Optimal Samsung monitor settings. How to calibrate and set up a monitor at home

The monitor does not always reproduce colors perfectly. And it doesn’t matter whether it’s expensive or cheap. The monitor needs to be configured like other devices that are display media. Regular the adjustment consists from standard settings for brightness, contrast, clarity, saturation, and so on. But there are also other parameters displays, more subtle. If the computer is used for simple tasks in the office, then this is not necessary. But if you need to constantly work with graphics, then the color rendition must match the source material. This is an important parameter and in this case it is necessary to calibrate the display.

• You need to calibrate your monitor in 20 minutes after switching on, that is, after complete warming up.
• Before you start, you need reset all monitor parameters are the same as those that were set at the factory. If such a function is not provided in the monitor, then you will need a program wini2cddc. It is a trial and 30 day trial. After the reset it is not needed and will be uninstalled.
• If there were parameters changed, then you need to re-calibrate;
• If there are automatic Contrast and brightness adjustments should be made disable their;
• If there is no calibrator and calibration using the program fails, when working with images, you should save them originals.

Settings and image quality assessment

If the display has a low-quality matrix, then it can often be errors when colors are selected when committing processing pictures, photographs and layouts for printing, when creating websites and resources.

There is a special picture that allows you to evaluate the quality of the calibration. On both sides there are numbers from 1 to 5. So, if the calibration is more or less successful, then it should be visible from three digits, and if perfect, then all five are above and below. If settings bad, then 1-2.

You need to remember how many numbers are visible and adjust until there is a medium or high level. You can also open the picture and customize based on it.

In order for the image to be clearly visible, first wipe the screen itself, so that nothing interferes or spoils the picture, and then adjust it.

Adjusting brightness and contrast

Brightness can also be configured using a special picture. On her, you need to make sure that the colors of the suit and shirt, which are black, didn't merge. That is, it was possible to distinguish where the jacket was and where the shirt was. There is also a cross in the background, it should be clearly visible.

Adjustment contrast makes it so that there are noticeable light colors, and their details are distinguishable.

There are folds and buttons in the image, so you need to choose the calibration so that they are clearly visible. It is better to set this parameter to zero position, and then little by little raise. If they start to disappear, then you need to reduce.

Gamma and Gray Adjustment

Gamma is an important parameter. However, not every monitor allows you to configure it properly. But we must try to bring it to ideal, that is, as best as possible. If she's set up qualitatively, then dark and light spots will not be visible in the center of the image.

Correct gray calibration will remove those colors shades, which make the display image worse. Adjustable three colors: red, blue and green. If the calibration is perfect, then there should be no third-party colors in the picture, only ideal grey colour.

Configuration programs

There are a lot of different applications for this, from the simplest to the most complex, with subtle calibration capabilities:

• Atrise Software LUTCurve– the best utility with a large number of settings.
• Eberhard Werle QuickGamma– this program allows you to adjust colors and gamma.
• TFT Test 1.52– this program contains 12 pictures for setting up and comparing displays.

How to calibrate your monitor | Two Reasons to Calibrate Your Monitor

If you have already gone through all the stages described, it means that a lot has already been done. If your monitor does not have a color management system, or you want to create an ICC profile, you are welcome to the next section, where we will explain in detail how it works.

How to calibrate your monitor | Application: How to adjust color

In monitor reviews, we always measure the color gamut and brightness of the signal, even if in most cases these parameters are not adjustable. This requires a color management system (CMS), which is not available on most monitors. In particular, our experience with this feature is based on only a couple of expensive TVs and projectors. If your monitor settings include color gamut presets, you can use them to improve color accuracy. You should choose the one that best suits the user's needs (sRGB/Rec. 709 for most applications or Adobe RGB 1998 for image editing). A measurement must then be carried out to ensure that the preset meets the standard requirements.

Let's do a little "anatomy" lesson.

Chromaticity of AOC Q2963PM after calibration

You will find such a diagram in all our monitor reviews. This particular one belongs to the monitor AOC Q2963PM. At the top is the color saturation field. Color saturation level is simply the distance from the white point on the CIE chart. You can see how the reference dots go in a straight line from the white point towards each primary and secondary color. The further the point is from the center, the greater the saturation until the measurement reaches 100% at the top of the gamut triangle. Instead of measuring only the 100% saturation level, we also measure stops at 20, 40, 60 and 80%. If you only measure saturation at 100%, many monitors can generate decent looking charts. Measurements at different levels provide more accurate color gamut results.

