Can You Run It? Find PC Games Your Computer Can Handle
Can I run it? That’s probably the first question you ask when considering a new PC game. Whether you’re eyeing up the hottest new big-budget title or just want to enjoy some classics or indie games, having a powerful enough computer is vital.
But how do you know if you can run it? We’re here to help. Let’s look at some resources and how to determine if your PC can run a game manually.
Consult System Requirements Lab
System Requirements Lab’s Can I Run It? tool is a fantastic resource for checking if your PC can run a game. At the site’s homepage, simply search for a game and click the Can You Run It button. After you do, you’ll see a basic description of the game along with its minimum and recommended requirements.
However, the real strength of this site is that it will scan your computer to detect your system specs and let you know if you can run the game. Click the Can You Run It button again on the game’s page to start. This will download a small Detection.exe file, which you need to run.
After a moment, you’ll see the results of the scan. You can choose to view how your system compares to the Minimum or Recommended requirements. The site displays a green check for each category that passes. Note that it’s not perfect, so you may see Info or other generic placeholder text for some of the requirements. See below for how to check these manually.
Once you’ve run the scan, you can click My Computer Details at the top of the site any time to review your specs. Click Rank My Computer to see how your system stacks up against others. The site also has pages for the most popular games, showing what percentage of computers passed the requirements check.
While using this site, however, you should avoid clicking any of the links offering to update your drivers. Driver update sites are often unsafe; follow our guide to updating drivers instead.
Visit Game Debate
Game Debate offers similar functionality to the above site. It lets you see the specs for any PC game so you can see how your system stacks up.
You can search for a game using the search bar at the top. On a game’s page, you’ll see its official minimum and recommended requirements at the top.
Like System Requirements Lab, it’s easier to run the automated scanner so you can compare your system specs with ease. Visit Game Debate’s Can You Run It? page to start.
Click the Download Our GD hardware scanner button. Run the file that downloads and proceed through the installer. Unlike System Requirements Lab’s tool, Game Debate’s installs to your system. This makes it less ideal for a quick scan, but it does give you a desktop tool for the job if you prefer that.
Unfortunately, in our testing the app remained blank, so we couldn’t properly check it out. Instead, you can select a game on the Can I Run It? page and manually enter your computer’s specs below.
Can My Computer Run It? Find Out Manually
If you don’t want to use one of these automated tools to see what games you can run, or just want to check yourself, you can compare specs by hand. You can find this information in various parts of Windows, but installing an app like Speccy makes it easy to see all in one place.
(Note that Speccy is made by Piriform, the same company who makes CCleaner. We recommend you don’t use CCleaner anymore, but using Speccy for this purpose is fine.)
After you’ve installed Speccy’s free version, open it to see your system specs at a glance. The Summary tab contains all you need for our purposes. For games, you should pay particular attention to your CPU model and speed, amount of RAM in GB, and your Graphics card information.
Of course, you’ll also need enough storage space to install the game. You can open This PC in a File Explorer window to see how much free space your drive has.
Once you know this, simply visit a game’s page to see what it requires. Steam has this information at the bottom of every game’s description, and you’ll usually find it on a game’s website as well. If you can’t find it, consult a site like the ones above.
Some Cautions
You should beware of running games at the minimum requirements. Often these are the bare necessities to even get the game running, so it will likely play poorly at this level. You may want to hold off on buying a game if you barely meet the minimums, because it likely won’t be too fun of an experience.
Additionally, just because your computer meets the recommended specs doesn’t necessarily mean you can run it at maximum settings. Meeting the recommended requirements means you should have a good experience at standard settings.
Finally, remember that game optimization plays a role in performance too. A poorly optimized game may run like trash even if your PC is powerful enough to run it. You should consult reviews before buying a game to make sure it’s not broken. And make sure you’ve optimized your PC for gaming, too.
Can’t Run It? Here’s What to Do
If your PC can’t run a game that you want to play, don’t despair. As long as you have a relatively modern machine, you can upgrade a desktop fairly easily. It’s not as simple on a laptop, but you still have options.
Based on your findings above, decide what component is the bottleneck keeping you from running a game. If you don’t meet the graphics requirements, shop for a new graphics card. Add more RAM if you’re low and have free slots available. Upgrading your CPU is a bit more intensive, but it’s still possible.
We should note that using integrated graphics (which appears as Intel HD Graphics in Speccy), severely limits what games you can play. You should add a dedicated graphics card as soon as possible. On a laptop, you can look into an external graphics card. Having said that, there are a few great games you can play with integrated graphics.
If you’ve decided that your current system is too old and you want to start from scratch, check out our guide to building a new gaming PC.
Can You Run It? Now You Know
We’ve looked at how to see what game you can run, how to determine your system’s specs, and what to do if you can’t play a particular game. Having the ability to customize your build is one of the best parts of PC gaming, but can be frustrating when you don’t have a powerful enough machine for a particular game.
Hopefully, you can upgrade a few components and enjoy new games for years to come. When it’s time, make sure you know what upgrades improve your PC’s performance the most.
Image Credit: Vadymvdrobot/Depositphotos
Can You Run It? How to Check If your PC Can Run this Game
Home » Gaming • How to Guides » Can You Run It? How to Tell If My Computer Can Run this Game
Can you Run it? Want to find out whether your PC Can run this game or Can my computer run it? Then you are at the right place. PC games are very expensive these days and if you purchase a game and then your PC won’t be able to run it and also you do not have the required budget to upgrade your PC to the game requirements then you will be at loss and money will be wasted until the next upgrade . So how to find out whether your computer hardware is capable for running a particular game? Well there are some ways by which you can find out whether you can run a particular game or not on your computer, and here I am going to discuss those things which will help you to find out which games your current PC can run at comfortable settings and with decent frame rates.
Also here you will find answers to your most common queries for games which are:
- Can I run this Game?
- Can it run on my Computer?
- Will My PC run it?
- What Games can my PC run?
- Can I run that Game?
- Can I play this Game on my Computer?
- What Games can my Computer run?
- Will my Computer run it?
- How to test my PC for Games?
- Will it run on my PC?
- Will i run it?
So now lets get started with it.
Know your Computer Hardware Components
The prerequisite for finding out whether your PC can run this game is to know your PC Hardware details that include the following main components:
Graphics Card – Know your Graphics card model, company and amount & type of memory on it.
Processor – You have to know your Processor company, model and speed / frequency.
Memory – Memory Type i.e. DDR, DDR2, DDR3, DDR4 and its frequency.
Hard Disk – Find out how much Hard Disk space you have.
Operating System – OS is not a hardware feature but it is very important to know what version of Windows Operating System you have installed in your Computer and whether it is a 32-bit or 64-bit OS.
