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Yet, the hidden benefits of cool desktop backgrounds are more than one could imagine – if they are cheerful, they will lift the spirit up, and say plenty on who you are and what you stand for.
They won’t only make your desktop look more pleasant, but also keep it in order and help you locate your files easily. With clean desktop backgrounds, you will find it much easier to work as well.
This article aims to introduce the best cool wallpaper for all screen sizes, including beautiful and motivational backgrounds, and business-suitable images. Once you read it, you will get plenty of ideas on how you can improve your desktop.
Awesome backgrounds to use as your desktop wallpaper
to download 1000+ free icons to use in your websites or UI designsAdvertisementResolution comes first
You may have picked a cool desktop background with an incredible artistic value, but you won’t get to use it right unless it matches the resolution and aspect ratio of your screen. In the opposite case, it will end up looking stretched, distorted or grainy, so always examine the monitor specs before you begin searching.
Your screen resolution is commonly denoted in pixels, as for instance 1280 x 1024. These values reveal the number of pixels your monitor can display both horizontally and vertically, and indicate that the aspect ratio of the monitor is 4:3.
In order to be perfect, your wallpaper aims to respond to two requirements:
- Resolution that is high enough
- An aspect ratio that matches
Which is the native resolution and aspect ratio of your monitor? Which wallpaper would be perfect for it? Let’s check:
Windows wallpapers
Windows 7
Right-click on your desktop to open the menu, click on Screen resolution, and you will see the numbers displayed.
Windows XP
Right-click on the desktop again, and choose Properties and then Settings. A slider will appear under Screen Resolution in the lower left part.
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Windows 8
Once again, open the right-click menu on the desktop and you will see which your screen’s resolution is. Check screen resolution from the right-click menu on desktop. You can reach the context menu under any blank area on the desktop, and you can even adjust your resolution by clicking on Appearance and Personalization, and then Adjust Screen Resolution.
Windows 10
- Click on Start
- Choose Settings
- Choose Systems
- Choose Advanced Display Settings
- Choose Resolution, and you will get a detailed menu
Where to find cool desktop backgrounds
Cool desktop backgrounds are offered by more websites that one can count, and it is quite often that users discover the right background in less than no time. The web is overwhelmed by fresh themed compilations and resources that satisfy every taste or artistic ideas.
Shuffling between wallpapers
The real desktop aficionados will have a hard time short-listing their ideal wallpapers, but there is nothing to worry about! If you can’t make up your mind for a single piece, you can use and shuffle several cool desktop backgrounds instead of a single one. You can try motivational wallpapers, Anime wallpapers, minimalist wallpapers, and many more.
Windows 7
With Windows 7 installed on your computer, you can personalize the desktop really easily – To do that, right-click on the desktop and select the option Personalize. You will see a small window in the bottom left corner, where you should choose Desktop Background, and then Picture Location.
Choose the folder that contains your file, or create a custom folder using the option Browse. There, you can add all images you’d like to use. To shuffle them, choose Picture position define to, and Shuffle in the end. Save the changes, and you will have all images diversely displayed with an uneven sequence between them. Time to enjoy your cool desktop background!
Windows 8
Group the wallpapers you’ve selected in a single folder, and save it on a safe location under a name you will remember. To enable a shuffling option for your backgrounds on Windows 8, follow these instructions:
Step 1: Right-click on the desktop to open the Menu, and choose Personalize
Step 2:Select Desktop Background
Step 3: Once the desktop background window opens, select Browse to reach the directory where you’ve saved your wallpapers. Use the Select All button to make sure they will all appear. You should be able to see the shuffle option displayed at the bottom of that window.
A problem with this method is that you’ll have to save all wallpapers in a single directory – Windows won’t index and display wallpapers located within those folders. The feature may also be a serious battery waster with no AC power on the run, so make sure you pause the slide show why relying exclusively on your battery.
Windows 10
In the case of Windows 10 wallpapers, you’ll need to create a special folder with the wallpapers you want to have shuffling on your screen. The easiest way to do that is to place them within a Slideshow Folder in the Pictures section, or even upload directly the images you’ve stored on OneDrive.