The middle part of the chart shows the brightness of the color gamut. This is the third dimension of color that is missing from the CIE chart. We believe it has a greater impact on perceived color accuracy than the points on the gamut triangle. The shorter the columns, the higher the quality. This monitor is excellent.

The bottom diagram contains Delta E error data. Here, too, values ​​below three are invisible to the naked eye. Our chart shows the errors for each color at each saturation level.

If you have one of the very rare displays with a color management system, then a quick guide to setting it up might be useful. Please remember that no two systems are the same and some may not work correctly. You should use the CMS carefully, using the necessary tools and understanding that your actions may not improve the quality of the image.

Traditional CMSs have three adjustments for each primary and secondary color: Hue, Saturation, and Lightness. Obviously, each has certain effects. Let's take another look at the blank CIE chart.

For example, if you adjust the tone to green, the color point will shift towards cyan or yellow. If you adjust the tone of a secondary color, its point will move towards one of the primary colors that it is composed of. For example, purple moves between blue and red.

Adjusting saturation moves a color closer and further from the gamut triangle. As with the grayscale adjustment chart (bullseye), you can manipulate hue and saturation adjustments to bring the color point into the target square.

Now let's look at adjusting the brightness.

In CMS, brightness is simply another term for signal brightness. To configure it, you first need to set the color points on the CIE chart. Then, starting with red, adjust the lightness until the bars shown above are as close to zero as possible. It sounds simple, and maybe it is. There is a chance that all three settings will influence each other, and you will have to tinker a lot to get the best result. Setting up a CMS can take a long time. However, the basic procedure involves adjusting the hue and saturation for each color, and then you need to go back to adjusting the lightness.

Creating an ICC profile

Most monitors have chromaticity data built into the firmware, but this assumes it was measured correctly at the factory. And, based on our experience, we know that no two monitors are identical. It is best to create an ICC profile by measuring the primary colors yourself. We use the free QuickMonitorProfile program for this.

After collecting the CIE coordinates for each primary color, you have everything you need to create a profile. All you have to do is select Custom from the Chromaticity drop-down menu, and then enter the X and Y values ​​for each color. You can then save them so that you can return to them later if necessary.

How to calibrate your monitor | Calibrate your monitors to improve image quality

Since the calibration steps are well-diluted with theoretical information, we decided to combine them into one compact list of recommendations:

1. Warm up the monitor for at least 30 minutes before taking any measurements. It's better to be sure that the backlight is completely stable.
2. Select a picture mode that gives you access to all possible settings, including level points, gamma, grayscale, and color.
3. Customize your levels with PLUGE and templates. Try to prevent clipping of the darkest and lightest areas of the brightness scale. It may be worth using a meter to determine the maximum light level. We always use 200 cd/sq.m.
4. Set the gamma control to 2.2, if available. To unlock the RGB sliders, the color temperature setting must be set to custom or custom.
5. Make sure the gamma is close to 2.2. If not, change the preset.
6. Using the 80% white template as an example, adjust the RGB sliders using a meter and appropriate software. We like the bar and bull's-eye charts, but you can use whatever method you prefer and use to set the white point to 6500K or D65.
7. Measure color gamut using window templates. Record CIE coordinates to create an ICC profile. Some software packages will do this for you. If your monitor offers a choice of color gamuts, choose the one that best suits your needs. sRGB/Rec. 709 are great for gaming, watching videos and working on a PC. Adobe RGB 1998 is suitable for photo editors if the camera has the same color gamut.
8. Check the results with a final series of measurements. Now everything is ready!

The main advantage of this method over a software compatibility table is related to stability. With LUTs, it's very easy to start chasing color settings after each other, especially when you add an additional ICC profile variable. Each application performs its functions slightly differently, and a slight change in color on your monitor can mean a big inconvenience later when you're printing an image, for example. When the display is properly configured with its own adjustments, there is no need for a LUT and you can use a single ICC profile that is turned on or off depending on the application. For example, when creating graphs for reviews, we do not use profiles, since everything is created for the Internet.

