PUBG is considered to be a CPU-intensive game that may use up to 6 cores. While a 4 core CPU would enough, you should free up as many cores as possible from the task manager.
Visit learn more about this, go to Legitreviews Analysis.
On – Game Mode is a Windows 10 feature that allows Windows to optimize your PC for the best possible performance. It turns off all Windows update installations so that your CPU may be used to its full potential when gaming. Go to the Gaming Tab and turn it on by pressing Windows+I.
While others argue that it has little impact on gaming, it is essential to take all precaution necessary to get the greatest results. Go to the System Tab and then to the Sleep and Power settings by pressing Windows+I. Select the High-Performance option from the Additional Power Settings menu.
Optional features
Use SSDs- While hard drives are certainly less expensive and allow you to install more games than SSDs, SSDs are many times quicker than HDDs, which can help you in PUBG in a variety of ways. One of the most frustrating aspects of playing PUBG on a hard drive is that the loading screen does not appear until the aircraft is nearly halfway across the map. This may be avoided by utilizing an SSD, which will also speed up the game’s loading time when launched from the desktop.
Defragment your hard drive- If you can’t afford an SSD for any reason, defragmenting your hard drive will help it operate quicker by separating the empty space from the used area. It’s simple: go to This PC, right-click the disk where you installed PUBG, and choose Properties. Select the Optimize and Defragment option under the Tools tab. Select the disk from the menu once again and click Optimize. This may take a long time.
Driver and Software Settings
Ensure you have the most recent GPU drivers installed and that your Nvidia or AMD software settings are set to default. There’s no need to change anything there, otherwise you won’t be able to take full use of the In-Game settings.
Check out the Best PUBG Headsets.
In-Game Settings
This is where the best results are found. If you tweak this correctly, you won’t sacrifice excellent graphics while attaining greater frame rates. I personally tried each option many times and came up with the following setup for each one.
Resolution
PUBG will automatically adapt to your monitor’s highest resolution, which is the optimal option for the finest visuals. If the game still doesn’t reach over 30 frames per second, try adjusting the graphics settings as described below, and if that doesn’t help, try lowering the resolution.
Check out the Best PUBG Graphics Cards.
Render Scalability
Render Scale should not be touched. On 100, leave it alone. If you raise it to 120, you may see a little change in graphics; however, reducing it to the lowest setting will result in fuzzy objects far away, which may be detrimental to your ability to spot adversaries far away.
Anti-Aliasing
Anti-Aliasing helps to smooth out the edges of things, giving you a more natural appearance. Anti-Aliasing is presently one of the top three GPU-intensive options, in my opinion. Even if you just reduce the AA levels by one setting, you will see an increase in frame rate. I played the game with three different settings: Ultra, High, and Very Low.
AA-Ultra
The game looked great on Medium AA and was comparable to Ultra AA. Going below it significantly degraded the visuals, and seeing sharp things on Very Low was very irritating. If you keep it on Medium, you’ll get the greatest graphics and better performance.
Post-Production
Post processing is merely a method that aids in the correct definition of an item. Setting the PP to extreme in PUBG usually results in excellent quality and heavy shadows around the edges and borders of the objects.
PP-ULTRA
Simply change the PP to Very Low and you will see an imperceptible difference in visuals in most places when compared to Ultra. This will not impact the overall graphics but will significantly improve your performance by up to 2%.
Textures
In my opinion, the most essential element of a game for better graphics is textures. If you can tweak the textures to the point where you get excellent performance while still getting nice visuals, that’s what you’ll need for PUBG. Textures are available in a variety of levels, from very low to very high.
Ultra-smooth textures
From the three pictures above, which illustrate the Textures settings of Very Low, Medium, and Ultra, Medium is the greatest option since it reduces graphics quality less than Ultra. However, lowering your settings to Low or Very Low is the worst-case scenario, since your game will no longer seem like PUBG. Here, it seems to be more like Fortnite.
Effects
When anything dramatic is happening in PUBG, such as a firefight, a burning vehicle, or a bomb explosion, effects are usually visible. These events are brief and occur often in the game, but they may significantly decrease your frame rate. The Effects settings have an impact on water quality as well as these occurrences.
Effects-Medium
Effects-Ultra
As you can see from the images above, nothing is changed except the water quality. So, to obtain a decent overall visual quality and increase performance, utilize the Medium settings.
Foliage
In a game, foliage influences the vegetation such as grass, shrubs, and trees. The greater the Foliage setting, the more vegetation will appear throughout the landscape. PUBG, on the other hand, does not seem to function well with Foliage.
Foliage-Extreme
With a 6x or 8x scope, raising or reducing the foliage seems to have no effect on the far-away vegetation or the vegetation close. I’ve watched a few more videos about this on YouTube, and that seems to be the case most of the time. I believe it will have an impact on locations that are extremely far away, such as the Sniper Range, but this is unrealistic. As a result, keep the foliage to a minimum.
Viewing Range
View Distance is similar to Foliage in that it allows you to view things that are too far away to be seen by your vision. In general, this won’t have much of an impact on your gaming, but if set to Very Low, it should improve performance.
V-Sync helps synchronize the frame rate to the monitor’s refresh rate. Although you will prevent tearing in the game, which is extremely irritating, you will lose a lot of performance by doing so. To obtain the greatest reaction speed, leave it off.
Blurred Motion
This is a matter of personal preference. If you want Blur in the surroundings when moving your mouse cursor, go ahead and enable it; otherwise, leave it off.
