The difference between gaming “lag” and low fps (and how to fix them)

November 17, 2020 21:33

You don’t know what happened but, the game no longer plays the same way it did yesterday. This guide will help you diagnose the symptoms you are experiencing and get you back to playing normally as fast as possible.

What is Lag? – Lag primarily refers to a poor network connection. However, to many players it has become to mean poor game performance overall. Because Lag has been given this new general meaning we want to distinguish between two primary categories. High Latency or Low FPS.

Okay… What is Latency? – Latency is the time it takes for a data packet to be sent from one system to another. In games, high latency can result in rubber banding, de-sync, massive delays in hit registration, etc. It’s important to note that it is possible to have high speeds and high latency as bandwidth is also taken into consideration.

What about FPS? – FPS or Frames Per Second refers to the amount of picture frames your system processes per second. Low FPS can result in a choppier experience or noticeable stuttering. You may even experience hitching where the game turns into a PowerPoint presentation. Many players consider at least 30fps is “playable” but, that opinion is subjective. However, 100+ FPS is usually considered a non-issue.

This is not a perfect guide but, at this point I hope you have been able to discern whether you are experiencing High Latency or Low FPS. Below are a few helpful links that may push you towards diagnosing the issue more thoroughly on your own.

Latency Issues:

FPS Issues:

TL;DR – Lag can be High Latency or Low FPS. We highly encourage you to understand the symptoms of the issue you are experiencing as it will likely help you resolve the problem faster.

Highlights:

Detail vs. performance.

Here are some methods for improving your low frame rate with hardware you already own.

Here are some methods for improving your low frame rate with hardware you already own.

Almost every player has encountered low frame rates. Often, a game is running fine, then begins to stutter when your character enters a big city or complex environment. Your view starts looking like a slideshow, things get visibly choppy when you turn the camera fast, and swaying objects like hair or banners move less fluidly.

It all adds up to a less immersive experience, but what causes it? Frame rate, measured in frames per second (FPS), reports the number of times your graphical hardware redraws the screen every second. Your graphics card, CPU, and RAM are all involved in the effort to create the geometry, textures, lighting, and effects that compose one of those frames.

When one component in the chain causes a bottleneck — for example, your CPU tells your GPU to render a large number of objects at once — your PC draws fewer frames per second. Reduced frame rate can be caused by unoptimized code, glitches, or in-game settings that create a larger workload than your hardware can handle.

Games didn’t invent the frames per second measurement: Movies are traditionally projected at 24 FPS, meaning 24 still images flash by onscreen every second. In games, though, 24 FPS can look choppy and unnatural.

If you watch a side-by-side comparison of a game running at 30 FPS and 60 FPS, you’ll see the difference immediately: At higher frame rates, the game appears smoother and more lifelike. PC games can often achieve higher frame rates than current-generation console titles, but the real advantage of PC gaming is the freedom to tune your settings and find the frame rate that best suits your hardware — especially your monitor.

Your monitor’s refresh rate is a good target for in-game frame rates. If your monitor has a refresh rate of 60Hz, you won’t see benefits from frame rates over 60 FPS, as your monitor won’t update fast enough to keep up with the output of your GPU. However, if you already own a display with a higher refresh rate, such as 144Hz, you’ll see immediate onscreen benefits from higher frame rates.

So how do you achieve better frame rates? Getting a faster CPU, more RAM, or a newer graphics card may help. However, you should update software and adjust settings first to see if you can achieve higher frame rates without major changes to your system.

Let’s walk through some potential solutions.

General Fixes

Close Background Processes
First, make sure no other programs are slowing things down. Open the Task Manager (CTRL+SHIFT+ESC), then click the CPU and Memory tabs to check whether anything is using up large chunks of your CPU or RAM (for instance, a web browser with dozens of tabs open).

Update Games
Next, make sure the game itself is up to date. Especially early in the life cycle of a game, developers release patches with major performance impacts. Enable automatic updates to ensure you don’t miss one.