You can find out your PC specifications by using some good System Information tools that are being mentioned below:
- HWiNFO
- ASTRA32
Read: How to find out your Computer Specifications
Ways to find out whether your PC can run this game
Here are the two ways by which you can find out whether your computer can play this game or Can my PC run it. This is a complete guide in telling whether your computer can run games on your PC or not.
Check Manually
The manual method involves comparing your PC Hardware configuration against the minimum Game system requirements specified by the game manufacturer. Here first you have know your complete PC specifications and then compare those figures against the minimum system requirements specified by the game manufacturer.
Minimum System Requirements are the ones that you computer must have in order to run that game. Recommended System Requirements are ones which are recommended or specified by the game manufacturer to run that game comfortably on highest possible game / graphics settings with good frame rates.
You can find the game minimum system requirements on the game manufacturer website or on Google by entering the search term “<name of game> pc system requirements”.
For example: bioshock pc system requirements
This is a bit technical method and not meant for novice users. Also it may happen sometimes that even if your computer specs are below the game minimum requirements, then also you may be able to run the game comfortably at low settings with decent or playable frame rates.
Using Can You Run It or Can I Run It Tool
You can also find out whether you can run a particular game using game system requirement tool i.e. Can I Run It or Can You Run It tool which is available online and can help you to know that whether your computer is capable or powerful enough to run that game. This tool is also very useful to to tell you the games that you can play on your computer.
Operating Systems Supported: Windows XP, 2003, Vista, 7, 8, 8.1 and 10. There is no Linux or Mac version of this tool available right now.
Browsers Supported: Google Chrome, Mozilla Firefox, and Internet Explorer.
Can You Run It (CYRI) Tool from System Requirements Lab
Can You Run It or CYRI is very popular free online tool from System Requirements Lab for checking whether your computer can run this game or not. The website contains huge database of various PC games and the database is also updated regularly for newer and latest games. If the game system requirements are met by this CYRI tool then you can run it on your computer. This tool can run with an Windows Computer whether it is an Intel or AMD based configuration.
How to use Can You Run It Game System Requirements Lab Tool?
Here I will tell you how to use the online Can You Run It tool for checking whether you computer can run this game or not.
1. Visit System Requirements Lab Tools website at www.systemrequirementslab.com/cyri
2. Search and Select the Game from the List.
3. Now Click on “Can You Run It” button.
4. Download the Desktop App named Detection.exe. This app is 100 percent safe to use and there is no risk of malware or malicious code associated with it. If your antivirus detects it as a virus then disable your antivirus for the moment as it is probably a false alarm. Although the Desktop app does not require Java but you must have the latest version of Adobe Flash Player installed on your computer.
5. Run Detection.exe
6. When the Detection App completes the hardware scan, your results will be displayed on your browser screen showing whether your computer can run this game or not. Here the tool will also show the list of hardware that needs to be upgraded to run that particular game. You can click on the Upgrade Suggested button to know which of your computer hardware needs upgrade. After that you can upgrade that hardware components so that you can run that game successfully on your computer whether it is a PC or Laptop.
Popular Games Tested using Can You Run It: GTA 4, GTA 5, Fallout 4, Overwatch, Witcher 3, Fifa 15, Far Cry 4, Fifa 16, CS Go, Bioshock, Max Payne 3, Assassin’s Creed Syndicate, Rise of the Tomb Raider and much more.
Can I Run It Tool from Game Debate
There is another system requirement checking tool from Game Debate (www. game-debate.com) which can help you know that whether your computer is powerful enough to run that game or not. It has both manual and automatic rig selector options for selecting your computer hardware configuration. After that it displays the result and let you know which games your computer can run with your current hardware configuration.
- Launch Game Debate Can I Run It System Requirement Tool
How Accurate is Can You Run It Tool?
Can you run it is a very good tool that can tell about the games you can play on your computer. It test your computer for games that you can run. The tool is pretty accurate but it can be possible that even after negative result from this tool your computer may be able to run that game comfortably. So if you are still unsure that whether you can run it or not then you can ask me by leaving a comment below clearly stating your detailed PC configuration. Then i will tell you whether your computer is powerful enough to run that game or not.
What if the Game runs very Slow?
Even if your PC has the minimum specifications for the game and then also the game runs very slow or you are getting very low frame rates then you can fix this by going through the articles mentioned below.
Must Read: How to Fix Common Game Errors?
Ask Me whether you Computer Can Run this Game?
If you still have doubts on can i run / can you tun it tool or unsure that whether your computer can run this game or not then you can ask me by leaving a comment below clearly stating your computer configuration that includes your processor, graphics card and memory.
Read More:
- How to Improve FPS in PC Games
- Tips on Increasing performance in PC games
- Detailed Guide on Building a Gaming PC
- How to Upgrade your Old Gaming PC for Latest Games
- How to Find the Best Driver for any Game
- Download Pokemon Go APK for Android
How to tell if your PC can run Windows 11
How to tell if your PC can run Windows 11
Windows 11 will be a free upgrade for supported Windows 10 computers. Here’s how to see if your PC is capable of running the upcoming version.
Image: Microsoft
With every new version of Windows comes a pressing question. Will your computer be able to run it? That’s certainly the case with Windows 11, which Microsoft unveiled last week complete with design changes, Start menu and taskbar tweaks, widgets, snap layouts, Microsoft Teams chatting and support for Android apps.
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The good news is that Windows 11 will be available as a free update for existing Windows 10 computers. The new version will officially pop up sometime around the holiday season, though only for new PCs. The rollout of Windows 11 for Windows 10 computers won’t begin until 2022 and will stretch through the first half of the year.
Whatever the timeframe, you might like to know if your current Windows 10 computer is capable of supporting Windows 11. And for that, Microsoft offers a few resources.
Minimum system requirements
First, Microsoft has published the minimum system requirements for Windows 11 as follows:
- Processor: 1 gigahertz (GHz) or faster with 2 or more cores on a compatible 64-bit processor or System on a Chip (SoC).
- Memory: 4 GB RAM.
- Storage: 64 GB or larger storage device.
- System firmware: UEFI, Secure Boot capable.
- TPM: Trusted Platform Module (TPM) version 2.0.
- Graphics card: DirectX 12 compatible graphics/WDDM 2.x.
- Display: Greater than 9 inches with HD Resolution (720p).
- Internet connection: Microsoft account and internet connectivity required for setup of Windows 11 Home.
PC Health Check app
To help you determine if your Windows 10 computer meets the requirements to run Windows 11, Microsoft also provides a free PC Health Check tool. To download this app, browse to Microsoft’s Introducing Windows 11 page, scroll down to the Get ready section, and click the Download app link under Check for compatibility. Save and run the WindowsPCHealthCheckSetup.msi file. Open the program and click the Check now button (Figure A).