Suggestion
The settings I stated are the best for obtaining the most frames per second without sacrificing a lot of visual quality, but if you still can’t achieve the required frames per second, you should consider upgrading your system. It may be that your GPU is weak, in which case you should get a new GPU, or that your CPU is bottlenecking, in which case you should purchase a new CPU. A solid CPU-GPU combination is essential for optimum performance, and we’ve developed a CPU-GPU combo guide for each resolution. Please have a look at these.
For 1080p gaming, the best CPU-GPU combos are listed below.
For 1440p gaming, the best CPU-GPU combos are listed below.
For 4K gaming, the best CPU-GPU combos are listed below.
The best graphics settings for pubg mobile is a question that has been asked by many people. This article will go over the best settings to increase FPS without losing too much of the visual quality.
Frequently Asked Questions
How can I increase my FPS without losing quality?
There are a few things you can do to increase your FPS without having to reduce the quality. The first thing is limiting your render distance, so that youre only rendering objects in front of you. This will also help with any graphical glitches that might appear. Another option would be turning off tessellation, which renders polygons as triangles instead.
Does lowering graphics quality increase FPS?
Yes, lowering graphics quality will increase your FPS.
How do I maximize PUBG FPS?
The best way to maximize your PUBG FPS is to set your graphics settings to high or ultra. You can also try lowering the resolution of the game, which will also help with performance.
The future of CS GO is bright. It’s not just because the game is fun, but because it has a lot of potential for growth in the next few years. Here are some tips on how to play CS GO online 2021.
cs:go tips and tricks 2021 is a guide that will help you play CS GO online. It includes information on how to be successful in the game, as well as some basic things to know before playing.
Things have changed a lot since I started playing CS:GO in 2015. It doesn’t matter whether it’s the gameplay or the user interface. The game’s Online mode is well-known, in which two teams, Counter-Terrorists and Terrorists, battle it out to hold their locations.
When you play with your friends, the game is much more enjoyable. While the game includes an offline option, it is in no way comparable to the Online mode, and here is a short step-by-step guide on how to get straight into the game in only a few clicks.
Before continuing, I suggest double-checking the CS:GO system requirements to prevent any issues later on.
Installing Steam is the first step.
Steam is a game distribution service that is widely regarded as the most popular gaming platform, hosting millions of titles such as Counter-Strike: Global Offensive.
You must go to the Steam Download page in order to install Steam. Here, click the “INSTALL STEAM” button to download an EXE file to your computer. Open it and follow the on-screen instructions to complete the installation.
Steam will be installed in a short time, but you will need to create an account before you can use it. You may create an account using either the native program or a web browser.
*For a safe login, make sure you have the Steam App installed on your Android or iPhone.
Step 2: Download and install Counter-Strike: Global Offensive
The following is what your Steam window will look like. Type “Counter Strike Global Offensive” in the Search Bar from the Store Tab.
Scroll down to the bottom of the Game page and click on “Play Game.” It will begin the installation process and prompt you for the location of the game’s download. Select any preferred drive and continue.
The game needs 15GB of free space and will begin downloading depending on your internet connection.
Step 3: Begin CS:GO
After you’ve finished downloading, go to your Library and choose “PLAY.” The game will begin with some basic installation services and should begin within a few minutes.
If you’ve never played before, your profile will begin with the basic profile rank of Recruit, which is separate from your Official Online Rank.
Step 4: Selecting a game mode
To begin playing the game online, go to the top-left corner and select “Play CS:GO.”
On your screen, you’ll see a few different game types. From the top, choose the “Official Matchmaking” option by clicking on the tiny drop-down arrow. All of the mentioned modes will now be available online.
How to Stop Stuttering in CS:GO
Deathmatch
In Deathmatch mode, you join your chosen team and immediately begin killing the opposing team members. There are no goals to achieve or team planning to complete. Your score will rise with each successful kill. Your XP will rise at the conclusion of the round, resulting in an increase in your profile rank.
You may choose to earn a Service medal after achieving the 40th Profile Rank, which is Global General. Each year has its own set of Service medals, which you may display on your profile photo.
Deathmatch is a fast game to join, with connections taking just 10-12 seconds. It lasts 10 minutes, and the maps may vary or not depending on the hosting server.
Casual
Terrorists and Counter-Terrorists must work together as a team and devise a strategy for each round in the casual mode. The BOMB may be planted on either A or B location via the T side. To win the round, CTs must defend these locations.
In Casual mode, up to 20 people may play at once, and there will be a total of 15 games, with the winning of 8 rounds ensuring a team’s overall victory.
On this mode, players may transfer teams after the round ends depending on the vacant slots in the opposing team, and there are no penalties for disconnecting from the game.
Competitive
Competitive is for serious players, and if you believe you’ve honed your abilities in planning, shooting, and teamwork, you may go on to Ranked matches.
Before entering Competitive, make sure you have a level 2 profile rank. In Competitive, there are a total of 14 playable maps, with Dust II and Mirage being the most popular.
There will be just 5 players on each side in Competitive, and there will be a total of 30 rounds, with the winner having to win 16 of them. It will be deemed a tie if both sides win 15 rounds apiece.
Each round lasts 1 minute 55 seconds, during which both sides have a few seconds to buy weapons and utilities depending on the economics. Each team gets money at the conclusion of each round based on kills, bomb planting/defusal, and other factors, which they may use in the following round.