If you want to figure out which monitor to buy, it's fairly easy to create your own benchmarks based on the steps above. Then you will know exactly the weaknesses or strengths of the display. Similar to how we look at brightness, gamma, grayscale and color, you can test these parameters to find a model that suits your needs.

If after reading this material you still have or have new questions, we would like to warn you that a new article on this topic is coming. Next time we'll focus on the CalMAN CalPC package. SpectraCal has several kits with inexpensive meters and a template-generating client module for about $300. If you already have a measuring device, you can additionally buy the program online for $149.

We hope you now have a better understanding of monitor calibration and how the built-in adjustments work to improve image quality. By following the steps in this article that we use in our reviews, anyone with the right tools can achieve the same results.

Correct monitor screen settings it is needed so that later you can work comfortably at the computer, and there is no need to talk about high-quality processing of images and photographs. Often the standard settings with which the monitor is sold to you in the store are too high. Brightness and contrast should definitely be adjusted by users themselves, who very often do not even suspect it.

To calculate the monitor diagonal, you can use the monitor diagonal calculator in inches and centimeters.

Here we will talk about simple setup, professional calibration is too complicated.

Customize display This is possible either using the operating system installed on the computer (software setup), or directly using the control keys located directly on the monitor (hardware setup).

Hardware screen setup.

After reading the instructions, learn the monitor buttons. If everything is clear, let's move on to configuration.

It is important that screen settings was carried out in a properly lit room. If the monitor is positioned so that the screen is exposed to direct sunlight or light from strong lamps, you can forget about normal screen settings. Try to use the recommendations below:

• The monitor should not be exposed to rays from a bright light source;
• The light should not blind the eyes;
• Use, if possible, uniform illumination, which can be provided, for example, by an LED strip.

Setting up the montor image and assessing its quality.

When working on a monitor equipped with a low-quality matrix, in most cases, when processing photographs and images, errors occur when choosing colors and their shades.

Using the picture below, you can easily assess the correctness your screen settings. Each half contains numbers from 1 to 5.

If you can clearly see all the numbers on both stripes, then monitor settings good. If you see only 3, then this is a satisfactory setting, but if only 1 and 2, then the setting is completely useless.

Adjusting the contrast on the screen.

This option helps differentiate between light colors and their details.

The picture shows screen contrast settings, to configure, select the quality at which the buttons and folds become clearly visible against the whiteness of the shirt. You should set the contrast to zero and then slowly increase it. If the button details start to disappear, go back a little.

Adjusting the gamma on the screen.

Setting this option to perfection may not be possible on every display, but it's worth a try. A good setting would be to make the light and dark spots disappear in the center of the image.

Adjusting the gray tint on the screen.

This option will save you from unnecessary shades that distort other monitor colors. Both using the program and using the monitor menu keys, the option is configured by adjusting the primary gamma colors - red (red), green (green) and blue (blue). At best, a picture with gray stripes should not be clogged with other shades. Only gray shades.

Ideal setting

Setting up the screen using a program on your computer.

Launch the calibration tools (Description for Windows OS users).

In Windows 7, click “Start” and type “calibration” into the search bar. The test menu will light up. We pass them and monitor settings completed.

In Windows 10, also enter “cttune” in the search. ClearType starts. We turn on and select the images that are most convenient for your vision. Enter the command "dccw". We get to the page for calibrating the gamma of various visual options. It is written there how to pass the test, you just need to follow the instructions.

To calculate the TV diagonal, you can use the TV diagonal calculator in inches and centimeters.

Checking the result. Let's return to the beginning of the article and look at our images with numbers. If at first your settings were useless, now you will definitely see at least one digit more than at the beginning.

When you're right customize your screen, you will be surprised by the capabilities of your monitor!

15-12-2013, 23:39

Description

So, let's assume that you are the proud owner of a brand new monitor. When purchasing, all necessary precautions were taken: the monitor was purchased from a well-known company, before purchase it was tested with a special program, more computer-experienced friends helped you choose a monitor, etc. However, for the monitor to work successfully, it is not enough to simply plug it into the network and connect to a computer: the device must be configured correctly.