Note that these wallpapers will sync automatically on all Windows 10 devices, and it won’t matter whether they’re stored on the drive or not.
Next, let’s check how to set up a Slideshow for your multi-layered Windows 10 wallpaper.
- Open the Notifications Center, and click on All Settings
- Select Personalization
- Select Background
- Once the background menu drops, select Slideshow
- Select Browse
Locate the specific Slideshow folder, and specify the directories you need
You can set the changing time for any period of time between a minute and a day. The operating system will auto-rotate the selected files in the appointed time lapse, be that 10 minutes or 24 hours. You choose!
You don’t really have to adjust the fit unless you want to. The Fit option is also located in the Settings menu, and you can use it to stretch or tile a smaller file to fit your screen. A great bonus you’ll get this way is multi-monitor set up, so that each of your devices has a different image from the batch displayed at a time.
Personalized animations wallpapers
When it comes to cool desktop backgrounds, less is more. Yet, creative people may appreciate an animated desktop wallpaper to make their work more cheerful. Using Windows 7, for instance, you can use screensavers as animated wallpapers, or even personal videos converted into .scr files.
With Windows 8.1, you can use literally any image as your desktop background. The size or the origin of the image won’t matter, and the system will allow you to compile a running show for all your monitors. There’s nothing particularly magical about the Windows 8.1 desktop background.
Here are some personalization tips you could find useful
Right-click anywhere on the screen. Select Personalize, and a dialog box will appear. Windows will suggest built-in compilations with desktop backgrounds, sound schemes, and window colors to choose from. The synced themes from your other Windows 8 and 8.1 PCs will be displayed in the upper area of the dialog box from your menu.
Another feature you should know about is the Get More Themes Online one, clicking on which would direct you to a specialized Microsoft website where you can get a dedicated theme for Windows 7, 8, 8.1, or 10. Some of the best themes offered are pre-adjusted to two-monitor Windows 8.1 setups, so that one half of them appears on one of the screens, and a half on the other.
We suggest Nightfall & Starlight Panoramic themes, due to their gorgeous looks. The Get More Themes Online link takes you to a Microsoft website that has a huge variety of themes, which will work on Windows 7, 8, 8.1, and 10.
There are some truly astounding themes for two-monitor Windows 8.1 setups, with half of the background showing in one screen and half in the other. The Nightfall & Starlight Panoramic theme is one of those gorgeous two-monitor themes.
Move towards the bottom, and choose Desktop Background. Keep in mind that changing the background won’t change the tiles on the Metro Start Screen. The next thing to appear is the Desktop Background dialog box.
Choose Picture Location, and select all wallpapers that can ship with Windows. For more pictures, click on Browse.
Once you hover over the picture with your mouse, Windows will display a detailed description, and a small check box in the upper-left corner. Clicking on this box, you will add the picture to the slide show. There are no limitations to as how many pictures you can add to the slideshow. Windows will also allow you to set specific changing times in the bottom of the screen.
As attractive as animated slideshows may sound, you should remember that the shifting causes serious delays in other operations conducted on the same device. This may not be an issue with PCs, but netbook and notebook owners should not let these slideshows cause battery drain.
You can also change the basic color of your desktop by enabling the Solid colors category. This way, you’ll be choosing a layout shade that will fill the background in case the image doesn’t match the exact screen size. Another option is to ‘ask’ Windows’ to shoehorn the picture so that it fits the exact dimension.
Windows also makes it possible to position an image differently, and the option is available in the dropdown Picture Position menu you can find in the Desktop Background dialog box.
Once you’ve adjusted the settings the way you want them to be, remember to save the changes and to close the dialog box for personalization. The slideshow will start right away.
TIPS
- The best desktop pictures are JPEG (.jpeg/.jpg) and bitmap (.bmp/.dib) files.
- Open the Picture Location drop-down menu, and select Solid Colors. This option will enable you to choose custom colors.
- You can use any image you want as your desktop background. To choose it, simply right-click on it, and select Set as Desktop Background.