Update Drivers
Update your drivers. New graphics drivers for both discrete GPUs and integrated GPUs are released regularly to optimize for recent games. Use the manufacturer’s utility to download these drivers.

If you’re using an Intel® Core™ processor (4th Gen or later) with integrated graphics, try looking up the game on gameplay.intel.com to find recommended settings. Utilities for discrete graphics cards may also automatically detect installed games. If your graphics utility has this capability, make sure that it has recognized the game you’re trying to play. This may result in immediate performance gains.

Repairing Installs
If performance issues in one game are unusually severe, try repairing the installation. In Steam, you can do so by opening the Library tab, right-clicking the game, and then clicking “Properties.” Once in the Properties window, click the “Local Files” tab, then “Verify Integrity of Game Files.”

In-Game Settings

Left: Anti-Aliasing Off | Right: Anti-Aliasing On

Most games will automatically test your PC after installation and assign custom settings. However, if you’re reading this article, you might have found that those settings don’t give frame rate the priority you’d like. Here are a few common settings to turn down (or off) for measurable performance boosts.

Shadow settings may cover a number of shadow mapping techniques with differing performance impact, from CPU-intensive shadow volumes to GPU-intensive techniques like ray tracing, which calculates all the rays emanating from every individual light source. These techniques work to smooth out sawtooth edges, accurately represent the shapes casting shadows, and help shadows match the movements of their source.

Turning up these settings will lead to smoother shadows, but leaving them set to medium or low may lead to frame rate gains with little visible impact in fast-paced titles.

Anti-aliasing (AA) smooths out the jagged edges (an artifact called “aliasing”) that appear on digital objects made out of square pixels. Anti-aliasing techniques take samples of pixels onscreen in order to guess the correct color of neighboring pixels, then fill in the gaps to clean up sawtooth edges.

Reducing the number of samples taken (from 4x to 2x, for example) is a good first step to improve performance. From there, look for AA techniques that the game identifies as less GPU-intensive: FXAA, for example, has a smaller impact than MSAA. If you still run into performance problems, try turning off AA altogether and see if the jagged edges are intrusive.

Raft came out recently for it’s first ‘Official’ release on Steam. A lot of new changes came in, with the most noticeable being an end-game, multiplayer and all new graphics.

If you’re struggling to run Raft, or suffering from some lag, you may need to tweak the graphic settings a little bit. In this post, we’re going to run you through the settings. As well as what to change in order to maximise your frames per second and make it run better.

While you’re here, we’ve covered a few more guides for Raft on our site! Make sure to check them out when you’re done.

Graphics Settings for Raft

Thankfully, when you adjust the graphics settings in Raft, it doesn’t look too bad on the lowest. You can access these settings from either the home menu, or whilst in-game.

The graphics settings

1. Resolution: Set this to your native desktop resolution. If after changing the rest of the settings and you’re still lagging, lower it. If you’re on 1080P for example, lower it down to 720p. Only do this if necessary though.
2. Overall Quality: Change this to Fastest to get the best optimisations possible.
3. Water Quality: Set to Fastest to have it on the lowest setting.
4. Texture Quality: Also set this to Fastest.
5. Shadow Type: You can choose ‘None‘ to benefit the most, although set it to ‘Hard’ if you still want some shadows.
6. Shadow Quality: Set this option to Fastest.
7. Shadow Cascades: You can set this option to None.
8. Shadow Distance: This option is completely up to you, but with all other settings pretty much at none, you should set this to 0.
9. VSync: Disable VSync to have uncapped FPS. You may suffer some screen tearing with this enabled.
10. Anti-aliasing: Disabling this option will make edges more jagged, but reduce the amount of resources needed for Raft. So ensure its un-checked.
11. Finally, you can have ambient occlusion un-checked too.