ATTENTION

If you purchased the monitor in the cold season, then after delivery from the street you need to let it stand in a warm room for at least two hours. If this is not done, the monitor may fail, and in this case you most likely will not have to count on a warranty replacement or repair.

Setting up a monitor can be divided into two stages: hardware and software. Let's take a closer look at each of them.

Hardware level

To configure the monitor at the hardware level, there are buttons, which in the vast majority of monitors are located on the front panel. To call up the setup menu, you most often need to press the Menu button. The contents of this menu may vary depending on the specific monitor. By the way, on very old monitors there is no setup menu at all.

NOTE

On some monitors, the setup menu disappears automatically after 10 seconds of inactivity.

I will list the items that are most often found in the monitor settings menu.

Some of them correspond to TV settings.

• ? Brightness and Contrast - these parameters are present in almost all modern monitors. It is difficult to recommend a specific level of brightness and contrast: these indicators are determined individually for each monitor. However, in any case, it is not recommended to set the maximum brightness and contrast (unless, of course, your monitor’s cathode ray tube begins to “shrink”).
• ? Horizontal position and Vertical position - here you set the centering of the image placement on the screen horizontally and vertically. For example, if an empty vertical bar appears on the left side of the screen, and the image on the right side extends beyond the visible area of ​​the screen, then you need to adjust the horizontal position of the image.
• ? Horizontal Size and Vertical Size - using these menu items you set the required horizontal and vertical size of the image. In other words, here you can “stretch” or “compress” the image horizontally or vertically, respectively.
• ? Cushioning - this menu item allows you to adjust the convexity or concavity of the image on the sides. Many users set this parameter to 40.
• ? Geometric distortion - this menu item consists of several submenus, which include: Keystone, Parallelogram, Rotation, Balancing and Linearity. Each of these submenus is designed to configure a corresponding image parameter: for example, using the Trapezoid parameter, you can change the image into a trapezoid shape, etc.
• ? Language - in this menu item, select the language in which the contents of the monitor settings menu will be displayed.
• ? Special functions - this menu item contains several submenus designed to configure specific parameters, for example, horizontal and vertical moire, video signal level, etc. It is not recommended to change the values ​​of these parameters unless absolutely necessary.
• ? Magnification - by setting this parameter you can enlarge or reduce the image.
• ? Degaussing is a function designed to demagnetize the monitor. Periodic demagnetization helps to increase the service life of the device.

It should be noted that many monitor hardware settings have default values ​​that are acceptable for use.

Screen settings configured in the operating system

In addition to the built-in menu, there are some operating system parameters for setting up the monitor.

As noted above, to switch to the screen settings mode, click on any free space on the Desktop and select Properties in the context menu that opens. In this case, a screen settings window will appear on the screen, consisting of the following tabs: Themes, Desktop, Screensaver, Appearance and Options. Let's look at the order of operation on each tab.

The contents of the Themes tab are shown in Fig. 2.9.

This tab is intended for selecting a desktop theme and interface elements. An inexperienced user may have a question: what is a “theme” and why choose it?

The concept of “theme” includes the totality of all visual settings of the system: the color design of windows, the appearance of icons, the taskbar, the Start button menu, the fonts used, the appearance of the mouse pointer, etc. As part of a theme, these settings represent a single whole and determine the overall operating system interface design style.

Select the desired theme from the Subject drop-down list. Windows XP Professional comes out of the box with two themes: Windows XP (which is installed by default) and Classic (you can select this theme to return to the interface used in previous versions of Windows). If you want to use any other theme, select Browse from the drop-down list and in the Open theme window that opens, specify the path to the required theme file (the theme file has the THEME extension).

On the Internet you can find a wide variety of operating system interface themes (not only Windows XP, but also other systems). To reduce eye strain, it is recommended to choose a calmer theme, avoiding too bright designs, as well as animation, cartoon and similar effects.

The Sample field displays an example of the interface with the selected theme (for example, Fig. 2.9 shows the interface design with the Windows XP theme).

Using the Delete button you can delete the selected topic. I note that deleting themes that were originally installed in the operating system is impossible.

One of the most important elements of the operating system interface is the Desktop. We can say that this is the face of the operating system. The first thing we see on the screen after loading Windows is the Desktop, so setting it up should be taken seriously.