Disconnecting from the Competitive mode results in penalties ranging from 30 minutes to a week of bans. Cheating via aim hacking, wall hacking, and other methods will result in a permanent ban.
This mode does not allow you to transfer teams, and you will get your official Competitive Rank after finishing your first 10 competitive matches.
When you enter Competitive mode, you will be paired with other players that have comparable abilities and rankings to you.
5th Step: Playing in the Lobby
Through Lobby, the game may be played with friends on the same team. As seen in the picture above, make sure the “Friends Can Join” option is turned on.
You may now invite your friends by selecting the Invite option from any of your friends’ profiles on the right side.
If you don’t have any friends, you may create some by sending them friend requests while playing alone.
To locate the game quicker while playing Competitive, at least four participants must hold an active Offical Competitive rank or comparable rankings.
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Frequently Asked Questions
How do you play guides in CS:GO?
There are many different ways to play guides in Counter-Strike Global Offensive. Some players use the console commands sv_cheats 1 or sv_cheats 2 to enable cheats, then type guide into the console to bring up a list of all available guides.
Is CS:GO Worth Playing 2021?
CS:GO is a competitive first-person shooter that was released in 2007. It has been consistently updated with new maps, modes, weapons, and other features since its release. The game has had a number of updates since the release of the first version of CS:GO including Operation Hydra in 2017.
Is CS:GO still popular 2021?
CS:GO is still popular, but the game has been out for a while now.
Overclocking a processor is a process that helps you get more out of your computer by increasing the speed of the CPU. It’s one of the simplest ways to get better performance from your PC, and it’s also easy to do.
The Newbie guide on how to overclock a processor is a guide that will help you with the process. It includes step-by-step instructions, as well as links to tutorials for various motherboards. Read more in detail here: how to overclock cpu.
Overclocking is the practice of exceeding the rated speed of computer components. The amount of clock cycles (frequency) a CPU can execute in one second is known as CPU clock speed. The more clock cycles a CPU has, the more tasks it can do at the same time.
It implies that after overclocking, your PC will be considerably better able to handle multitasking, high-end software, and large games. Overclocking your CPU speed may seem appealing, but it is not a simple task.
You may damage your computer system if you are a novice or don’t know much about processors and their functions. So, in this article, we’ve broken down everything you need to know about overclocking your CPU into simple stages. But, before we go any further, let’s look at the advantages and disadvantages of having an overclocked computer.
Overclocking’s Advantages
Should I increase the speed of my CPU? This is a question that many gamers have. Everyone wants their CPU to provide the finest results possible. However, as you may be aware, most CPUs come with a fixed clock rate. But the most amazing feature is that we may overclock it to a certain degree in order to get the greatest steady output.
1) Heavy apps and graphics-intensive games will have improved visuals and smoothness.
2) Your CPU can easily manage a large number of apps. The capacity of a computer to multitask will be enhanced.
3) The response time will be quick; the PC will react more quickly than previously.
The performance of your CPU will improve to some degree, typically by 5 to 10%. But don’t hold your breath. Other components such as RAM, hard disk, and graphics card, in addition to the CPU, are equally important for PC performance.
There’s no need to bother with overclocking if you just use your computer for watching movies, surfing the internet, and doing normal office work. There won’t be much of a change.
Overclocking’s Disadvantages or Issues
Intel and AMD determine CPU clock rates via extensive testing on sophisticated equipment and software. To be honest, manual overclocking is a hit-or-miss approach. If a novice attempts to overclock his PC without appropriate guidance and expertise, he may encounter the following issues.
1) Exceeding the maximum clock rate may cause your computer to crash before it even starts.
2) A good cooling system is required. The heat produced within the CPU may not be able to be transferred by the default cooling fan. If you have a little extra cash, consider purchasing a water cooling fan.
3) The lifetime of PC components is reduced when the temperature rises over the typical value.
4) Increasing the speed of the locked It’s possible that the processor may invalidate the manufacturer’s warranty. Under specs, you can see whether your CPU is locked or not. However, there are no warranty issues with the unlocked CPU.
5) The power usage will be a little greater than usual. Because the CPU requires more voltage.
You now have a rudimentary understanding of the benefits and drawbacks of CPU overclocking. It’s up to you to determine whether or not you want to overclock your PC. But keep in mind that you’re doing it at your own risk. All we can do is point you in the right direction. Every CPU has a distinct clock rate that is stable.
You must examine everything. We went through the analysis and configuring the processor’s clock rate and input voltage in great detail. Read the whole text and follow each and every step exactly as written.
The Overclocking Concept
Even though they are from the same generation and have the same rating, each CPU has distinct overclocking capabilities. What causes this discrepancy?
Let me provide an example to explain it to you in a very easy manner. Intel manufactures CPUs in large quantities. When processors are finished, they are put through a series of testing. The major portion now begins, in which a steady clock frequency and associated voltage are determined.
Now, if we select ten processors from the whole stock and examine their constant clock rates, we will find that the results are very varied. 2.5 GHz, 2.7, 2.2, 2.6, and so on are all possibilities.
Intel, on the other hand, only offers processors with conventional clock rates, such as 2GHz, 2.1GHz, and 3GHz. Intel now has to deal with the issue of standardization. As a result, all CPUs with a clock rate between 2.1 and 2.9 GHz are given a clock rate of 2.1 GHz.