- You can also use any web image as your Windows wallpaper, by right-clicking on it on Internet Explorer, and selecting the option Set as Background. All downloaded images are saved in the Picture Location menu, and you can replace them any time you want.
- You can also save the picture first in a separate folder, and use it permanently as your desktop background.
- The Use Drop Shadows for Icon Labels’ option in the ‘Managing Visual Effects and Performance Menu’ can help you change the labels on your desktop icons, and make them easier to read against your wallpaper.
Ending thoughts on cool desktop backgrounds
Your environment has a strong impact on how productive you are, in particular the colors and images that can motivate you.
With most of today’s work taking place in the digital realm, desktop environments matter to productivity as well, even though your computer experience is not really dependent on them.
Instead of working on a messy and confusing surface, you can use cool HD desktop backgrounds to design a beautiful and pre-organized working space, and remain productive without investing too much time into it.
If you liked this article about cool desktop backgrounds, you should check out these as well:
- 129 Beach Wallpaper Examples To Put On Your Desktop Background
- 171 Nature Wallpaper Examples To Download For Your Desktop Background
- Awesome wallpapers
- 161 Dark wallpaper examples
- Autumn wallpapers
- 201 best vector wallpaper examples
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CloseThe largest selection of curated resources for designersSubscribe and get them allA good set of fans can keep your computer from overheating, but they can also make your computer sound like a wind tunnel. Here’s how to control your PC’s fans for superior cooling when it’s working hard, and silence when it isn’t.
Sure, you could connect a manual fan controller to your PC, with knobs that set fans to different speeds. But there’s nothing quite like automatic fan control, where your PC ramps up the fans when things get hot, and turn them down when it’s business as usual.
How you control your fans depends a lot on your computer, your fans, and how everything is put together, so let’s start with some basics.
Do I Really Need This?
Let’s start with a really simple question: Do you really need to customize your fan control?
If you are using a laptop or other off-the-shelf computer (like a Dell), chances are your computer automatically controls its fans to some extent already. If your computer is getting hotter than you’d like, or your fans are louder than you’d like, you should do a couple of other things first:
RELATED:How To Thoroughly Clean Your Dirty Desktop Computer
- Open your computer and check for dust buildup. If it’s dusty, clean it out (especially the fans) with some compressed air. We have entire guides on cleaning out desktops and laptops.
- Make sure your computer is well ventilated. If you’re using a desktop, make sure there’s some space around the case, not pushed up against a wall or in a closed cupboard. If you’re using a laptop, try to keep it on a flat surface where the rubber feet can allow air to pass under it, rather than using it on top of a blanket or mattress.
RELATED:How to Use the New Task Manager in Windows 8 or 10
- Check your running programs. Open up Windows’ Task Manager and see if there are any programs working hard that shouldn’t be. If your computer is constantly working hard due to a runaway program, its fans are going to run much more often.
But let’s say you’re still not satisfied. Depending on your computer, you may be able to change how hard and how often the fans run to cool down your PC. This is especially common (and necessary!) with home-built computers, but can sometimes work on pre-built desktops and laptops as well—though your mileage may vary.
The Different Ways Fans Connect to Your PC
The fans in your computer can get power in one of two ways: From the motherboard, or directly from your computer’s power supply. If they’re connected to the power supply (usually through a Molex connector), there’s no way to control them through software—you’d have to hook them up to a hardware fan controller.
If you can connect them to your motherboard, however, you may have options.
Motherboard-connected fans come in two varieties: those with 3-pin cables, and those with 4-pin cables. In addition, your motherboard can either have 3-pin sockets or 4-pin sockets (or both!). Having a 4-pin fan connected to a 4-pin socket is ideal, since 4-pin connections allow your fans to be controlled through pulse-width modulation, or PWM.
If your motherboard only has 3-pin connections, though, you can sometimes control the fans by changing the voltage supplied to the fan. Not all motherboards support this, so you’ll probably have to check your motherboard’s manual or search the web for answers. In addition, voltage control isn’t quite as smooth as PWM—but it’ll get the job done.
