If your PC monitor starts to give problems or, more simply, you want to enjoy the new screens capable of ensuring very high resolutions, large panel sizes, attractive designs, sharp and clean images, you can only read our advice.
We have decided, in fact, to propose a complete and attentive content to both the needs of expert users and those less prepared on the subject. Indeed, the choice of the Best Monitor For Creators is very delicate because there are so many variables to take into consideration and purchasing solutions on the market.
Before choosing the Best Monitor For Creators, however, as often said in our guides, you need to evaluate your budget and needs to choose the ideal product. Let’s start, therefore, with advice of a general nature before going into the merits of the actual choice. Meanwhile, I remind you that choosing the best video card is essential for video rendering, especially in games.
Best Monitor For Creators | 2022
Best Monitor For Creators | 2022
Best Monitor For Creators | 2022
Best Monitor For Creators | Unrivaled Guide 2022
Following factors must be consider while buying a Best Monitor For Creators:
Pc monitor resolution
The resolution of the monitor indicates the number of pixels present horizontally and vertically within a panel.
A monitor, in fact, is made up of many pixels that can be imagined as bright points that form the whole image.
A 27 “full HD display will be the same size as a 27” 2k resolution display, but far fewer pixels / dots that define the images shown.
Types of monitor panel
Which in addition to those already listed above is an extremely important aspect to consider when buying a gaming monitor ?
Undoubtedly the type of panel mounted on the monitor!
Some of you will know that there are mainly 3 types of LCD panels for monitors and they are: IPS, VA and TN .
What are the differences of owning these three different types of panels?
The In-Plane switching ( IPS ) panel offers accurate color accuracy, wide and clear viewing angles, average response times and higher price than the other 2 options.
This is the recommended technology for graphic designers, photographers, videomakers and content creators who need a wide and reliable range of colors.
These monitors are also great for gaming if you prefer to have better image rendering than ultra-low response times.
The VA (Vertical Alignment) panel offers good contrast and deep blacks, vivid and intense colors (not at the level of an IPS panel but better than a TN panel), response times generally halfway between the other 2 technologies and angles of discreet vision.
In general, a TN ( Twisted Nematic) panel is the best for professional gamers : this technology allows you to use very low response times up to 1 ms , however sacrificing colors, viewing angles and contrast.
In simple words, a lot of responsiveness but less visual quality than an IPS panel .
Generally TN panels are the cheapest and for this reason they are currently the most used.
The size is calculated by measuring the diagonal of the screen and is expressed in inches .
The ideal size of the monitor essentially depends on your needs. However, it seems normal to me that, for a gaming PC or designed for graphic work, a large monitor will be preferable.
Much also depends on the spaces, the type of desk and the accessories at your disposal.
The dimensions are also to be related to the other factors: precisely for what has been said about the resolution, remember that it makes no sense to take a huge monitor if the resolution and sharpness of the images are not satisfactory.
If you want to delve further into the matter I propose our guides on the best 24-inch monitors and the best 27-inch monitors
PPI (pixels per inch)
The PPIs are almost the synthesis of the two points discussed above: monitor resolution and display size. In fact, PPIs are nothing more than the number of pixels per square inch of screen.
The higher this value is, the better the monitor’s ISO experience will be.
As is evident, in fact, a 32 “full HD monitor will have a lower PPI value than a 21” full HD.
Wanting to be precise and technical, in the past the term definition was used for what I called resolution above.
Aspect Ratio (or aspect ratio)
The aspect ratio is the ratio between the horizontal and vertical resolution of monitors.
The so-called “black bands”, a horrible term for an expert, are nothing more than a tool to automatically adapt the resolution of the monitor to that of the video so that it does not lose its original aspect ratio.
In other words, a video conceived for an aspect ratio 4: 3, with a height almost equal to its width, will be adapted to the 16:10 standard with the help of black bands placed on the sides (fortunately increasingly rare).
Brightness is, with the evolution of monitors, one of the least important parameters in my opinion. If in the past it was easier to find poor monitors in this regard, today the average is very good.
But brightness can still have its value and you need to know its importance: in summary, brightness is nothing more than the monitor’s ability to adapt to ambient light without losing visibility.
If a PC monitor is reached by direct sunlight it will need more brightness to be equally pleasing to the eyes: the higher the brightness of the panel, the more confident we will be to be able to use the monitor in any light condition.
Conversely, in low light conditions, a monitor will not need great brightness so as not to damage the eyes.
The unit of measurement of brightness is the NIT which indicates the number of candles per square meter (CD / m2). This value stands, on average, around 200 and 350 cd / m2 and is a fairly standardized value in recently manufactured PC monitors and good for all purposes.
Contrast (or contrast ratio)
The contrast ratio is, on the other hand, a very important value to consider when choosing the best PC monitor.
The quality and visibility of the image are related to the contrast which measures the ratio between the brightness of the brightest white compared to the darkest black. In practice, the higher this value the more the monitor will have bright whites and dark blacks.
But we must not be confused by the values declared by the producers: in fact, in addition to a static contrast, there is a dynamic type, the result of electronic optimizations that allow the contrast ratio to rise considerably, misleading consumers.
The dynamic contrast, without getting into too technical discussions, will show a much higher value than the static one.
The viewing angle is the maximum angle in which we have an optimal view of the monitor as a whole.
In other words, this is the area within which you have a clear and sharp view of the images.
Beyond the viewing angle, you will have a distorted view of the images with a decrease in brightness and contrast. Very simple to verify in practice: imagine that moving, both vertically and horizontally, with respect to what is the optimal perspective of vision, you may notice a gradual loss of definition of the image.