Even if they find a CPU with a clock rate of 2.8 GHz, they nevertheless give it a 2.1 GHz clock rate since they can’t market it as a 3 GHz processor. So it’s your good fortune that may assist you.
It’s unlocked if it’s an Intel CPU with a model number that ends in the letters K or X, or if it’s an AMD processor from the FX series. Overclocking over the processor’s range is very simple, and your warranty is unaffected.
How to Increase CPU Speed
Let’s get this overclocking party started. Download the softwares listed below before beginning the procedure.
CPU-Z is a program that displays information about your computer’s
During the overclocking process, we suggest utilizing the CPU-Z software. CPU-Z locates your processor, motherboard, graphics card, as well as any pertinent settings and clock rates. It will also assist you in Windows in monitoring CPU clock speed and voltage. It’s a simple monitor that ensures everything is in working order.
LinX / Prime95
Prime95 and LinX are two popular stress testing tools. As we go, we’ll see how to utilize them, but for now, download and install any of them. LinX, on the other hand, is used for stress testing.
RealTemp
This application will allow you to keep track of your CPU temperature while you perform your stress test, letting you know if it becomes too hot.
Conduct a stress test.
Perform a baseline stress test before you begin overclocking. This will provide you with a baseline to measure against when you begin overclocking, as well as reveal any issues with the basic settings that need to be addressed before overclocking exacerbates them.
Check the CPU temperature during the stress test first. If the CPU temperature rises over 70 degrees Celsius, you’ll need to add a decent heat sink or reapply thermal paste to the processor.
Increasing the speed of the clock
STEP ONE: GO TO BIOS AND OPEN IT
Restart the computer and go into the BIOS settings. BIOS settings vary from PC to PC. Menu names and placements may differ from one system to the next. Look through the options and locate the ones you need.
Open the “Frequency/Voltage Control” options, then the “Advanced Frequency Settings.” Menu labels may vary, but they will always have a pertinent name. This is the menu where all of the grubby labor will be done. We’ll adjust the clock rate and voltage here.
We may experiment with a variety of various settings. However, altering all of the settings may be a nightmare and may result in PC stability issues.
STEP 2: Increase the Power of Your Multiplier
I suggest beginning at your base clock speed and gradually increasing it—it takes a bit longer, but it’s lot simpler to accomplish and guarantees you get the most stable overclock possible. In the Advanced Frequency options, look for CPU Multiplier. It will be set to “AUTO” at first. Raise it one unit by pressing ENTER. It was 3.4 GHz in my instance, therefore I increased it to 3.5 GHz.
Here’s an example of how the menu will appear, taken from alphr.com:
To obtain the necessary Ghz number, just raise the CPU Ratio. If the value is x27, the frequency will be 27 GHz.
After that, save all of your changes and reboot your computer into Windows to go to the following stage.
STEP 3: Perform a stress test
Now that your CPU has been slightly overclocked, it’s time to do a stress test to determine stability and temperature. Start with CPU-Z, Real Temp, and LinX or PRIME95 for stress testing.
Set LinX to run 20 times and press the “Start” button. While it performs its stress tests, keep an eye on your temps; they should bounce up and down.
Your exam will provide one of three outcomes.
Repeat step two and increase your multiplier by one unit if the test is completed successfully and within safe temperatures.
If the test returns an error or crashes to the Blue Screen Of Death (BSOD), the processor’s voltage is insufficient.
If the temperature rises to dangerous levels, go to step six. Mine is kept at a temperature of less than 80 degrees Celsius. You may also utilize a water cooling fan to reduce the temperature, but this will cost you money.
Step 4: Raise the Voltage
Now that you’ve raised the clock rate, it’s time to boost the CPU’s voltage so it can function correctly. Don’t panic if your stress test failed if your computer screen displayed the Blue Screen Of Death. It’s most likely because your CPU isn’t receiving enough voltage to maintain a consistent clock speed. If this occurs, just increase the voltage like we did.
Find your “CPU Core” or “Vcore” value in the BIOS settings. In the same menu, it will be above or below Clock rate. I typically increase by 0.05 increments (for example, from 1.2000, my CPU’s default setting, to 1.2500). Save your modifications and restart your computer when you’re done. Then go back to step three and do it again.
Remember not to raise voltage in big increments since this will cause more heat to be generated. As a result, you must keep an eye on the CPU temperature.
Step 5: Do it again.
Rep Steps 2–4 until you achieve your maximum safe temperature or maximum safe voltage. Save all of your adjustments, restart your PC, and log into Windows after you’ve achieved a steady clock rate and a safe temperature. Now do a last stress test to see whether everything is in working order.
Step 6: Completion of the Stress Test
Perform a stress test on LinX first, then many stress tests on PRIME95. Though LinX is excellent software, we use PRIME95 as a supplementary stress testing to ensure complete satisfaction. To fully evaluate your increased CPU performance, run Prime95 for a few hours. RealTemp allows you to keep an eye on the temperature.
If everything goes well throughout these tests, you’ve successfully overclocked your CPU. Alternately, reduce the clock rate and voltage somewhat.
There’s a lot more to overclocking than this, but I wrote this post with newcomers in mind. If you’ve succeeded in overclocking your PC, you may go one step further and overclock your RAM. Also, while you’re using your PC for regular tasks, turn on power-saving features to conserve energy and reduce stress on your computer.
The cpu overclocking software is a guide for those who are new to the whole process of overclocking and want to learn how to do it.