And, to make matters even more confusing, you can connect 3-pin fans to 4-pin sockets and vice-versa, as shown above—you just won’t be able to use PWM control.
Having trouble understanding all that? Here it is in flowchart form:
Got it? Alright, with that, let’s talk about the different ways you can control those fans.
For Simple, Built-In Controls: Check Your BIOS
RELATED:What Does a PC’s BIOS Do, and When Should I Use It?
A lot of modern computers have fan controls built right in—you just need to dig into the BIOS. To access the BIOS, you’ll need to reboot your computer, and then press a certain key as it boots—usually Delete or F12. Your boot screen will let you know which, with a line like “Press DEL to enter setup”.
Once in the BIOS, you may have to hunt around to find your fan controls. I found them under Settings > Hardware Monitor on my MSI motherboard, but the location of yours may vary. (If you don’t find them, it’s possible they aren’t available on your PC.)
Every motherboard’s fan controls are different, but most will follow a somewhat similar pattern. You’ll get the choice to enable automatic fan control for your CPU fan (which is attached to your processor) and SYS fans (or system fans, which are usually spread around your case).
Your CPU fan will likely have an option for a target temperature, in degrees Celsius, and a minimum speed, either in percentage or RPM. Basically, this allows you to say “Keep my fan at X speed until the CPU reaches Y degrees—then intelligently ramp up the fan to cool it down.” The hotter your CPU gets, the faster your fan will spin. Not every motherboard will have all these options—some simplify it more than others—but most will follow this general pattern.
NOTE: If either of these values is too low, you’ll run into a bit of an annoyance. Your fan will ramp up to cool the PC, and slow down when it reaches your target temperature. But then your temperature will increase, because the fan has slowed down, creating a situation in which the fan is constantly ramping up, slowing down, then ramping up again every minute or two. If you find that happening, you’ll want to raise your target temperature and/or raise your minimum fan speed. You may have to play with these values a bit to get them just right.
Your SYS fans may have similar options, or you may only be able to set them to certain constant speeds. Dig through your BIOS settings and your motherboard’s manual for more information on your specific PC.
For example, in my computer’s BIOS, I can only automatically control fans based on the CPU temperature. If you want to control your fans based on other values, like your hard drive temperatures, you’ll want to take a look at the next section in this article, “Get More Advanced Control with SpeedFan”.
Some motherboards may also come with their own applications to control the fans, in addition to the built-in BIOS options. We won’t go over these today, since they’re dependent on your motherboard and will be different for everyone—and the BIOS options are usually a better choice.
Get More Advanced Control with SpeedFan
If your computer’s BIOS doesn’t have enough options for you, you can get more control with a Windows program called SpeedFan. It’s a little more complex, and somewhat old at this point, but it allows you to control fans based on the temperature of any component (not just your CPU), and allows you to monitor everything from one window. Due to its complexity, though, we only recommend you download this application if you’re an advanced user. You’re messing with your computer’s cooling system, and if you aren’t careful, you could damage your hardware.
Also, keep in mind that SpeedFan will not support every computer, so not everyone will be able to control their fans with this program. But, when it works, it’s pretty useful. You can check SpeedFan’s list of supported chipsets here, or just give it a try for yourself. Even though my motherboard wasn’t listed, it still worked well on my home-built PC. If at any point you find these instructions aren’t working for you, it may just be because your motherboard or fan setup is incompatible with SpeedFan. Don’t feel bad—you aren’t the only one.
NOTE: Turn off any fan settings in your BIOS before using SpeedFan, as the two can conflict. If you altered any settings using the above instructions, head back to your BIOS and set any smart fan functions to “Disabled”, and all your fans to 100% before continuing.
Step One: Download SpeedFan and Get Acquainted
Download SpeedFan from its home page and install it (watch out for the ads on the download page—the real download link is much smaller, where it says “the latest version is ___”). Start it up, and—after giving it a few seconds to scan your machine—you’ll see the main window.
On the left, you’ll see a column that shows how fast your fans are running in rotations per minute (RPM). On the right, you’ll see a list of temperatures for your graphics card, motherboard chipset, hard drives, processor, and more.