Figure A
If your computer passes the test, a message appears telling you that “This PC can run Windows 11.” If not, it could mean that your PC doesn’t meet all the minimum requirements, which leads us to the TPM issue (Figure B).
Figure B
Trusted Platform Module
Beyond the required processor, memory, storage and other hardware, your computer also needs to be running version 2. 0 of the Trusted Platform Module. The TPM is a chip built into your motherboard or CPU to protect encryption keys, user credentials and other sensitive information against malicious software. Working on a hardware level, TPM is designed to secure your data against ransomware and other threats. A Microsoft blog post explains more about TPM and why it’s required on today’s Windows PCs.
Most computers from the past few years should have a TPM chip. If your computer is relatively recent, and the PC Health Check tool tells you that it can’t run Window 11 due to the TPM 2.0 requirement, here are some steps to take.
In the Windows 10 search field, type tpm.msc. The resulting screen will confirm whether or not a compatible TPM has been found and enabled (Figure C).
Figure C
Next, you need to check your BIOS. Reboot your computer and press the appropriate key to access your BIOS. At the BIOS screen, look for and open a setting for Security. If the TPM chip type says TPM 2.0, then all you should need to do is enable the chip. If the chip type is an older version, such as 1.2, check the Downloads page for your PC manufacturer to see if a BIOS update is available. If so, that might upgrade your TPM to 2.0. If not, then your PC may simply be too old or incapable of supporting the newer TPM chip type and therefore unable to run Windows 11.
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How To Check If A Computer Can Run A Game
If you play computer games, we’re willing to bet that you’ve asked this question at least once, if not more:
Will <insert game title here> run on my computer? or otherwise, What games can my computer run?
We get these kind of questions all the time, so we thought we’d teach you how to work this out for yourself; no matter what the game or the computer.
In this post we’ll teach you why the answer to this question can be a little hazy, and also how to work this out for yourself.
To evaluate if a computer can run a game, we do two basic things:
- Check the minimum or recommended hardware requirements of the game (this is usually published by the game manufacturer)
- Work out what computer hardware you have
- Compare (1) against (2) and make sure the specifications of (2) is better
If your computer’s hardware specifications are better than the minimum or recommended hardware that the game manufacturer recommends, then generally this means that you’ll be able to run the game well.
Can I Automate the Process?
Yes – there are third-party tools out there like Game Debate, and Can I Run It? which can be used to get a quick snapshot of how your computer might run a particular game, but keep in mind when running these tools that they are still just a ‘best guess’ and shouldn’t be taken as gospel.
Can I Run It? – Automatically finds your current computer’s hardware and tells you if you can run a certain game
Game Debate – Allows you to check any specified hardware against your nominated game title, and spits out a summary at the end
Although we essentially evaluate if a computer can run a game well by using the basic steps above, there’s a few extra things you should know:
1. It is usually just a “Best Guess”
You can never really know for certain if a particular game will run well or not; usually we can only get an estimate or feel for this. While it can be good to research before buying a new computer or game to make sure things will run smoothly, after working out what you think the only way to actually know for sure is to test it out in practice by actually running the game on the particular computer to see how it goes.
2. There is no real standard for
“Run Well”
While you can easily check if your computer meets the minimum or recommended specifications for running a particular game, this doesn’t tell you a lot of detail about how it will run. If you actually do this check, you’ll notice that one thing that’s not specified by the manufacturer is the gameplay settings that they’re expecting you to have. So maybe it will run okay on a computer if you have the worst settings, but how do you define a vague phrase like ‘run okay’ anyway? What is considered to run well for one person, may be not good enough for another.
That’s also why there is no real ‘black and white’/ ‘yes’ or ‘no’ answer to the question “Will my computer run this game well?”. Instead, you can expect a varying degree of grey, and vague answers like ‘it depends’. This is because of the subjective nature of users, as well as the following points.
3. Your Overall Gameplay Experience is determined by Multiple Hardware Parts.
Game performance doesn’t depend on just any one piece of computer hardware, it is how the combination of parts work together (i.e. just because you have a top end graphics card doesn’t mean you’ll definitely have a great experience. Gameplay experience also depends on how the different parts of your computer hardware work together – this means you should also consider things like your CPU, RAM, storage drives and power supply in addition to your graphics card)
4. Game performance can depend heavily on your chosen gameplay settings.
We eluded to this earlier, but in some cases it’s very possible to run a more demanding game on a low-end computer, if you are willing to sacrifice on the graphical quality. Some settings can have a huge influence on reducing the amount of graphics processing required, and this in turn can lead to smoother gameplay. We plan to write more about this in the future, so stay tuned for that post, but in summary – things like lowering your resolution, turning off anti-aliasing and setting texture details to low can significantly reduce the demand on your graphics processor and result in a smoother gaming experience.
This is why some people may still be able to run a game even though their computer does not meet the minimum or recommended specifications for a game – sometimes it can be because they’ve turned down all the gameplay settings to minimum and also optimized their computer to run the game as best as possible.
First step is to look up the minimum hardware requirements that the game manufacturer has chosen for the particular game title you’re interested in.
To do this, simply do a google search for
<game title> minimum requirement
When choosing from the results, try to find one that is from a reputable source – which is ideally the game manufacturer themselves. Keep in mind that a lot of third-party websites can copy and post the minimum requirements on their own pages, and there have been some cases we’ve seen where the information has been incorrectly copied across.
We’ve also listed a bunch of popular titles with links to their minimum and/or recommended hardware requirements below:
System Requirements for Popular Game Titles
Battlefield 4 Minimum and Recommended Requirements
Counter-Strike: Global Offensive Minimum Requirements
Dota 2 Minimum Requirements
Fallout 4 Minimum and Recommended Requirements
Garry’s Mod Minimum and Recommended Requirements
Grand Theft Auto V Minimum and Recommended Requirements
Minecraft Minimum and Recommended Requirements
Overwatch Minimum and Recommended Requirements
Source Filmmaker Minimum Requirements
Team Fortress 2 Minimum and Recommended Requirements
Terraria Minimum and Recommended Requirements
The Escapist 2 Minimum and Recommended Requirements
The Witcher 3 Minimum and Recommended Requirements
What’s the Difference Between Minimum and Recommended Specs?
Typically – but there’s no standard that we’ve seen for this – game manufacturers will list the minimum requirements as the minimum hardware specifications you will need to be able to run and play the game, usually on low settings. This doesn’t necessarily mean you will experience good/smooth gameplay.
The recommended requirements should allow you to play the game on medium to high settings while still maintaining a good gameplay experience.