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Frequently Asked Questions
How do you overclock a beginners guide?
Overclocking is a process where you increase the clock speed of your CPU and GPU in order to get more performance out of them. This can be done by overclocking software or by hardware modifications such as increasing the voltage of your CPU or GPU.
How do I overclock my CPU guide?
Overclocking is the process of increasing the clock speed of a computer processor without changing its voltage or core count. This can be done by forcing your motherboard to run your CPU at a higher frequency than it was designed for, which may lead to instability or damage if not done correctly.
Is there an easy way to overclock CPU?
The only way to overclock the CPU is through software. You can find a program called Intel Extreme Tuning Utility which you can download from Intels website.
You want to play some amazing AAA games or simply do some casual gaming, and you’re ready to purchase a graphics card, but you’re not sure whether your graphics card will work with your system.
This is one of the most frequent issues that new gamers have, and I was one of them when I first began playing PC games. To prevent incompatibility in all areas, there are a few things to consider before buying a graphics card. This will not only save you money, but it will also guarantee that your graphics card is free of bottlenecks and other performance issues.
Every PC’s graphics card must be compatible with four things:-
Motherboard
Electricity
Processor
Chassis
Monitor
Compatibility of graphics cards and motherboards
To ensure that a graphics card is compatible with the motherboard, you must first choose the kind of graphics card you want to utilize. Is it a Radeon H3850 or any older AGP graphics card? Is it a PCI express graphics card, or something else?
Most likely, it will be a PCI express graphics card with pins or a connection that looks like this:-
You’ll need a PCI-E x16 slot on your motherboard for a connection like this, which looks like this:
The picture above depicts a modern PCI-E x16 slot with an opening latch on one of its ends for locking the graphics card in place. The latch may vary, but the slot will always be about 89mm in length.
If your graphics card and the motherboard both have these two slots, your graphics card is completely compatible with the motherboard.
Compatibility of graphics cards with power supplies
After you’ve determined whether or not the GPU you wish to purchase is compatible with your motherboard, be sure your power supply can handle it. A power supply is responsible for providing your graphics card with the proper voltage and power.
Connector
Low-profile graphics cards don’t even need an additional power supply since the motherboard PCI slot can handle up to 75 watts of electricity. However, if your graphics card has a power connection like the one shown below, which may range from a single 6 pin to double 8 pins, you’ll need a power supply with a PCI-E connector cable with the appropriate number of connector pins.
Make sure your power supply has at least a single 6 pin PCI connection cable if your graphics card has a single 6 pin connector. Similarly, if your graphics card has a dual 8-pin connection, your power supply must have a dual 8-pin connector cable as well, otherwise your graphics card may not turn on.
– Resolve the problem of the graphics card not being detected
Wattage
If your graphics card has low profile, you don’t need to worry about the wattage of your power supply, but for consistent operation, it’s best to choose a continuous power supply rather than a peak power supply.
If your graphics card has a power connection, find out how much watts it uses. This information is readily available on the manufacturer’s website. Because they are factory-overclocked, aftermarket or custom graphics cards that vary from reference cards often use more power. Make sure to check out the GPU page on the official website to see how much power it uses and what power supply they suggest.
A high-end graphics card like the RTX 2080 Ti won’t operate correctly on a 450 watt power supply, especially since all of your other components are likely to be high-end as well. Also, two 8-pin connections are uncommon on a 450-watt power supply. For future-proofing, you’ll need to utilize a higher-wattage power supply, and it’s better to follow the manufacturers’ recommendations.
For the greatest performance, check out our selection of the top power supplies.
Compatibility between graphics cards and processors
In general, all contemporary CPUs are compatible with all graphics cards, from low-profile to high-end, but it doesn’t mean your system shouldn’t be balanced. A strong graphics card such as the RTX 2080 should not be paired with a Pentium CPU. Although the Pentium CPU will support the RTX 2080, it will not provide the intended results for which the RTX 2080 was designed.
In terms of performance, always compare and verify CPU-GPU compatibility. To learn more, read the following articles:-
Your computer’s chassis should be large enough to accommodate the graphics card you’ll be using. Before you purchase, double-check the size of your graphics card. Check to see how much space your case has. You may look it up on the chassis manufacturer’s website or measure it yourself using a ruler.
Some cases are modular, with front-mounted hard drive cages that may be removed to accommodate lengthy graphics cards. Take it into account as well. Some cases are extremely narrow, and your graphics card may be bigger than or even equal to the case’s width. In both instances, you won’t be able to install the graphics card since the motherboard, motherboard tray, back panel, and other components will take up too much space, leaving no room for your graphics card. Make sure there’s adequate room for cable connections as well.
Best Cable Management Cases may be found here.
Compatibility of graphics cards with monitors
While most of us simply opt for the graphics card if all four of the aforementioned problems are solved, it’s also critical to know whether or not your graphics card is compatible with your display.
You should double-check that the graphics card you’re purchasing has the same connections as your display; otherwise, you may have to purchase a converter. Check out our complete guide to determining whether or not a graphics card is compatible with a display.
Is there anything else you’d want to know?
If you have any questions that weren’t addressed in these four stages, please post them in the comments area below!
A motherboard is the most important part of a gaming PC. It’s the central hub that connects your CPU, graphics card, RAM and other components to the rest of your computer. Here are some things you should know before buying one for yourself.