To switch to the Desktop settings mode, in the Properties: Screen window, go to the Desktop tab (Fig. 2.10).

As you know, the design of the Desktop largely depends on its background image, which is used as a kind of decoration. The desktop background image is selected in the Background image field, after which it is displayed on the sample (in Fig. 2.10, the Azure background image is selected). After selecting the desired pattern, click Apply or OK.

The system's capabilities provide for the choice of a non-standard desktop background image. To do this, click the Browse button and in the window that opens, according to the usual Windows rules, specify the path to the picture file. You can use files of various types (BMP, GIF, JPG, etc.) as desktop background images.

If necessary, you can fine-tune the Desktop. To switch to the appropriate mode, click the Desktop Settings button, which is located under the Wallpaper field. OKI Yu Desktop Elements will appear on the screen, shown in Fig. 2.11.

This window contains two tabs: General and Web. On the General tab, in the Desktop Icons area, select Windows elements whose icons should be displayed on the Desktop (to do this, select the appropriate checkboxes). You can control the display of the following icons: My Documents, My Computer, My Network Places, and Internet Explorer. In any case, it is recommended to enable the display of the My Computer icon.

If necessary, you can change the icons of items on the Desktop. To do this, in the field located under the Desktop icons area, you must select the required icon and click the Change icon button. As a result, the Change icon window will appear on the screen, in which in the Search for icons in the following file field you should specify the path to the icon file and the file name. The Select icon from the following list drop-down list contains a selection of available icons (there can be multiple icons in one file). To select an icon, you must enter its path in the Look for icons in the following file field or select an icon from the Select an icon from the following list drop-down list, and then click OK (if the file contains multiple icons, you must do both). You can also use the Browse button to specify the path to the icon file.

At the bottom of the General tab, there is a checkbox next to Clean your desktop every 60 days. When this box is checked, the mode for automatically cleaning the Desktop from unused elements is enabled. To do this, use the Desktop Cleanup Wizard, which automatically runs along with the operating system every 60 days. If necessary, you can use this wizard at any time by clicking the Clear desktop button.

On the Web tab, a list of web content on the Desktop is formed (the display of web elements can be enabled by checking the appropriate boxes). New elements can be added to the list using the Create button, and selected ones can be deleted using the Delete button. To switch to the mode of viewing and editing the properties of the selected element, click the Properties button. Use the Synchronize button to immediately update your Desktop web content. If you want to prevent web elements from moving on the Desktop, select the Lock desktop elements check box.

On the Screensaver tab (Fig. 2.12), select an image (usually moving), which is launched by the system automatically after the computer has been idle for some time. This interval is specified in the Interval field.

ATTENTION

The Interval field is editable only if any value other than None is selected in the Screensaver drop-down list.

The required image is selected from the Screensaver drop-down list. Like the Desktop tab, the selected image is shown at the top of this tab. If necessary, you can view the selected screensaver in full screen mode using the View button.

By clicking the Options button located to the right of the Screensaver field, you can switch to the mode for viewing and editing the properties of the selected screensaver. The appearance and composition of this window depend on the specific screen saver. For the Windows XP screensaver, which is selected in Fig. 2.13, there are no customizable parameters, and when you press the Parameters button, the system will display a corresponding message. This button is only available if the Screen Saver field is set to anything other than None.

Using the Power button, you can enter the mode for adjusting the monitor's power settings. At the same time, the Properties window will appear on the screen: Power Options, in which you select a power management scheme, set the time intervals at which the computer will turn off the monitor and hard drives from power when there is no activity, and also determine the values ​​of other parameters.

As already noted, the user selects a specific theme to design the Desktop and interface elements. However, there is often a need to fine-tune the design, for which a separate tab is provided (Fig. 2.13).

At the top of the tab, a sample design is displayed in accordance with the current settings (titles of the active and inactive windows, text in the window, etc.).

From the Windows and buttons drop-down list, select the desired window and button design style. The contents of this list depend on the theme selected on the Themes tab (see Figure 2.9). For example, for the Windows XP theme, you can select one of the following values ​​from this list: Classic style or Windows XP style.