It’s important to realise that this is the very first version of Raft to be released. It’s likely that developers will constantly work on updates and make it more optimized as it approaches the end of Early Access.

Plus, get free shipping and easy returns.

HP TECH TAKES /.

What is frame rate?

How a high frame rate impacts video performance and quality

Why does frame rate matter?

Target frame rate

How to perform a frame rate test on your monitor

Using the NVIDIA GeForce™ Experience

Test using VideoLAN

How to increase your frame rate

• Drop your resolution display settings to a lower contrast
• Change your video playback settings
• Update your graphics card drivers with better hardware
• Overclock your hardware
• Use PC optimization software that changes fps for you

Enhancing your gaming experience with improved frame rates

Related articles:

• How to Change Monitor Refresh Rate
• Are 4K Monitors Worth It for Gaming?
• How to Choose the Best Gaming Monitor
• Top 5 Reasons to Buy a Curved PC Monitor

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Three key terms with three completely different meanings. Monitor response time, input lag, and refresh rate all impact your gaming experience, but what exactly is the difference between them? We’ll talk about their meanings as well as their importance in finding a good gaming monitor.

Response Time

What Is Response Time?

Response time is defined as the time it takes for a pixel to go from black to white and back again. Most manufacturers display the gray to gray or GTG response time in order to post faster times. Response time is typically represented in milliseconds or ms. Longer response times can negatively impact gaming or a movie watching experience by leaving trails behind fast moving object. This is sometimes referred to as ghosting. This is not only confusing, it can also be distracting when playing twitch-sensitive games.

Response Time Vs. Input Lag

What’s the Difference Between Input Lag and Response Time?

Input Lag

Input lag is the difference in time from when you input a command on a keyboard or mouse or other peripheral and when it shows up on your display. This can greatly impact performance in FPS, RTS, and fighting-style games. Check out our review on input lag and how to reduce it for more information.

Response Time

Response time differs in that it is the time it takes for a pixel to change from white to black and back again. A poor response time results in ghosting and not the lag from inputting a command. Typically a good response time would be anything under 5MS.

That being said this number is a bit complicated as manufacturers define their response time a bit differently.

TN or twisted nematic panels typically have a lower response time. That being said many IPS panels, especially those used with marketed gaming monitors, have a low enough response time to avoid any type of ghosting.

This comparison is fairly generic. Not all gaming monitors have low input lag and some TVs when put in game mode can also be quite good. Still, it gets the point across which is that a high input lag can easily make you miss a shot.

What Is Refresh Rate?

Refresh rate is measured in Hertz or Hz and is a measurement of how many times per second your monitor can display an image. This is driven by your CPU and graphics card which deliver these frames. Frames per second is the number of frames that can be delivered by the processor and GPU. So, to take full advantage of that 240Hz monitor, you’ll need to have an in-game FPS of 240. For more detailed information, take a look at our post on what is refresh rate.

What’s a Good Response Time for Gaming?

This really depends on the monitor and the person. While 1–2ms response times are common among twisted nematic or TN panels, IPS panels typically have higher response times. Still, some gaming IPS monitors have response times under 5ms which we feel is more than adequate for most gamers.

Yet, there’s still one more thing to take into account. Many manufacturers list their own response times rather than use some type of unified scientific measurement. So, the best way to truly know whether or not a monitor has the response time you’re looking for is by checking an authority source. That being said, we have yet to come across a monitor with a 1ms or 2ms response time that has had an extensive issue with ghosting.

How Much Input Lag Is Okay For Gaming?

While there are a few steps you can take to reduce the input lag that your monitor has, it still has limitations.

So, it’s important to pick the right monitor or TV from the start. There are many lists online for input lag. I’ve written about some as well. We’d recommend you start there.

Typically anything under one frame or 16ms is good for gaming. In general, input lag is greater on TVs where additional processing is done.

So, expectations for a good gaming TV may be a bit higher.

