The purpose of gaming monitors is to have your graphics and CPU output look as good as possible while you are gaming. Computer monitors are responsible for displaying the result of all your computer’s image processing and rendering, yet they can vary widely in their representation of color, motion, and image sharpness. Optix mag301rf is one model which is extremely famous among gamers and users.
You should know how a gaming monitor functions so you can translate its specs and marketing into real-world performance. Monitor manufacturers remain consistent in their goals despite progress in display technology. Our comprehensive guide covers everything you need to know about gaming monitors, from refresh rate and response time to panel types and contrast ratio. These pieces of information will also help you choose the right gaming monitor.
Essential Features of Gaming Monitors
Following are the functionalities you should keep in mind while choosing a gaming monitor.
Screen Resolution
A monitor’s resolution is one of its most important features. The resolution refers to the width and height of the screen in pixels. The most commonly available resolutions are 2,560 * 1,440 (“Quad HD”, 1,920 * 1,080 (sometimes called “Full HD” or FHD), QHD, or “Widescreen Quad HD”, WQHD), and 3840 * 2160 (UHD, or “4K Ultra HD”). The resolution of ultrawide monitors can also be set at 2560 x 1080 (UW-FHD). An increase in display resolution increases the clarity of the image.
Native Resolution
Additionally, monitors are capable of changing their resolution. The pixels on modern screens define their “native resolution” but can also be adjusted to approximate a lower resolution.
Scaling
Onscreen objects will become larger and fuzzier as you scale down. Additionally, screens with resolutions greater than 4K introduce another scaling issue: text and interface elements like buttons start to look small in ultra-high-definition.
Panel Type
Various panel types in a monitor are as follows:
- Cathode Ray Tube (CRT): CRTs emit red, green, and blue phosphors by sending a beam of electrons through three bulky electron guns. The phosphors decayed within milliseconds, so brief impulses illuminated the screen each time it refreshed. Creating this illusion of motion also creates visible flickering.
- Liquid Crystal Display (LCD): LCDs are thin-film-transistor liquid crystal displays that have a backlight that shines light through liquid crystals that twist, turn, and block light. LCDs and OLEDs differ in that liquid crystals do not emit light themselves. The light then passes through RGB filters after passing through crystals. Using voltage, each subpixel is illuminated with its own intensity, creating a mixed color that appears as one illuminated pixel.
- Organic Light-Emitting Diode (OLED): In contrast to transmissive screens like LCDs, OLEDs create their light rather than relying on a separate light source. A layer of organic molecules lights up on the front of the screen when an electric current is applied to it.
Color
Monitors can be evaluated in many different ways. In addition to contrast ratio, brightness, black level, and color gamut, there are many other components to consider. The contrast ratio is one of the simplest ways to assess the performance of a monitor. It measures how close black and white can appear on the screen. “Luminance” is a measure of how much light is emitted by a screen. There are also nits, which are measured in candelas per square meter (cd/m2).
Response Time
A pixel’s response time in milliseconds measures how long it takes for its color to change. As a result, there are fewer visual artifacts such as motion blur and “trails” behind moving images. In order to keep up with the refresh rate, response times must be fast enough. With a 240Hz screen, for example, a new frame is displayed every 4.17 milliseconds (1000/240 = 4.17).
Adaptive Sync
Most players will be familiar with a screen tear: A horizontal line that appears on your screen, accompanied by slightly mismatched images above and below it. Neither your graphics card nor monitor is immune to the glitch. In contrast to the GPU, the monitor has a fixed refresh rate, but the GPU draws frames per second.
VSync Or Vertical Sync
Using this feature, frames are drawn at a slower rate to match your monitor’s refresh rate. If the frame rate drops below that cap, however, VSync can cause stuttering.
Port
There are many ports behind or beneath your monitor. Interfaces connect your screen to your PC’s graphics output, while ThunderboltTM and USB ports are used to connect external devices.
Refresh Rate
A refresh rate indicates how often you refresh your entire screen. The onscreen motion looks smoother with a higher refresh rate since the screen updates the position of each object more frequently. The optix mag301rf gaming monitor comes with the 200Hz refresh rate.
What To Choose Between Flat And Curved Monitor Panels?
The curved panel is an emerging monitor trend. When paired with an ultrawide aspect ratio, they can make you feel more immersed in the action. However, there are also times when 16:9 monitors come with curved panels in addition to ultrawide displays. Typically, curved monitors offer curved angles between 21 and 31 degrees. However, there are more aggressive designs that extend beyond these angles. Choosing a curved monitor or the depth of the curve is a matter of personal preference. If you are unsure, we suggest you test one out first. The only time we recommend a curved monitor is when it is paired with an ultrawide panel.
Final Words
We hope you’ve gained some insight into what to look for in a gaming monitor after reading this guide. No matter what type of gaming you’re into or whether you just want to push your games to look their best, choosing the perfect monitor is essential. Before purchasing your gaming monitor, these are the things that you should know. A gaming monitor makes the best gift for a child, and along with it, you can also gift the kings of crunch monster trucks, a toy truck.