It’s worth noting though, that every game developer has their own way of coming up with their minimum and recommended hardware recommendations list, so it’s really just a guideline for users.
If you fall short of the minimum recommended requirements, that doesn’t necessarily mean the game won’t run, but it’s highly likely that you won’t have a good gameplay experience, and you’ll definitely have to run it with all settings down low.
Next, you’ll need to work out what hardware your computer has.
If you are looking at buying a new computer and want to know if it can run a particular game, then obviously use this computer’s specifications for this exercises.
The main hardware items you want to know about are:
- Graphics card
- CPU
- RAM
- Sometimes storage
For a computer to run a game well, you’ll often need to meet a minimum requirement for the most important pieces of hardware (typically your graphics processor, CPU, and RAM). Sometimes storage space will be specified by game manufacturers too – this typically refers to the amount of free space you’ll need on your storage drive for the install files of the game. Other components like your motherboard and power supply are not often specified because typically they are not limiting factors.
How Your Gameplay is Affected By Your Computer Hardware
If you’re new to computers, you may not know how exactly each component affects gaming. Here’s a brief list explaining which parts do what:
Graphics Card (or on-board graphics processor if you don’t have a dedicated card)
Directly handles the processing and rendering of images. Pretty much anything that is displayed on your screen/display monitor comes directly from your graphics processor.
Central Processing Unit (CPU)
Handles most of the actual gameplay when you are playing games such as running and loading the game, as well as processing user input and passing output to the graphics card for display.
Memory, or RAM
Holds frequently-used information for quick access by the CPU, which allows for faster CPU operations in general.
Storage or drives
Your hard drive or solid state drive is where the actual game files live, and these are what are accessed by the CPU when you actually run the game. If you happen to be playing off a game CD/DVD/Bluray disc (does this even happen anymore?) then the disc is referred to instead of (or in combination with) storage drives.
Motherboard
Connects all the hardware components together and allows them to pass information between each other.
Power Supply
Keeps all of your hardware components running by supplying them with enough power to do their functions.
Checking What Hardware Your Computer Has
The instructions below are for Windows 10 users. To anyone else… sorry! Google is your friend here so just do a quick search on how to find out your graphics card or CPU and RAM specifications.
Graphics Card
If you are running Windows 10, you can follow this video to work out what graphics card you have installed.
Basically, right click on the desktop, go to Display Settings, and click on Display Adapter Properties.
Alternatively, open up Device Manager, and check out the details listed under Display Adapters.
CPU and RAM
Right click on your windows status bar, and go to Task Manager, then click on the Performance tab. Then check your specs listed under CPU and Memory.
There are 3 other alternative ways to check the same information, which are covered in the video below.
It’s easy enough to compare some specs, but others are not so obvious. Here’s how we do it:
- Graphics card : Using a benchmark tool CPUbenchmark
- CPU: Using a benchmark tool CPUbenchmark
- RAM: Simply compare the numbers
- Sometimes storage: Simply compare the numbers
A benchmark is a way of comparing two things. Each is assigned a different score, and then you can compare the numbers to determine which one performs better.
CPUbenchmark has benchmark scores for both graphics cards and CPUs, and its easy to compare up to three parts against each other.
Here, we’ll walk though an example to compare the CyberpowerPC GUA3100A to see if it can play the game Battlefield 4.
After doing steps 1 and 2, we get the following items that we need to compare:
Component | CyberpowerPC GUA3100A | Battlefield 4 Minimum Requirements | Battlefield 4 Recommended Requirements |
Graphics card | AMD Radeon R7 240 | AMD Radeon 3870 or higher; NVIDIA GeForce 8800 GT or higher | AMD Radeon 7870 or higher; NVIDIA GeForce GT 660 or higher |
CPU | AMD FX-4300 quad core 3. 8 GHz with 4.0GHz turbo boost | AMD Athlon X2 2.8 GHZ or Intel Core 2 Duo 2.4 GHZ | AMD Six-Core CPU; Intel Quad-Core CPU |
Memory | 8 GB | 4GB or more | 8GB |
Storage | 1 TB | 30GB | 30GB |
Operating System | Windows 10 | Windows Vista 32-Bit with SP2 and updates | Window 8 64-bit |
Other | 2 GB graphics memory (this is integrated with your graphics card) | 3 GB graphics memory (this is integrated with your graphics card) |
We need to check that every item in the GUA3100A column is at least equal to, or better than those in the Battelfield 4 Minimum and Recommended Requirement Columns.
How to see if your graphics card is better than the minimum/recommended required
We use CPUbenchmark’s video card benchmark page to look up each graphics card that we want to compare. Despite the name, it has benchmarks for video/graphics cards as well.
In this case, we’ll compare the AMD Radeon R7 240 (GUA3100A), the AMD Radeon 3870 (BF4 Minimum) and the AMD Radeon 7870 (BF4 Recommended). If you wanted to, you could also check out the NVIDIA options, but usually these perform on a similar level to the AMD ones shown, so you only need to pick one or the other.
We go to the “Search for your video card” link, and enter in the above 3 cards, clicking “Compare” next to each one to add it to your “Compare List”. A simple Ctrl+F ‘find’ can help you quickly find the model number of the graphics card you’re interested in.
Once you’ve added all of the cards to the compare list (you can compare a maximum of 3 items at once), then hit “Compare” on the Compare List floating box.
You’ll be presented with a graph, which shows the overall benchmark scores for each product.
In this case here, we’re interested in the top graph for “G3D Mark Rating” which represents each item’s graphical processing power. We can see the R7 240 of the GUA3100A is better than the minimum requirement card for Battlefield 4, but it’s not as good as the Radeon 7870 which is the recommended graphics card for Battlefield 4.
We also noticed that the recommended requirements for BF4 listed 3GB of graphics memory, but the GUA3100A only has 2GB. Graphics memory is in-built into your graphics card and therefore determined by whatever graphics card you have. There’s nothing specified for the minimum requirement on graphics memory though, so we meet this just fine with the R7 240 card.
How to see if your CPU is better than the minimum/recommended required
We’ll basically use the same technique as we did for the graphics card to compare CPUs.
In this case, we’ll compare the AMD FX-4300 (GUA3100A), the AMD Athlon X2 (BF4 Minimum) and AMD Six-core CPU (BF4 Recommended).
This time, we’ll search CPUbenchmark’s CPU list.
A number of different Athlon X2 options came up, so we decided to arbitrarily choose the highest scored one (you can see this in the 2nd column) to lean towards a worst-case scenario. It’s not clear which exact model of Athlon X2 the game manufacturer meant, but we’ll still get an idea with this analysis method.