Some quick and easy ways to eliminate or reduce input lag include the following:

• Change the Mode of the Display
• Change Your Console Settings
• Change Your Cord from HDMI to VGA
• Use a Lower Resolution

If you’ve already purchased your TV or monitor, I recommend you give the above a try.

Summary

Overall, we feel that a response time of under 5ms is good for gaming. Most monitors, even IPS panels, that are listed as gaming monitors tend to be very good in this area. Checking customer reviews for any ghosting issues is a good way to determine that a manufacturer hasn’t posted an ideal case scenario number for its response time.

Given the centrality of online multiplayer to the First Person Shooter (FPS) genre and the general modern gaming experience, it is paramount for connection-based latency to be at an absolute minimum. But how do you keep latency from getting you down?

More than any other genre, Most FPS games require instant feedback for shooters. So in order for these games to function well, there needs to be around 30ms or less of latency. Other games may be able to function well at around 50ms but the FPS genre is very demanding. Shooting at a moving target in a first-person shooter requires faster connections than most sports games. Modern gaming, and particularly FPS games, demand flexibility and scalability from gaming platform providers .

Latency and First Person Shooters

Latency is detrimental to the overall experience of online games. That’s the bottom line. The time it takes between when a user pulls the trigger, and how long it takes for the server to register the bullet as a hit, can change the outcome of a game. At best, poor latency results in frustrating game play, at the worst it devolves into an unplayable mess of time jumps and excessive loading times.

It’s best to be avoided wherever and however possible.

When latency is over 30ms, users can experience poor hit registration when they fire at other players, and can find their characters losing exchanges with other players much more often than they should. Imagine aiming down the sight at an unsuspecting enemy before emptying half a clip into them only to find them killing you within two bullets. Latency can be the difference between life and death, not actual death of course, but character death… It’s not uncommon to hear frustrated players refer to other players as ‘sponges’, referring to how latency can allow players to survive scenarios where they would otherwise have been killed.

Gaming is intended to be as reactive as possible in order to reward players with fast reaction times. However, although latency can be a very big problem, there are a number of steps developers and users alike can take in order to keep latency at an acceptable level. At the very least, these steps can keep you from throwing your controller out of rage.

How To Eliminate Latency

The main question is how do we get rid of, or minimize latency? Well, the answer to this issue is generally with user-based solutions and with hosting solutions, but we must first distinguish whether it’s a wifi or a latency problem…

One of the best ways to tell if you’re playing with a wifi connection issue is to switch to a wired connection and test the amount of latency you experience through a wired connection. You can also make use of speed tests available from websites like Ookla .

Wired connection is much less prone to disruption from outside interference and distance than wifi connections. Most servers run on a client to server architecture, so if a user’s connection setup isn’t optimized there can be noticeable delays. If you are not working with a wifi problem, you are generally applying a Band-Aid to a larger problem of a poor gaming platform. It is vital for platform developers to take responsibility and take a preemptive approach to anticipate and cope with consumer demand.

The Solution: Upscaling

Game developers can address latency by scaling the infrastructure and utilizing other providers or data centers across the globe. By spreading data, latency can cut down the amount of time it takes for a user’s input to travel to the server.

It is essential that the infrastructure of gaming platforms be reliable enough to handle high output traffic from users across the world, as modern online multiplayer can easily have millions of users online demanding quality and consistency. By upscaling the number of resources, game developers can ensure that the infrastructure is there to cope with consumer demand.

The farther the user is from the server hosting the game, the worse the latency will be on account of the distance. By hosting websites closer to their target audiences, game hosts will ensure they can provide a much more reliable and high-quality service by reducing the levels of latency that users will experience both in terms of gameplay and in terms of loading times.

FPS game developers need to hold themselves to a higher standard of preventing latency than any other genre. Obviously, frustrated players are not good for the longevity of the game. So it is paramount to ensure there is as little latency as possible in order to keep the game enjoyable for the users and money in your pocket.