I’ve used Intel and AMD motherboards in a variety of configurations. I’ve used motherboards that cost as little as $50 and as much as $200. I’ve gathered some sensible and useful things from various features and form factors after using each one for many months that should be considered by anybody who wants to construct a gaming PC but doesn’t know much about motherboards.
Although most PC hardware enthusiasts are familiar with motherboards and their specs, practical application is an area where only expertise counts. I’ve compiled a list of six key points that are relevant to every player, and these pointers will help you save money.
Micro-ATX motherboards are a good investment.
Mini-ITX, Micro-ATX, and full ATX are the three most common form factors for motherboards. Each form factor has its own dimensions and characteristics. Mini-ITX motherboards are the smallest, ATX motherboards are the biggest, and Micro-ATX motherboards are in the middle. A Micro ATX motherboard is worth your money since it has all of the functions that you will need. It’s extremely simple while still providing excellent upgrade possibilities.
A Micro-ATX motherboard is considerably less expensive than an ATX motherboard, and its characteristics will satisfy those who are constructing a gaming PC. I’ve used both Micro-ATX and ATX motherboards, and the only reason to purchase an ATX motherboard is to fill the space in your PC case and make it seem nicer visually. However, it is not feasible to use all of the capabilities of an ATX motherboard. An ATX motherboard, on the other hand, is more capable of overclocking and adding graphics cards, but it would be useless to someone who has a certain budget in mind, such as $500 or even $1000. Only a few gamers or enthusiasts make use of these features, and those who do don’t have a set budget. They’ll easily spend over $2000 on their setup. So, without a question, a Micro-ATX motherboard is the champion for a budget or even a high-end gaming PC.
As you can see in the picture above, a decent Micro-ATX motherboard offers all of the fundamental characteristics of a full ATX motherboard for less than half the price of an ATX motherboard. Some Micro-ATX motherboards have some of the finest features, such as an M.2 SSD port, making them an excellent option for gamers and enthusiasts. In terms of ATX motherboards, many boards enable CrossfireX and SLI, and many gamers purchase them in the hopes of using multiple GPU configurations in the future, only to discover that they don’t need another GPU or that the necessary GPU is unavailable when they need it.
Assume you purchased a motherboard capable of supporting two Nvidia GTX 1070 SLI graphics cards. You presently have one GTX 1070 that meets your requirements, but you purchased the motherboard with an additional PCI-Ex 16 slot in case you wish to game at a higher resolution or if the GTX 1070 becomes incapable of maxing out games in the future. You’ll be sad to learn that the GTX 1070 has been phased off of the market and replaced by new GPUs after just two years. It’s also a truth that no graphics card lasts more than two years on the market. New technology appears and disappears. That’s how it’s done. So, if you want to do SLI, do it the first time you construct your PC or don’t worry about it in the future.
It’s worth it to have more RAM slots.
The only component that may be upgraded is RAM. Any board may be upgraded with a 4GB or 8GB module at any time. However, it is a fact that the demand for Ram increases every two years. I recall having a conversation with someone who was constructing a high-end gaming PC only two years ago; he was investing a lot of money, but everyone suggested 8GB of RAM, and everyone said it would be sufficient for 3-4 years. However, you can now see that games may easily use more than 10GB of RAM, with higher resolutions requiring about 12GB.
Clearly, RAM upgrades were available when I purchased my first computer in 2004, are still available in 2017, and will undoubtedly be in the future. So, if you want to update your RAM, you’ll need at least four DIMM slots rather than two, since if you put one 8GB stick in one slot today and require another 8GB stick a year later, you’ll only be able to do so up to 16GB. However, after two years, you will need 32GB of RAM, and you will be trapped there. Either purchase two 16GB sticks or upgrade to a newer board. Clearly, purchasing a newer board will cost the same as purchasing two 16GB RAM sticks.
So, you’ve got yourself a problem. However, the issue does not end there. Because we all know that Intel releases newer chipsets every year, it will be difficult to locate a motherboard compatible with your CPU in 2 years. Yes, AMD is an exception, but who knows whether they will follow Intel’s lead or not. As a result, the ideal way to increase your RAM is to purchase a motherboard with at least four DIMM slots and start with a high-capacity RAM. Instead of two 4GB sticks, I suggest opting with an 8GB or 16GB RAM stick.
Headers for fans are crucial.
Cooling your computer is crucial, and you’ll need additional fans to do so. A minimum of two fans is recommended for cooling, and two fans means two fan headers will be installed on your motherboard. A cheap motherboard will usually have two Fan Headers, and a cheap case would have at least two cooling fan slots, one in the back and one in the front. However, one of the two Fan headers on a low-cost motherboard is utilized for CPU cooling. As a result, you’ll only have one Fan header to use for putting a fan in the back or front, making cooling ineffective.
And if you ever attempt to use liquid cooling or add additional fans to your case, here is where the issue with a simple motherboard arises. At least 5-6 Fan headers are required to install two-thirds of the fans at the top and front. Although not all Micro-ATX or ATX motherboards come with as many fan headers as others, having at least three Fan headers may help.
The center and middle right fan headers may be used for rear and front fans, while the 3rd Fan header, which can be found at the top or bottom of the board, can be used for liquid cooling. Let’s say you want to add 5-6 fans in total, and the only way to do so is to purchase a Fan Splitter Hub, which will raise the overall cost. Although this is a fantastic option, you will need to locate a suitable place in your case for the splitter hub, which is not always simple.
Check out: – The Best PC Cooling Fans
You don’t need a large number of SATA ports.