SpeedFan, unfortunately, doesn’t always label thing super descriptively. For example, in my screenshot, you’ll notice that some sensors are just called “Temp1”, “Temp2”, and “Temp3”—in my case, these are motherboard and system temperatures. HD applies to my hard drives, and “Core” 0-5 apply to the six cores on my CPU. (Note: Some AMD machines may have a “CPU Temp” and a “Core Temp”—Core is the one you want to monitor.)
RELATED:How to Monitor Your Computer’s CPU Temperature
In addition, not all of your sensors may be visible in SpeedFan’s main window, depending on how many you have. If you click the “Configure” button and go to the “Temperatures” tab, you’ll see a full list. If you aren’t sure what any of these sensors are, you might try downloading a tool likeHWMonitor and matching its values up with SpeedFan’s so you know what’s what.
You can rename any sensor from this window, which is useful if something doesn’t match up with what you see in HWMonitor. You can also drag them around to reorder them, and those changes will appear in SpeedFan’s main window after you click OK.
You may also note that some values are absurd—like my Temp2, Remote 1, and Remote 2 temperatures, which show as -111 degrees Celsius. That obviously isn’t accurate, and usually means there is no sensor for that entry. From the Temperatures tab, you can uncheck these sensors to hide them from SpeedFan’s main window. You can also uncheck other items you don’t need to see—for example, I’ve chosen to only show my CPU’s hottest core, rather than all six. This helps declutter the main window.
In general, GPU, HD, and CPU (or “Core”) temperatures are the ones you’ll want to watch most closely.
Lastly, you can also put an icon in your system tray that will monitor your system’s temperatures, which is useful as you configure SpeedFan. You can customize this icon in SpeedFan’s configuration under the Options tab.
Now that you’ve gotten acquainted, it’s time to actually make use of this program.
Step Two: Test Your Fan Controls
Let’s start playing with some fan controls. Click the Configure button and head to the Advanced tab. Click the “Chip” dropdown and choose your motherboard chipset from the list. Click the “PWM Mode” options and make sure they’re all set to “MANUAL” using the dropdown at the bottom of the window.
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NOTE: You may have multiple “Chips” in the topmost menu, so check them all—I had two items that started with “F” that I had to tweak.
Before you adjust anything else, go to the Options tab and check the “Set fans to 100% on program exit” box. This ensures that if you accidentally exit SpeedFan—which would then cease to automatically adjust your fans—your fans will ramp up to 100%, ensuring they don’t get stuck at a low fan speed and overheat your computer.
Now, click OK to go back to the main SpeedFan window. Use the arrow buttons to raise or lower the speed of your first fan—in my case, Pwm1. As I changed its speed, I could see the RPM values change for Fan1—so I deduced that Pwm1 controls Fan1. Since I can also hear and see the inside of my computer case (you may need to open yours up), I know that this is the fan connected to my CPU.
So, in the “Fans” tab of the configuration window, I’ve renamed Fan1 to “CPU Fan”. I’ve also gone to the “Speeds” tab and renamed “Pwm1” to “CPU Fan”. To rename an item, just highlight it and press F2. When you press OK, the changes will propagate to the main SpeedFan interface, as shown below.
That makes things a little clearer, doesn’t it?
You can repeat this process with your other fans. In my case, my CPU fan is the only 4-pin fan in my computer, and my motherboard doesn’t support voltage control for my 3-pin fans. So I’m basically done. But I’m going to rename the other fans anyway, and remove sensors that aren’t attached to a fan—just so I can keep track of which ones are which.
Step Three: Customize Your Automatic Fan Controls
Alright, now that we’ve organized all our sensors and fans and given them proper names, it’s time to set up automatic fan control.
Click the Configure button to head back into the configuration menu. Most of what we want is in the “Temperatures” tab. We’re going to set certain fans to speed up or slow down based on the temperatures of certain sensors. So, for example, we can set our CPU fan to speed up when our CPU gets hot, thus helping it cool down. You could also, for example, set your front chassis fans, which are next to the hard drive, to speed up when the hard drives get hot. You get the idea.