From the Color scheme drop-down list, select a design color scheme. The contents of this list depend on the style selected in the Windows and Buttons list. For example, for the Windows XP style, you can choose the Olive, Silver, or Standard (blue) color scheme. The default color scheme is Standard.

The Font Size drop-down list contains options for the font size that can be applied to the selected color scheme. For example, for the Standard color scheme, this list contains the values ​​Normal, Large font and Huge font, but for the Pumpkin color scheme (which can be selected if the Windows and buttons parameter is set to Classic style), only one font is set - Large.

If necessary, you can configure certain display effects of interface elements, as well as other additional parameters. In order to switch to the appropriate modes, you should use the Effects and Advanced buttons located at the bottom right of the tab. Let's consider these modes in more detail.

To configure additional effects, click the Effects button, which opens the window of the same name (Fig. 2.14).

In this window, configure the following parameters.

• ? Once you select the Apply the following transition effect for menus and tooltips check box, a drop-down list is available from which you can choose whether to dim or expand menus and tooltips.
• ? The Use the following screen font smoothing method checkbox is only available if your video adapter and monitor support at least 256 colors. When you check this box, you can select one of the following values ​​from the drop-down list: Normal (this method is recommended for stationary desktop monitors) or Clear Type (designed for laptop computers).
• ? By checking the Use large icons checkbox, you enable the mode of using large icons for folders, files and shortcuts on the Desktop. This is convenient for people with low vision, but when this mode is turned on, fewer icons and shortcuts fit on the Desktop than usual.
• ? By checking the Show shadows checkbox, dropped menus enable the display of transparent shadows, giving the menu a three-dimensional appearance.?
• ? If the Show window contents when dragging check box is selected, the contents of the window will be displayed when you move or resize the window. If this check box is cleared, then when performing the specified actions, only the outline (borders) of the window will be displayed.
• ? When the Hide call indicators from the keyboard until pressed check box is selected designations of active objects (interface elements) will be hidden until actual movement through the system begins (usually using the Alt, Tab or cursor keys). I note that in most cases such designations represent a rectangle of dots that surrounds the active object (interface element).

Most effects, of course, improve the ergonomics of the interface and have other advantages, but the following must be taken into account: the fewer effects are enabled, the less strain on the user’s vision. To paraphrase a well-known saying, in this case we can say: “Simplicity is the key to health.”

To switch to the mode for setting additional design parameters, click the Advanced button on the Design tab (see Fig. 2.13). As a result, the Additional Design window will appear on the screen, shown in Fig. 2.15.

In this window, you can fine-tune the design of each individual interface element.

The Element drop-down list contains interface elements whose design parameters can be changed. These parameters are configured in the Size, Font fields and using the Color 1, Color 2 buttons. These parameters are available depending on what value is selected in the Element list. For example, for the Active Window Title element, you can configure all of the listed parameters. If in the Element list you select the Desktop value, then only the Color 1 button will be available (see Fig. 2.15), etc. To save the settings you have made, click OK in this window. Using the Cancel button, you can exit this mode without saving changes.

Many important parameters are located on the Options tab (see Figure 2.7). First of all, the screen resolution and refresh rate are set here. How to configure these parameters is described above, in the subsection “The most important technical characteristics of the monitor.”

From the Color rendering quality drop-down list, select the desired monitor color rendering quality. In most cases it is appropriate to use the default value.

If there are malfunctions in the monitor's operation, you should use the Diagnostics button to troubleshoot possible problems. When you click this button, the Help and Support Center window will appear on the screen, where you can find the necessary information on the problem that has arisen.

To switch to the mode for setting additional parameters of the monitor and video adapter, use the Advanced button. When you press this button, the window shown in Fig. 1 will appear on the screen. 2.16.

This window consists of several tabs: General, Adapter, Monitor, Diagnostics and Color Management. In the Compatibility area of ​​the tab

General (it is open in Fig. 2.16) there is a switch that can take the following positions:

• ? Restart the computer with the new display settings - changes to the monitor settings take effect only after the computer is restarted;
• ? Apply new display settings without rebooting - changes in monitor settings take effect immediately after clicking the Apply or OK button on the Settings tab (see Fig. 2.7);
• ? Ask before applying new display settings - after changing monitor settings, the system will ask you to confirm the reboot.