What’s to be done?

By upscaling their infrastructure and placing data centers across the globe, gaming hosts can make sure that they are in the position to meet the demands of modern online gaming, and enabling themselves to meet consumer expectations. In today’s gaming market, it is no longer enough for a game to have solid gameplay. Its online multiplayer and connectivity must be flawless, with hosting providers able to meet global user demands 24/7. Anything less than secure and reliable connection 24 hours a day is falling short of the on-demand expectations that modern gamers have when it comes to online gaming.

Solution: 100TB

So how do you get your data everywhere all the time? By deploying resources around the globe to data centers, tasked with 24/7 maintenance of your online service. By working with a data center, you have outsourced the responsibility for ensuring your service runs at optimum levels. This is preferable to trying to host your own and trying to put in place the on-demand support, power generators and a state of the art firewall that come as part of the service. Rather than paying for this equipment yourself it can be much more efficient and cost-effective to work with a company that already has the specific facilities in place and the knowledge to keep the service on demand.

GPU and CPU are the essential components and the most critical factors on which the gaming speed and performance depend upon apart from RAM.

As without a brick building can never be formed only like these tiny primary compartments, the gaming operation can never be efficient or up to the mark. But in this article, you will get to know that how does the RAM affect the performance of gaming?

Well to know about this that HOW DOES RAM AFFECT GAMING? We are here to tell you the detailed information as well as all the facts and figures about it so keep on reading the article to increase your knowledge up to a great extent so that you could justify your demands or priorities too.

What id RAM?

Table of Contents

First to let you know what is RAM and what is its general purpose of it? Well, the RAM stands for reading Access Memory. It is also known as computer memory because it stores all the informational data and details of your computer.

In short, it keeps all the things, including your documents and files at a single place. RAM is also considered as your computers or laptop short term data storage. The RAM stores all the major and highlighted information present in your computer that actively uses so it can be easily accessed.

And the more programs you are applying at a time, the more memory you need to run everything smoothly and finitely.

Effect of Ram on Gaming: How Does Ram Affect Gaming

Well, the topic here is about gaming like HOW DOES RAM AFFECT GAMING? The answer to this question will give if you know what the things are in games that are affected? Moreover, you will also gain the authentic details to know that How do the games run?

Well, the games require a certain amount of money to run. The amount of memory varies from the game to play. Like some games require more memory, and some need less memory to run.

The games that require more memory are high-end games, and the games that require low memory are low-end games. Well, the RAM does not directly affect the game. The thing is that if your RAM has enough memory to store all the data that a level of play has then that level will run at high speed. High speed means the game will run at its full potential without any lag.

Is FPS Effected?

Now the question arrives that does RAM affect FPS?

Well during gameplay there is some temporary file are need to be stored frequently. So the RAM comes handy here RAM works as storage for such data. Here the files can be accessed in a faster way than ever without any problem or confusion.

So now you might think that what if the space of the storage in RAM gets filled what then? The answer to this is the data then is stored to the Hard Disk. But as we know, it is slower than the RAM the FPS might get affected a little, but as soon you upgrade your RAM your FPS will become routine.

As the gaming laptop or PC, you have didn’t have enough memory for the storage of the files, to begin with, that’s why the performance and experience of gaming drops. The main reason why the question does RAM affect FPS or gaming performance comes.

To some point, yes, the RAM does affect FPS, or you can say it even improves the FPS, and it is more believable and accurate for the laptops that have integrated graphics card or an AMD CPUs.

So to make you clear RAM with more memory or more RAMs will undoubtedly help increase your FPS or gaming performance but not as much compared to the graphics card and CPU. But, after a certain amount of RAM, the increase in production gets in noticeable.

So the laptop with 8gb RAM and the graphic card will give very much higher performance then the laptop with 4gb RAM will.

Increasing Ram: Is this Solutions?