From the “Temperatures” tab, click on the plus sign next to a sensor to see all the fans it can control. Check the fans you want it to control. In my case, I want “Core 5” (my hottest CPU sensor) to control my CPU fan—so I’ll check that.
Then, select the sensor itself—in my case, I clicked on “Core 5”—and you’ll see a few more options at the bottom of the window: “Desired” and “Warning”. “Desired” is the temperature at which the fans will start reacting. “Warning” determines at what temperature SpeedFan warns you that a component is getting hot (with a little flame icon next to the temperature), and starts running the fans at 100%.
In my case, my CPU is overclocked, which means it runs a little bit hotter—and I’m going for silence whenever possible. So I’ll set my “Desired” temperature to 55, and my “Warning” temperature to 80. Your values may vary for your particular CPU, fan, and preferences.
Click OK when you’re done, and repeat this process for any other sensor you want to affect your fans.
Lastly, head to the “Speeds” tab, and select a fan. You’ll get two options: “Minimum Value” and “Maximum Value”. These do exactly what they sound like—the minimum value is the speed the fan will run when your temperatures are below the Desired you just set, and maximum is the maximum speed when it’s between Desired and Maximum. (Once your temperature reaches maximum, the fan in question will always run at 100%.) You may be able to set some fans to a minimum of 0 if they’re not directly connected to a component (like your CPU), keeping your PC extra quiet—but note that some PWM fans may not work at 0% in SpeedFan.
Check the “Automatically Variated” box, and repeat this process for all your fans that are affected by a sensor. Click OK when you’re done.
Again, these are just my values—I have a particularly large heatsink, so 15% is a pretty safe number. If you have a smaller heatsink, as most computers do, you may want to set your minimum higher than 15% to start.
Lastly, back at the main SpeedFan window, check the “Automatic Fan Speed” box. Keep an eye on your fan RPMs and temperatures—you should find that they react just as you set out in the Temperatures and Speeds tab.
NOTE: If your “Desired” or “Minimum Speed” is too low, you’ll run into a bit of an annoyance. Your fan will ramp up to cool the PC, and slow down when it reaches your desired temperature. But then your temperature will increase, because the fan has slowed down, creating a situation in which the fan is constantly ramping up, slowing down, then ramping up again every minute or two. If you find that happening, you’ll want to raise your “Desired” temperature and/or raise the “Minimum Speed” level for that fan. You may have to play with these values a bit to get them just right.
Step Four: Set SpeedFan to Start Automatically
Now that your fan configurations are all set, you’ll want to ensure SpeedFan is always running, keeping your machine cool and quiet.
First, we’ll set SpeedFan to start with Windows. Strangely, SpeedFan doesn’t have a built-in option for this, so we’ll do it manually with Windows’ Startup folder. Open the Start menu, navigate to SpeedFan’s programs entry, and right-click on the SpeedFan icon. Go to More > Open File Location.
Right-click on the SpeedFan shortcut and select “Copy.”
Then, in File Explorer, type shell:startup into the address bar, and press Enter. This should bring you to the Startup folder. Right-click on an empty area to Paste a shortcut to SpeedFan in this folder.
This will ensure SpeedFan starts whenever Windows does.
Lastly, from SpeedFan’s main window, click Configure and go to the Options tab. Check the “Minimize on Close” option. This ensures you won’t quit SpeedFan accidentally. You can also choose to check “Start Minimized” if you don’t want to see the SpeedFan window every time you start your PC.
As you use your computer, keep an eye on those speeds and temperatures for a few days to make sure everything is working as intended. The last thing you want to do is fry your CPU because of a typo. If anything ever doesn’t seem right, go back into SpeedFan’s settings and adjust your configuration.
But, provided everything works properly, you’re all done! SpeedFan has even more options (you can even create your own response curves with “Advanced Fan Control” in the “Fan Control” tab), but this basic setup should be more than enough for most people. A little configuration is all it takes to keep your computer cool when it’s working hard, and quiet when it isn’t.
Image Credit: Kal Hendry/Flickr
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