And then like before, we click on the “Compare” button for our Compare List to get the final results:
Again, its the top graph we’re interested in here. And we can see that the FX-4300 in the GUA3100A is better than the minimum requirement specified, but it falls short of the recommended requirement.
Overall Conclusions for the example of if the CyberpowerPC GUA3100A will run Battlefield 4 well:
The GUA3100A meets the minimum hardware requirements of the game for both the graphics card and processor, but falls short of the recommended requirements. This probably means that while the game will run OK on certain settings, you won’t be able to max out the graphics settings and still expect to have smooth gameplay.
We also are OK in terms of RAM and storage (provided you have 30GB of free hard-drive space). Operating system is also a quick easy check, which we meet in this example.
Finally: The Best Way to Know if a Computer Can Run a Game Well…
… is to test it in real life. Okay, so we know this isn’t always feasible, but another method which can sometimes also work is to search youtube for gameplay (sometimes people upload videos of their framerate as well as their computer specifications, so occasionally you can get lucky and someone will have the same processor and graphics card as you).
The bottom line is to do your research and check the minimum and recommended requirements of games against your own computer hardware, but once you’ve satisfied yourself that you’re within the right range of these, then leave the rest to playing around with gameplay settings in real life.
Blender System Requirements & PC Recommendations
Blender, the once unknown underdog of the 3D software community has gone on to become a powerhouse of a 3D application, expanding not only into new 3D workflows but 2D as well.
And through all of this, Blender has kept a relatively modest set of system requirements for you to be able to run it.
But as Blender gets more and more advanced every day, do the official system requirements still hold true? Or is there more to it than that?
In this article, we’ll take a look at Blender’s system requirements, whether they’re accurate, and we’ll go through our recommendations for building a PC for Blender.
Blender’s Official System Requirements
Taken from Blender’s official website, these are the latest system hardware requirements for Blender as of version 2.93.4 and 2.93 LTS (Long Term Support).
Minimum System Requirements
- 64-bit dual-core 2Ghz CPU with SSE2 support
- 4 GB RAM
- 1280×768 display
- Mouse, trackpad or pen+tablet
- Graphics card with 1 GB RAM, OpenGL 3.3
Recommended System Requirements
- 64-bit quad-core CPU
- 16 GB RAM
- Full HD display
- Three-button mouse or pen+tablet
- Graphics card with 4 GB RAM
Optimal System Requirements
- 64-bit eight-core CPU
- 32 GB RAM
- Full HD displays
- Three-button mouse and pen+tablet
- Graphics card with +12 GB RAM
As for the OS (Operating System) requirements, Blender runs on all three major OSs: Windows (8. 1 and 10), macOS (10.13 on Intel and 11.0 on Apple Silicon), and Linux.
Blender also provides some extra information on the GPUs that it supports.
NVIDIA: GeForce 400 and newer, Quadro Tesla GPU architecture and newer, including RTX-based cards, with NVIDIA drivers (list of all GeForce and Quadro GPUs)
AMD: GCN 1st gen (Starting from the HD 7000 series) and newer. Since Blender 2.91, Terascale 2 architecture is fully deprecated, try using 2.90 (albeit not supported, it might still work)
Intel: Haswell architecture and newer.
Our Take On the Official Blender System Requirements
Similar to most system requirements for other software, Blender’s system requirements are a bit vague but generally cover the most important topics.
But that’s not what we’re here to discuss, we’re here to discuss our opinion on Blender’s system requirements.
And our opinion is that it’s complicated.
You can do a ton of stuff with Blender, and they all won’t require the same specs.
If you try setting fire to five million Suzannes with 8K textures on them, a computer with the minimum requirements will probably spontaneously combust along with the Suzannes.
The optimal requirements become the minimum requirements at that point.
But if you’re just doing extremely simple low poly models without a whole lot of fancy-schmancy things, you will be completely fine with a computer with the recommended specs—a little less even.
However, the minimum requirements are a little too outdated to be usable at this point, in our opinion.
You might technically be able to run Blender and do very barebones modeling tasks, but upgrading to a PC between even the minimum and recommended PCs will up your quality of life & work so much.
So, here’s what you should look out for when getting a PC for Blender unless you’re content with just using the most barebones aspects of Blender.
- Processor: Any CPU from either AMD or Intel from the newest generations with at least 8 Cores / 16 Threads.
- On AMD’s side, I’d recommend the Ryzen 5 5600X, 7 5800X, 9 5900X, and AMD Ryzen 9 5950X CPUs.
- On Intel’s Side, the Intel Core i7-11700K and Intel Core i9-11900K are great choices.
- RAM (Memory): My 100+ browser tabs eat through RAM like it’s nothing, so I need a minimum of 32GBs on any of my computers, but generally you can get away with 16GB.
- But if you’re planning on serious work, 32GB isn’t all that much more and can really help—not just with Blender, but also with a lot of other workflow software you’re most likely to use in professional work (I am looking at you, After Effects).
- Graphics Card: Mainly needed for the rendering side of things, a GPU is probably what you’ll spend most of your budget on.
- Even though Blender works decently well with both AMD and NVIDIA GPUs, Blender is definitely more optimized for NVIDIA GPUs.
- So I would suggest that you look into an NVIDIA GPU such as the RTX 3060, or anything above.
- And you should make sure that the GPU you buy has at the very least 6GBs of VRAM (Video Memory), though I would say that 8GB is the minimum if you’re doing serious 3D work.
Performance demands of different Blender Features
Here’s our overview of the performance demands of different parts of Blender. Keep in mind that we are only listing tendencies here, it will always also depend on how complex the things are that you’ll create:
Low Poly Modeling
Because Low Poly Modeling demands little to no performance from your PC, a low-end CPU, GPU and just a bit of RAM is sufficient for working on low-poly and game models.
Unless you are using a lot of modifiers or object constraints or have complex rigs you’ll be able to make do with even the official minimum Blender System Requirements.
High Poly Modeling & Sculpting
Both High Poly Modeling and Sculpting in Blender is mainly dependent on single-core performance of your CPU. The GPU is responsible for shading and displaying the resulting mesh on your Monitor, but only marginally impacts performance in solid shading mode.
Image-Credit: Pablo Dobarro
You’ll need ample RAM for those really high-res sculpts and meshes.
Keep an eye out for CPUs that score well in single-core benchmarks such as Cinebench (1T).
For High-Poly Modeling and Sculpting, look for Hardware between the Recommended and Optimal System Requirements.
Animating & Rigging
Animation and Rigging need smooth viewport performance, not just when actively working on your objects, but especially when hitting that play button to see how they look.
You won’t be able to iterate efficiently on low-fps previews.
Animated Objects and Rigs are built with chained dependencies. In terms of hardware requirements, this means they can’t be offloaded onto different cores, but have to be executed serially.