As a gamer, my first concern is to store games, and now we need at least 1TB of hard drive space if we want to install a reasonable number of games, but that 1TB of HDD space may become insufficient in a year or two. As a result, it’s time to upgrade. A low-cost motherboard would almost always have four SATA ports, which are sufficient for connecting up to four hard drives or SSDs. However, some motherboards have six SATA ports. The most SATA ports are on ATX motherboards, however the questions are, “Are you going to put 6 HDDs or SSDs in your case?” and “Do you have that much room in your case?”
If you have a mid tower or, more specifically, a cheap case, the answer is clearly no. Only if you use a full ATX tower like the Corsair 780T and if you have a large number of gaming and video files would the answer be yes. But why on earth would someone purchase six 1TB hard drives? Why not use a 3-4TB hard drive in the first place if you know you’ll be filling up your hard drives with a lot of games and videos?
Yes, a 3-4TB hard disk is large and will remove the need for further hard drives; nevertheless, anybody who utilizes such a large hard drive should have a backup hard drive since losing such a large quantity of data is disastrous. Someone with a low-budget gaming PC, on the other hand, is unlikely to spend that much money on hard drives. A 1TB hard drive will enough, but if he wants more, he can add another 1 or 2TB hard drive, which is when the SATA ports come in useful, but your case should be capable of supporting two or more hard drives.
In general, a decent budget case will have room for two hard drives, but if you’re buying a hard drive for the second time and there’s just one slot available, purchase a larger one. So, even for an enthusiast, four SATA ports are more than plenty, and for someone with one SSD and two hard drives, four SATA ports will enough. So, the next time you purchase a motherboard, don’t concentrate on having a lot of SATA ports on your motherboard; it may save you a lot of money.
Save money by ignoring overclocking, audio, RGB, and dual bios.
Overclocking support, audio technologies, Steel armour, Intel Optane compatibility, RGB headers, onboard troubleshooting buttons, and other features are common on high-end motherboards. These features aren’t terrible and may be extremely useful for aficionados, but for a gamer, nearly all of them are a waste of time and worthless. A gamer should not anticipate anything else useful except overclocking, and the benefits of overclocking are limited.
You can expect a slight performance boost in games if you have an unlocked motherboard, such as an Intel Z270/X99/X299 chipset or an AMD X370/B350 chipset, unlocked CPUs, such as Intel Core i5 7600K/i7 7700K/i7 6900K or AMD FX 6300/Ryzen 1600/Ryzen 1700X, overclockable memories, and an overclockable graphics card. And by “Little,” I mean “a few frames per second,” which may or may not be visible. Because with an Intel Core i5 7600K and a GTX 1070, you can achieve about 80-120 frames per second in virtually any game at 1080p maxed out. Adding 4-5 frames per second won’t make a difference. Your experience will remain unchanged. However, many individuals fall into the trap of overclocking and pay an additional $200-$300 for an extra 4-5 frames per second. It’s a pity, but it’s the truth. Yes, I suggest going with an unlocked CPU and unlocked motherboards if you don’t have a budget constraint and want the best gear available. Although I don’t perform any overclocking, I utilize unlocked processors, RAM, and motherboards. It’s a built-in function in a gamer’s head to get the greatest results. However, if you just have $500-$800 to spend on your PC, you should skip the unlocked CPU and motherboard and instead invest in a better GPU.
Other features like as RGB headers and steel protection are nice, but how many of us use RGB headers on our motherboards? or how many of us have had our PCI slot torn out because we don’t have steel armour? You already have the solution. Similarly, if you don’t have a jumper, onboard troubleshooting may be useful, but paying $50-$100 more on these extra capabilities when you aren’t going to utilize them is not a good idea. These will only be used if you screw up your motherboard too much, but you will quickly forget about them. So why spend so much time thinking about these things if you’re not going to utilize them?
Other capabilities, like as audio technologies, are nearly universally available, and no motherboard produces a sound that is unique. Everything is in good working order. Although installing a sound card may improve sound quality, many motherboard manufacturers promote this feature as being worthwhile of your money. However, this is not the case.
All motherboards function in the same way.
This is due to the fact that motherboards serve as the interface between all of the components. Its primary goal is to ensure that all of the components function together. Even though each chipset has its own set of features, the motherboards function in the same way. RAM, storage, CPU, GPU, and cooling are the most essential components that influence performance. If you believe that an Intel H110 chipset motherboard is unsuitable for installing an i7 7700, you are right only if you have no plans to upgrade. Otherwise, if overclocking is not used, an i5 or i7 on a cheap motherboard costing as little as $50 or as much as $300 would offer you the same performance.
So, how do you feel about spending a lot of money on a motherboard? Do you have any reservations about any of the points? Please let me know in the comments section.
The asus motherboard is a popular brand of motherboards. It offers a wide range of features and has been around for quite some time now. There are many things to consider before purchasing one, especially if you’re new to the market.
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Frequently Asked Questions
What is important when choosing a motherboard?
The motherboard is the most important part of any computer. Its what tells your computer how to connect all the different parts, and it also houses the central processing unit (CPU) which is where everything happens in a computer.
How do I choose a motherboard?
When buying a motherboard, make sure that it has the features you need. For example, if you are going to use a lot of RAM and have a large number of hard drives attached, you might want to buy one that supports both of these things. If you are just looking for something cheap to run your computer with, then there is no need to worry about this as much.