Now some will ask What is essential for gaming its speed or RAM? So the answer is if you are looking to increase your gaming performance by increasing your RAM you will find these two. Like do you want the 8 GB RAM with 2133 MHz or you want the one with the same size but with 2666 MHz.

Like as much RAM your gaming laptop has the more the temporary files it will store, and the more the performance will increase.

Ram Speed / Ram Frequency

It also applies to the RAM speed that is known as the RAM frequency. The RAM frequency is mostly known as RAM speed which defines as the number of commands it can process in a second.

So we know higher the frequency will be the less time will be taken for the files to be retrieved. If you have a gaming laptop, the RAM speed is not much of an important because the VRAM on your graphics card is going to use more than the actual RAM on your actual gaming laptop.

There won’t be any performance difference between RAMs having different frequencies from the same DDR-family if you want to build your gaming PC having a faster RAM processor as well so it will reap the highest return on investment.

And if you are going for the AMD Ryzen build it will charge you even more. Dual-channel memory is also a way to improve the gaming performance of your laptop or pc significantly. To have the full benefit from the RAM speed your CPU has to be that much fast that it can go through the files that are being stored temporarily in the RAM.

How Much is Ram Recommended for Gaming?

First 4 GB of memory RAM was sufficient for multitasking activities and playing games. But now that is not possible because applications are very demanding and are high end they need large amounts of memory to run smoothly. Insufficient memory can slow the performance of your laptop.

These days you need at least 8 GB minimum RAM to run even high power and MBS games smoothly. The game Arkham Knight needs 12 GB memory for smooth gameplay, and this was a few years ago. And it is not the only game the games like Just Cause 3, Dead Rising 3, etc. also require the same memory for smooth gameplay.

These days 8 GB memory is recommended to run games. You won’t get performance issues and increasing the amount of RAM will not do that much effect on the performance. But if you are looking for future games and want to play them, then 16 GB is recommended as per the amount of RAM for you to need for gaming. It also helps in video editing because it also consumes a lot of memory.

32 GB RAM is an overkill unless you are a big-time video content creator. After knowing all the essential magnified details of RAM that are eligible for gaming, you must consider it to store, play your game and enjoy it in a more extended period without facing any interruption or problem in the future.

It is one of those questions that many users ask themselves, but the reality is that in terms of FPS and Hz, although they are related, they do not go hand in hand in the vast majority of occasions. We are used to talking about adaptive synchronization, what if G-SYNC and FreeSync and a long etc, but the vast majority of low budget players who are competitive use FPS rates almost 5 times higher than the refresh rate of their monitor, ¿ is it useful or a fake?

From time immemorial and especially since before the launch of G-SYNC and even the V-SYNC with triple buffering, many of us were already playing with what there was, that is, V-SYNC OFF and graphic settings to a minimum.

The objective was to achieve the highest FPS rate above or well above the refresh rate of the monitor, although for this we suffered some problems such as Tearing, but then why is this practice still in force?

FPS vs Hz: the eternal discussion we will try comes to an end

There are only three reasons why the FPS rate will exceed the Hz rate of a gaming monitor, where in any case we are talking about very disparate figures between the two concepts. For this we start from the base that in all hypothetical configurations we will use V-SYNC OFF in the control panels of NVIDIA and AMD, as well as in any available game.

Input lag minimized

It is not a secret that a higher FPS rate achieves a lower input lag. Not surprisingly, the industry struggles to promote the implementation of ever faster panels in terms of Hz.

Having an FPS rate of 300 assumes a render time of 3.33 ms , while 144 FPS results in 6.94 ms and in the case of 60 FPS 16.67 ms . These times mean that it will take less time for the graphics card to produce a full frame as more of these achieve completion per unit of time.

It may not seem like much if we compare 16.67 ms against 6.94 or even 3.33 ms, but reality shows that in trained eyes it is an abysmal difference on the screen, even in 60 Hz.