Well, it means that you have exceeded the optimal viewing angle.
Response time in a monitor indicates the delay with which an input signal is processed and reproduced on the monitor.
An example could be the movement of the mouse: the response time measures the milliseconds in which this movement is shown on the screen.
In general, the human eye cannot perceive differences between a monitor that responds in 8ms and one that does it in 5ms if these values, attention, are real.
So, especially for those who want to see action movies, games or have fun with a gaming PC , the response time becomes very important. But, I repeat, the real response time that can be obtained only after specific tests
Refresh rate (or refresh rate)
The refresh rate indicates the number of times the image on the monitor is refreshed.
Obviously we will have a better fluidity as the refresh rate increases .
In competitive games , high refresh rate monitors are used to obtain advantages on the response times of the eye and consequently in the reflections on the mouse and keyboard.
The 60Hz refresh rate is now obsolete and monitors with this frequency are purchased only for home use or office and work use.
To play, you now aim at a minimum of 144Hz and you can even go up to 240Hz for the most demanding, although it is important to remember that the greatest difference is found when passing from 60Hz to 144Hz. From 144Hz to 240Hz the gap is reduced but it is perceptible.
Different uses of the pc monitor
PC monitors are usually the completion of computers designed and assembled for gaming, graphics (video and photo editing) or use in the office.
The choice of the best monitor will inevitably also derive from the destination that you want to give to the PC.
Input interface and ports
Depending on your needs, a monitor can be connected to various devices with one or more HDMI, DVI or VGA cables.
But there are monitors that can also be used, thanks to USB ports, for the reproduction of photos, audio and video or take advantage of an aux input for audio playback.
Much depends on the sources at your disposal.
FreeSync and G-Sync Technologies: Which to Choose?
Surely you have heard of the Freesync and G-Sync technologies , respectively of the two houses that hold control of the market on the production of video cards or AMD and Nvidia .
These two functions to work correctly must be supported both by the video card we have and by our monitor .
First of all, however, there is a rather significant difference between the 2 technologies: the first, Freesync, also called Adaptive Sync , does not involve any increase in the price of the monitor while in the case of Nvidia video cards the G-Sync , if present on a monitor, will imply an increase in its cost of at least € 150-€ 200 compared to the counterparty.
If you are specifically looking for a G-sync monitor I recommend our dedicated guide just linked!
Both functions aim to eliminate tearing and stuttering problems during gaming sessions to offer a clear and genuine experience.
Common issues in monitor panels
Before going into the comparative guide definitively, let’s deal with an aspect that is often considered as superfluous and not taken into consideration by the vast majority of users: we are talking about the defects and problems that monitor panels have !
Particularly famous is the problem of backlight bleeding on LCD monitors : a problem that in most cases occurs in conjunction with the edges where a stronger and uneven halo of light is clearly visible with the rest of the screen.
This problem is caused by the “leaking” and “leaking” of light from the rear of the panel that cannot be blocked completely due to the materials and manufacturing processes used for these particular monitors.
It is a very annoying problem, especially if accentuated, which makes it difficult to watch films that have black bars above and below. This problem deteriorates the black uniformity of the monitor.
Similar to backlight bleeding is the IPS Glow : a problem that occurs in monitors with IPS panel and looks a lot like the previous one.
Another critical issue is clouding : it appears in the form of generally lighter patches than the rest of the panel.
It especially corrupts the uniformity of the grays.
Finally we find the dead pixels : the dead pixels !
They are quite simple to identify on the screen: they can be presented in the form of completely black pixels or even on the RGB colors then red green and blue.
Through special techniques the dead pixels can be “awakened” however if the problem persists it is better to send the product back and have it replaced.
How to best identify these issues ?
First of all, it is necessary to isolate the room where the monitor is located from any glare of light: then close the windows and turn off any active RGB lights or devices.
Secondly, it is recommended to display certain colors in full screen to check the integrity and condition of the panel.
A 100% black background can be used to detect backlight bleeding and IPS Glow issues .
With different shades of gray: from the darkest to the lightest we will be able to identify the clouding problem more easily .
A monitor with good design elements allows you to work more easily, efficiently and comfortably. Frameless monitors are ideal for maximizing productivity and available workspace, whether you use one monitor or two. An adjustable rotation stand adds configuration options to your workspace. A matte finish on the screen will reduce reflections and make both calibration and viewing easier. An ergonomic design and the ability to adjust the rotation and height will maximize comfort. Ambient light sensors dynamically adjust screen brightness, while presence sensors automatically dim the backlight as you move away from your workspace.
Look for the widest possible variety of USB, DisplayPort, and HDMI ports. Having more options will allow you to connect more easily both with the devices you have now, and with those you will use in the next few years. USB 3.0 ports offer the ability to charge the connected device, while USB 3.1 Type C ports give you both the ability to charge and play audio. The ability to connect two or more devices via a “daisy chain” will improve the flexibility of your workspace.
What should I look for in a computer monitor?
Why is a monitor important?
Can a monitor work by itself?
The monitor displays whatever the PC or laptop is outputting. You can’t use a monitor by itself.
Professional photo editing monitors produce much more accurate color than generic monitors. A professional monitor offers numerous color features that will allow you to get the most out of your images. If for work or as a hobby you are involved in viewing and processing images via monitor, the time has come to finally see the images more clearly.
Common displays cannot offer chromatically accurate images. By investing in an image editing screen, you will gain in terms of color gamut, calibration capability and color management features, and you will be able to view more detailed and color-accurate images. Thankfully, there are now many affordable monitors available that will fit all your photo editing needs.