Your CPU Cores can’t simultaneously calculate the position of bones that are constrained to each other before knowing what position the other bone(s) are in.
This means you’ll need a PC-Part that has a high performance on a single Core, and that leaves us with the CPU. (GPUs are great for parallelization).
Look for a CPU with high single-core performance, similar to High Poly Modeling & Sculpting.
Both the GPU and RAM have little to no impact on Animation and Rigging Performance unless your Scenes are very complex or you are using some exotic viewport effects.
For smooth Animation and Rigging build a PC that satisfies Blender’s Recommended System Requirements.
Texturing & Shading
Texture Painting and UV Unwrapping are both processes dependent on your CPU’s single-core performance.
Shading and Material Preview will depend on the render settings you are working in. If it’s Cycles GPU or CPU, you can jump down to that section.
Both Texturing and Shading heavily depend on how complex the things are you are creating. Working on lots of high-resolution Textures and complex Materials? You should lean towards building a PC that lies between Blender’s Recommended and Optimal System Requirements.
Compositing and Editing
Although the Blender community is begging for the devs to show the compositor and the Video Editor some love, these two areas are among the least optimized in terms of hardware demands.
Compared to other Compositing (After Effects, Nuke, Fusion) and Video Editing Apps (Premiere Pro, Davinci Resolve, etc.) that are heavily GPU accelerated, Blender’s Compositor and Video Editor is still largely reliant on CPU single-core performance.
For smooth compositing and editing of hi-res footage, going with a PC that satisfied Blender’s Optimal System Requirements is your best bet.
Simulation
Simulations in Blender, be it Soft Body Collisions, Cloth, Dynamic Paint or Fluids are all cached by the CPU.
Depending on the type of Simulation you are working on, chances are high to make use of multiple of your CPU’s Cores. You’ll see diminishing returns the more Cores you have and I generally recommend staying in the 8-16 Core range with high-clocking Cores. You can take a look at some of our X-Particles Benchmarks within Cinema 4D that show very similar Hardware Requirements to Blender’s Simulations.
Simulations demand a lot of performance from your PC. To reduce wait times in baking, build a PC that satisfies Blender’s Optimal System Requirements.
Rendering (Cycles or Third-party Renderers)
We talk about CPU, GPU and Hybrid Rendering a lot in our Software Articles and Blender is no exception.
The great thing about Rendering with Blender, is that it not only comes with its own distinguished Renderers (Cycles and Eevee) but supports a variety of Third Party Render Engines as well.
Blender’s System Requirements for Rendering are no different from other software. You’ll need a CPU with many Cores for fast CPU Rendering and will see a near-linear reduction of Render time with added cores.
You’ll need a GPU with lots of CUDA Cores or Stream Processors for fast GPU Rendering and can add multiple GPUs for near linear increase of GPU Render Performance.
Hybrid Rendering can considerably slow down your PC as both the CPU and GPU will be heavily utilized, so prepare to take a break from actively working on it if you choose to use hybrid-mode.
Go beyond Blender’s official optimal System Requirements for the best Rendering Performance.
Our PC Build Recommendation For Blender
They say that an artist is only as good as their tools (not sure I agree with that), but regardless of what you plan on doing with Blender, you need a machine that won’t hold you back.
So I hand-picked these parts in order to create the best all-rounder PC. It will absolutely crush anything you throw at it with ease and will allow you to iterate through your art at blazing speeds.
And if you’re a professional 3D artist whose time is money, that means a faster return on investment for you!
Here’s the PC build for Blender that I put together for you. Without any price-inflations, the below build comes in at around 2000$.
There’s always room for improvement if you have the budget for it. An AMD Ryzen 9 5950X and a higher-tier GPU such as the Nvidia RTX 3080Ti come to mind.
Check out our Blender PC Build Guide for more Blender Builds at different Price points.
How to check your current specs to see if you can run Blender
Maybe you already have a somewhat decent PC already built, but you’re not quite sure about the detailed specs.
In that case, I suggest that you take a look at our article that covers how you can check your specs.
You should compare it to the Blender recommended system requirements and our own recommended specs to see where your PC lies.
How to Upgrade Your PC to Run Blender Faster
Many people have PCs that are a couple of years old but could use an upgrade here and there to keep them going for another couple of years.
Maybe you don’t need the latest and greatest hardware, just something that’ll complement what you already have and help Blender run faster.
In that case, I’d recommend taking a look at our article about upgrading your PC. It’ll help you figure out how to and what to upgrade.
Custom PC Build Suggestions for Blender
If you’re just not vibing with the PC that I made for you above, I suggest you make a stop at our article covering all the important aspects of a great Blender PC.
For custom PC recommendations within your budget, you can also try our web-based PC-Builder tool that’ll whip up a new PC for you in just a couple of clicks, depending on your available budget.
Laptop Recommendations for Blender
Are you more of a mobile 3D artist? Well, we got you covered on that front as well!
Head over to our article covering the best laptops you can get for Blender.
In Summary
Hopefully, I managed to make Blender’s actual requirements a little clearer and eased some of the research you might’ve needed to do to find a good computer for Blender.
The gist of it is that if you have a PC within the recommended and optimal requirements of Blender, and you’re only doing low poly or other simpler modeling work, you are most likely fine with what you already have.
But if you work as a professional 3D artist/want to become one, and plan on doing some heavy 3D Rendering, Simulation, or just generally have heavy and complex Scenes, you might want to look at getting a better computer for Blender.
This’ll allow you to iterate through your art faster, allowing you to save time, gain money and improve faster. To become more competitive and efficient overall.
FAQ
Can Blender run on 2 – 4GB of RAM?
Run? Sure. Work well? Probably not. Our recommended minimum for Blender nowadays is 8GB, anything less than that will most likely choke cause there’s just not enough RAM for the system resources, background resources, and Blender all at once.
Does RAM affect render time in Blender?
RAM doesn’t affect render times unless you have too little.
This is because, for some types of rendering, namely CPU, it uses your RAM as ultra-fast storage to hold the 3D scene data—as opposed to the VRAM if it was using your GPU to render.
This is usually fine, but say you were a little careless and got carried away with those 8K textures and created a humongous scene with millions of polygons and extremely high-quality textures.
If the available RAM in your computer isn’t large enough to accommodate all of that data, your system will have to use your permanent storage (SSDs, HDDS etc.) for holding your temporary rendering Data, and that is very slow.
This will make it so that your CPU is just waiting around doing nothing while waiting for your hard drive to catch up because it is far, far slower than the speeds that RAM can achieve—though that is rapidly changing, so it might not be a concern in the future.
Will more RAM speed up Blender?