Frames above the Hz rate are visible

Many do not understand that exceeding a monitor’s Hz rate for FPS has a partially positive result. It is true that with V-SYNC OFF we will have tearing, but this will curiously palliate the greater the difference between the so-called Refresh Rate and the Frame Rate.

The important thing here is to understand that an FPS rate above a Hz rate will always affect the total or partial display of many of those FPS that are “above” their corresponding Hz.

That is to say, in a refresh cycle of the monitor several different frames can be represented, which to the human eye will mean greater smoothness. At higher FPS rate more frames in each refresh cycle and although many will end in tearing because they will coincide between refresh rate and next refresh cycle, this tearing will become more and more priceless as the performance of the GPU increases for obvious reasons.

Less tearing, but also less stuttering

It is another of the curious points of these settings, but the reality is that if we have 300 FPS on a 60 Hz monitor with V-SYNC Off, what we will see on the screen are very small tearing lines from what was previously commented and a stuttering that It will be negligible if not null.

And this is possible because there are fewer harmonic frequency effects between the frame rate and the refresh rate. Therefore, the difference between the two will imply a gradual improvement the more distance is put between them, as in the previous example of 300 FPS vs 60 Hz or similar.

Obviously this is not ideal. The ideal is to have 300 FPS at 300 Hz with VRR on a gaming monitor, but it is not easy to achieve, neither economically nor in terms of hardware in many cases, therefore, this V-SYNC Off technique is still used by the least wealthy.

Don’t let your connection slow you down.

Lag is an issue in any online game. But in a game like VALORANT, it could be the difference between getting that crucial shot off to win the round or losing your head to an enemy bullet.

While VALORANT’s dedicated servers are some of the best around, they, of course, aren’t without their problems.

Here’s how to fix lag and improve performance in VALORANT.

Make sure it’s lag and not your FPS

Lag isn’t the only thing that reduces frame rate when playing VALORANT. Your first plan of action should be to troubleshoot and check your internet connection. You should also look to use wired internet over wireless to improve stability, if possible.

You can check your online connection by looking through your devices and making sure third-party programs aren’t working overtime in the background or downloading files. Close Steam, the Epic Games Store, or anything else that might be causing an issue.

Check the system requirements

If your PC isn’t up to scratch, it might not be able to handle VALORANT. An underperforming computer will almost certainly lead to lag or frame drops.

Be sure to check the game’s requirements below and compare them to your PC to see if it makes the cut.

VALORANT System Requirements (Minimum)

• CPU: Intel i3-370M
• CPU SPEED: Info
• RAM: 4 GB
• OS: Windows 7/8/10 64-bit
• VIDEO CARD: Intel HD 3000
• PIXEL SHADER: 3.0
• VERTEX SHADER: 3.0

VALORANT Recommended Requirements

• CPU: Core i5-4460
• CPU SPEED:
• RAM: 4 GB
• OS: Windows 7/8/10 64-bit
• VIDEO CARD: GTX 1050 Ti
• PIXEL SHADER: 5.1
• VERTEX SHADER: 5.1
• DEDICATED VIDEO RAM: 4096 MB

Restart the game, or reinstall it

As simple as it sounds, restarting your game or even your computer can sometimes fix lag.

Existing processes running in the background could be slowing your computer down, so turning everything off and restarting might lead to better performance in-game. If that fails, try uninstalling and reinstalling VALORANT. If a file has been corrupted, a patch hasn’t properly loaded, or something else entirely, reinstalling could be the answer to your problems.

Check Riot’s server status

Sometimes it’s difficult to determine whether the issue is on your end or on Riot’s. If there’s a server issue, you may experience lag or frame drops. To check if the servers are acting up or there’s been a recent outage, you can check Riot’s official Service Status page or head over to Twitter.

You could also alternatively read through Riot’s support page for any outstanding issues. This will give you a rundown of any error messages or problems you could be facing.