Please note that some programs may not work correctly if you do not restart your computer after changing your monitor settings.

A modern person spends a lot of time at a computer, be it stationary equipment or a laptop, so it is advisable to create the most comfortable conditions for yourself when working on it.

In addition to external factors such as room lighting, device settings play a large role in ensuring convenient and safe use.

For the most fine-tuning, a program for .

Introduction

What are these programs and what are they for? Such software provides quick access to all possible settings and parameters of the computer screen. Using it, you can adjust any monitor parameter optimally exactly “for yourself.”

Of course, access to most of the functions provided by such a program is can also provide the computer's own resources, for example, they can be accessed via Control Panel.

However, doing this through a special program, in fact, with one click, is much more convenient.

The functionality of such programs is quite wide - they help change the color, brightness, screen resolution, screen management, adjust the position of buttons, panels and shortcuts, etc. That is, such software “collects” all the possibilities for changing screen parameters to simplify access to them .

In addition, some software helps you configure more complex settings that cannot be changed using the computer’s own resources.

Why is it so important to carefully fine-tune your monitor settings? This is due to the fact that the main load when working at a computer falls on the eyes, and it is the screen that creates it. Thus, with careful adjustment of the monitor, this load can be reduced, which can potentially even help maintain good vision.

Main characteristics

Choosing the most optimal program is often quite difficult, since it is necessary to simultaneously take into account a whole variety of parameters.

To simplify and speed up this process, the summary table below shows the main characteristics of all software included in the TOP, which may be of primary importance when choosing.

Taking these parameters into account will allow you to quickly select the most suitable software for yourself.

UltraMon

The most functional and simple program of all presented in the TOP. It is easy to work with and helps you make fairly fine adjustments to the monitor and change even the most insignificant parameters over a wide range. It is distributed for a fee, but has a trial period.

It is especially convenient for working with - it allows you to copy and move desktops from one monitor to another, copy them, stretch the taskbar across several monitors, etc. It also allows you to technically adjust screens - change color, resolution, etc.

The advantages of such software are as follows:

• “Tailored” for multi-monitor viewing;
• Simple controls and intuitive interface;
• Wide functionality.

• Paid license;
• The functionality is quite narrow, namely setting technical parameters;
• A large number of functions that are not required by the average PC user.

And here’s what users who have already worked with this program say: “I couldn’t find anything better than this program”, “It doesn’t have some of the functions that Actual Multipal Monitors has, but overall I’m happy with the software”, “It works stably, the functionality is sufficient for optimization screen management."

Nokia Monitor Test

This is a small and lightweight utility designed to configure monitor parameters (geometry, contrast, etc.) without changing its control systems. The name should not confuse you - the software is designed to work specifically with screens and .

It has high-quality Russification, and the help files installed in the utility will help you decide on the settings depending on the nature of your work and the volume of the load.

This will reduce eye strain when working at a computer.

• No need to install the program;
• Availability of reference materials for setup;
• Minimum load on the hardware and memory of the device.

• Narrow functionality;
• Lack of possibility of any adjustments other than “technical” ones;
• Works stably on most systems.

The opinions of users who are already actively using this program are as follows: “It’s a pity that it’s impossible to run X64 on Windows 8. I tried everything and nothing works”, “Allows you to properly adjust the monitor and evaluate all the main parameters of the picture. A set of tables is reference. Excellent program!”, “Helped to bring the monitor back to life.”

Power Strip

An application that allows you to configure technical parameters and control both one monitor and several at once. It is distributed for a fee due to its high complexity and wide functionality.

It differs in that it supports, including old ones.

It has 500 parameters for setting up the display and video card, both the simplest and the most complex. There is extensive and clear help for all complex and simple functions and parameters.

• Multi-screen mode support;
• Very wide functionality;
• It is equally convenient both in working with multi-screen systems and with simple ones.

• Paid software distribution;
• The need to install it;
• Quite a significant load on the memory and hardware resources of the computer.

And here’s what those who actively use it say about the program: “My favorite program,” “This program will allow you to open up new opportunities, so download it quickly,” “I’ve been using the program for a very long time, I consider it the most valuable of its kind.”

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