Blender’s performance does not linearly scale with RAM capacity. Unless your scenes and Blender workloads are too large to fit into your current amount of RAM you’ll see no speed-ups with more RAM.
Why is Blender so laggy?
A whole host of things could be causing performance hitches.
Here are some reasons that Blender might be lagging for you.
Do you have a lot of very high poly models in your scene?
The best way to deal with this is to optimize your scene and reduce the polygon count.
Do you have a lot of very high-quality textures loaded?
The best way to deal with this is to upgrade your computer or use lower resolution textures and optimize your texture use—not every blade of grass requires an 8K texture.
Do you have complex shader setups running?
There’s no great way to deal with this. Highly complex shader setups require lots of computing power in order to be calculated, and that takes resources away from the rest of Blender and your computer.
You could try to bake your procedural shaders. That will cut down the need for all those calculations and will help immensely, but it’s not always possible depending on what the scene requires.
Do you have a lot of background apps running?
The best way to deal with this is to either reduce the number of background apps that are running or you can upgrade your RAM if you’re running out of RAM due to all the background apps.
Is your computer overheating?
The best way to deal with this is to cool your computer down by either letting it take a break from doing resource-intensive tasks or increasing your cooling.
Are 4 Cores enough for Blender?
Yes, 4 CPU Cores can be enough for Blender if your Projects aren’t too complex and you are working with Blender Features that are less performance-demanding. Check our Overview above for performance-demands of Blender’s features.
Does Blender use the GPU or CPU?
Active work within Blender relies almost entirely on your CPU’s single-core performance. For Rendering, both your CPU and GPU can be utilized.
Over to you
Did that help you understand what you need to run Blender? Have any other unanswered questions? Ask us in the comments or our forum!
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Can My PC Run It? Quickly Tell What Games Your PC Can Run
Ready to buy the latest hit AAA title? Unsure of whether or not your computer can run it? In this guide, we’ve listed three methods for finding out whether or not your PC can run a specific game.
PC gaming is different from console gaming in that, whereas with a console, any game you purchase for that console is guaranteed to run with no problems. However, with PC games, there is no guarantee that they will run well on your computer. If you have a cheap laptop with bare minimum specs and integrated graphics, you probably won’t be able to run most games with even moderate graphics.
Table of Contents
1. First Things First, Check Your PC’s Specs
2. Method 1: Check The Game’s Minimum Requirements
3. Method 2: Use A ‘Can I Run It’ Tool
4. Method 3: Check YouTube Benchmarks
5. Your Computer Can’t Run the Game, Now What?
First Things First, Check Your PC’s Specs
Before you can tell whether or not your computer or laptop meets the requirements of a game like Fortnite or Apex Legends, you first need to know what kind of hardware is inside of your system.
The main components inside your computer that will determine what games it can and cannot play are your processor and your GPU. After that, the next most important components of your system are the amount of RAM you have and the storage space you have available.
We have a detailed guide on how to find your PC’s specs that will help you figure out the components inside of your system, but here’s a quick rundown of how to find those four components quickly:
Your Processor & Memory
- Right-click on the Windows start menu icon
- Click on ‘System’
- Under ‘Device specifications’ you’ll see your processor and how much RAM your computer has
Your GPU
- Right-click on the Windows start menu icon
- Click on ‘Device Manager’
- Click on the arrow next to ‘Display Adapters’
- Your GPU will be listed there
Storage Space Available
- Type ‘File Explorer’ into the Windows search box and hit enter
- Click on ‘This PC’ on the left sidebar of the File Explorer
- Under ‘Devices and drives, you’ll see a list of storage devices you have as well as how much space they have available
Now that you know what kind of hardware is inside your system, you’ll be able to use the methods below to tell what games your computer can run.
Method 1: Check The Game’s System Requirements
Most PC games list a set of hardware requirements that must be met in order to run the game properly. So, if you have a specific game in question, you can simply search for ‘[game you want to play] system requirements‘ (without the quotes and brackets) and the game’s website should show up in the results and that page will tell you what the requirements to run the game are.
If the game in question is available on Steam, you can also go to the game’s listing in the Steam store and that will have the requirements listed as well.
Here’s what Rainbow Six Siege’s system requirements look like. Both the minimum and recommended requirements are listed.
Most games list both the bare minimum hardware requirements and the reccomended requirements to run the game. So, now that you know what hardware is in your PC and you have the game’s system requirements at hand, all you have to do is compare your hardware to the hardware requirements listed.
- If your hardware is similar or better to the minimum requirements, then you can probably play the game on lower settings.
- If your hardware is similar or better to the recommended requirements, then you can probably play the game on medium or higher settings.
How Can I Tell if My Hardware is Better than the Listed System Requirements?
It will be easy to tell whether or not your memory and available storage will meet the requirements of the game in question, but it is not always clear if your CPU and GPU are better or worse than the listed requirements.
Of course, if you’re up-to-date on the latest in PC hardware, you’ll probably have a good idea of how the different CPUs and GPUs rank in terms of performance.
If you’re not up-to-date, you can find out quickly whether or not your CPU and GPU are better or worse than the options listed in the game’s system requirements.
Does Your CPU Meet the Game’s System Requirements?
- Go to UserBenchmark’s CPU compare tool
- Choose your processor in the first drop-down
- Choose the minimum or recommended CPU listed in the game’s system requirements
- Once you’ve selected the two CPUs to compare, the number in the ‘Avg. Gaming Bench’ row will let you know which CPU is superior (and give an estimate by how much)
Does Your GPU Meet the Game’s System Requirements?
- Go to UserBenchmark’s GPU compare tool
- Choose your GPU in the first drop-down
- Choose the minimum or recommended GPU listed in the game’s system requirements
- Once you’ve selected the two GPUs to compare, the number in the ‘Avg. Gaming Bench’ row will let you know which GPU is superior (and give an estimate by how much)
While this method won’t give you a perfect idea of how your system will perform running a specific game, it will at least help you quickly check and see whether or not your computer will come close to meeting the minimum/recommended system requirements.
My System Doesn’t Meet the Minimum Requirements? Is All Lost?
If your computer doesn’t meet the minimum requirements, you still might be able to play the game. When the Oculus Rift first came out, I had an Intel Core i5-3570K processor, which was below the Rift’s system requirements at the time. The headset even warned me that the CPU didn’t meet the requirements.
However, the CPU was plenty powerful enough to run the headset and I had no problems running VR games with it.
This isn’t always the case, but if your hardware comes close to the minimum requirements, you still might be able to play the game. The best way to check if that is true for you is to check benchmarks from others who have a similar hardware set as you. We discuss how to do that in Method 3 listed below.