What should I look for in a 2021 motherboard?
In 2021, you should look for a motherboard that has a Thunderbolt 3 port and support for DDR4-2666 RAM.
The RTX 3080 Ti is the fastest graphics card that Nvidia has ever produced. It features a 12GB GDDR6 memory, 1350MHz boost clock speed, and 352-bit memory bus.
It’s all about leaks and rumors these days, and many of them are designed to build anticipation for the launch of the new RTX 30 series graphics cards. The already popular RTX 3080 Ti has been spotted a lot on social media, and we just saw its complete comprehensive specifications on GPU-Z, which Techpowerup published two days ago.
We received an updated list of specs in GPU-Z this time thanks to Twitter user @momomo us. On Techpowerup, the GPU-Z version was 2.39.0. 2.40.0 is the most recent version that is completely compatible with the RTX 3080 Ti. The revised specs seem to be in line with expectations.
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The subvendor is unknown, however Videocardz reports that it is a Gigabyte card. It’s probably one of the RTX 3080 Ti versions we saw on certain retail sites yesterday. Because both lists of specifications have different suppliers, the variations in clock speeds are apparent.
The RTX 3080 Ti has a slightly faster boost clock speed of 1710MHz than the Palit RTX 3080 Ti, which is 1665MHz. The base clock, however, remains unchanged at 1365MHz. ROPs/TMUs have been corrected, and it now displays 112/320 instead of 112/853.
The pixel fillrate is fine, and the texture fillrate has been corrected. It was displaying a staggering 1420.2 GTexel/s in GPU-Z 2.39.0, but it has suddenly dropped to 547.2 GTexels/s. The RTX 3090 has 556.0 GTexel/s, whereas the RTX 3080 has 465.1 GTexel/s. As a result, the RTX 3080 Ti is considerably closer to the 3090 than the 3080, which may turn players away from the RTX 3090 owing to its high pricing.
There will be more updates!
All of the newest RTX 30 series graphics cards, including the RTX 3080, 3070, and 3060 Ti, are now supported by GPU-Z 2.40.0. A comprehensive report on PCI-E Resizable Bar is also accessible, although disabled at the moment. Support for resizable bars allows the CPU to directly access the graphics card’s VRAM, resulting in improved speed.
The 3080 ti release date is a correction of the RTX 3080 Ti specifications. The specifications were released on the same day as the RTX 3080 Ti, but it was actually released later than anticipated.
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High dynamic range (HDR) is a feature that increases the range of light intensity in an image. HDR gaming has been on the rise, but some users have reported performance drops up to 10% with Nvidia GPUs.
HDR is a new feature that was introduced with the release of the PS5. It is a way to make games look more realistic and can cause performance drop up to 10% with Nvidia GPUs. Read more in detail here: does hdr lower fps ps5.
It seems that the well-known HDR technique will not be suitable for everyone seeking improved image quality on their screens. According to a new study from a German computer magazine, HDR is not helpful to Nvidia GPU users, who would lose up to 10% of their performance if they utilize HDR technology on their displays.
“A decent gaming PC need a good display. Take a look at this $1000 gaming setup.“
Of course, HDR (High Dynamic Resolution) is not available on every monitor, but it is currently available on a large number of displays from various manufacturers. This technology improves the quality of the pixels rather than the amount. As a result, HDR images are more sharp and clear than non-HDR images. This technology is increasingly being used in displays with IPS panels, and its brightness ranges from 400 to 800 nits.
But what about the GPU’s stress? Is it having a positive or negative impact? ComputerBase.de, a German computer website, conducted an experiment to test whether this technology will impact game performance. Battlefield 1, Final Fantasy XV, Assassin’s Creed Origins, Far Cry 5, Destiny 2, F1 2017, Call of Duty: WWII, Mass Effect Andromeda, Shadow of War, Star Wars Battlefront 2, Shadow Warrior 2, and Resident Evil 7 were among the games chosen for this experiment. This is an excellent and balanced list that should clearly demonstrate the argument.
They utilized two different GPUs, one from AMD and the other from Nvidia. They utilized the RX Vega 56 from AMD and the GTX 1080 from Nvidia. Both of these GPUs are top-of-the-line and ideal for game testing. When they played the games with HDR turned off, the AMD RX Vega 56 averaged 96.2 frames per second, while the Nvidia GTX 1080 averaged 95.1 frames per second. The AMD RX Vega 56 generated 2 fps less on average after turning on HDR, which may be a minor mistake, but the Nvidia GTX 1080 only achieved 85.4 fps, which is a significant drop in performance.
It’s wonderful that we’ve discovered that HDR has an impact on performance, but it wasn’t recognized that Nvidia GPUs would be affected. Of course, additional Nvidia graphics cards were not tested in this study, but it’s more than probable that other Nvidia GPUs will face the same fate. If this is confirmed after extensive testing, Nvidia should make the necessary changes to their drivers as soon as possible to fully remove the issue.
HDR can cause performance drop up to 10% with Nvidia GPUs. Windows 10 users are reporting that they are experiencing this issue. Reference: windows 10 hdr oversaturated.
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Frequently Asked Questions
Does HDR cause performance loss?
No, HDR does not cause performance loss.
Does HDR affect graphics?
Yes, HDR affects the graphics.
Is HDR taxing on GPU?
It is not taxing on the GPU, but it does require a lot of VRAM.
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AMD Ryzen 9 5900X
Testing Games (source)
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