But, first, let’s discuss how to use the ‘Can I Run It’ tools out there.
Method 2: Use A ‘Can I Run It’ Tool
If you’re willing to download a tool to check and see if your computer can run a specific game, System Requirements Lab’s ‘Can You Run It Tool’ can help you quickly check and see if your system can run that game.
Here’s how it works:
- Go to the Can You Run it Tool
- Enter the game you want to check
- Hit ‘Can You Run It’
- On the next page, hit ‘Can You Run It’ again
- Install the Detection app so that the tool can check your hardware
- Once installed, the tool will update and tell you whether or not you can run the game
Once you have the Detection app installed, you’ll also be able to check and see if your system can run other games and you won’t have to redownload the tool every time.
How Accurate Are These Tools?
If the ‘Can I Run It’ tool says that you can run the game, then you can probably run it. If the tool says you can’t run the game, that may not necessarily be true. Again, the tool is just cross-checking your system’s hardware with the game’s minimum/recommended specifications. And, sometimes the game developers error on the side of caution with their minimum requirements.
So, while the ‘Can I Run It’ tool is a nice option to quickly check whether or not you can play a game, if it says you can’t run that game, you’re not completely out of luck. You’ll want to check user benchmarks first. And, we’ll describe how to do that in the method listed below.
Other ‘Can I Run It’ Tools
- Game Debate’s Can You Run It Tool
- UserBenchmark’s Can You Run It Tool
Method 3: Check YouTube Benchmarks
Another method to use to check and see if you can run a specific game is to simply do a search that contains your CPU, GPU, and the game you want to check and then watch the YouTube videos that pop up.
For example, if my computer had an Intel Core i5-3570 processor and a GTX 960 graphics card inside of it, and I wanted to see if it could run Fortnite, then I would search for the following:
3570 gtx 960 fortnite
Here’s the first video that pops up:
If you watch the video, the YouTuber first shows what settings they are playing Fortnite at (in this case, all high settings) and then they proceeed to play the game. Fortnite runs at about 70 FPS throughout the video, which is great. So, the i5-3570 and GTX 960 combination is plenty good enough to run Fortnite.
Of course, this isn’t a perfect example, because an i5-3570 and GTX 960 easily meets the displayed recommended system requirements of Fortnite. However, this does show you another method of how you can go about finding out if your computer can run a specific game.
And, in my opinion, this is the most accurate method to tell, as the other methods listed above are just guessing based off of the game developers listed requirements—which aren’t always 100% accurate.
Ultimately, though, any of the three methods listed above will work fairly well.
Your Computer Can’t Run the Game, Now What?
If your computer/laptop just can’t run the game you want to play, your only option is to upgrade your system.
You can either upgrade the individual components in your system if you have a desktop, or you can completely replace it with a new system (laptop or desktop) if it’s so old that it wouldn’t be worth upgrading.
If you’re willing to build your own computer, you can save a lot of money and still get a system that can run most games. Check out our Cheap PC Builds guide for examples of configurations that will cost under $800 and will have you playing pretty much any PC game (even the $400 and $500 builds can play most games on a 1080P monitor).
If you need a new laptop, this guide lists the best gaming laptops available for under $1,000.
And, you can also check out our CPU buyer’s guide and GPU buyer’s guide if you’re just planning on upgrading your current desktop.
Meaning, Definition, Suggestions . What is launch
- Online translator
- Grammar
- Video lessons
- Textbooks
- Vocabulary
- Professionals
- English for tourists
- Abstracts
- Tests
- Dialogues
- English dictionaries
- Articles
- Biographies
- Feedback
- About project
Examples
Meaning of «START»
See all meanings of «START»
Sentences with «I will start»
I will repair and start the hard drive in a few seconds. |
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If I start this little game developed by children now, I will destroy the spaceship. |
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Okay, I’ll start the voice decoder. |
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Let me start Oz’s isolation program first. |
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Maybe go to a medicine man, or an acupuncturist, figure out my chances before I tell everyone and start hysteria. |
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Release them and I will start production. |
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I’ll launch this into the air so I can see the whole area when you move to a higher position with your laser… — Moz! |
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The crystals will line up, I will start a controlled phase loop and the clouds will open. |
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So don’t tell me that you are not interested in profit. And then I’ll launch this coffee pot at you. |
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I’ll take it to the lab and run diagnostics. |
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Add an acre to my land, put more golden carps in my piano pond. |
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I will run the adaptive program. |
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Now watch. I’ll trigger a local reflex. |
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We stopped time for quite a long time. So when I launch it, world time will be fine, but our time will need a little time to, well, stabilize. |
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I’ll be upstairs. I will start the emergency station and the radio on a high frequency. |
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As soon as I launch a nuclear missile, I will let the superpowers know that if they cross the line, |
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If I start standard procedure denouncing them, it could be detrimental to signing the agreement. |
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There seems to be something wrong with the magnetosphere, so I’m going to launch a high-altitude weather balloon to gather information. |
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If I start the engines, the vibrations alone could bring this whole thing down on us. |
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If they don’t stop by then, I’ll throw something at them. |
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I can’t wait to stick my claws at a mammoth. |
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Now I’m going to launch my cookie! |
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And there will be a button, by pressing which I will launch the beacon into space. |
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I’ll run it now and let it run for 60 seconds without anything inside. |
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Secondly, my punishment will turn against you, I will release his secret testimony to the press. |
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I will launch a full and clear investigation into the apparent corruption of our judicial system. |
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Okay, before my brother leaves his hideout, I’ll fly a kite. |
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Now I will start the memory recovery device. You will feel a sharp pain. |
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I think next time I’ll dry a pair of ski boots. |
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You lay down, I’ll fire up the bio-xenoid microtron, you’ll be healthy as a horse in a couple of days. |
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Once I start it, I’ll be at home all the time, okay? |
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Okay, I’m going to blow it all down, start the food room for disinfection. |
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I can turn them off for about five minutes if I run security diagnostics. |
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First, I’ll go down myself, sort of feel the soil, find out their temperature, just run a Carol thermometer right there and get reliable, accurate readings. |
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Yes, I’m going to run a spell check now… |
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So, for now, I’m going to start the process and ask you to pay me in advance, against my fee, ten thousand euros. |
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I will find the technology wreckage of this once great civilization and launch the cloning machine! |
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When I start this, you start pumping this clotting agent into his wounds as fast as you can if you want to keep him alive. |
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I’ll have them up and running within the hour. |
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Run netsec command to find all active TCP/UDP ports, use his technique against him and activate his camera. |
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Give me wine — I’ll drink every drop and throw an empty bottle in the face of the world. |
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And I’m working on a film that I’m about to close… I myself and quite possibly never will again. |
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Other results |