Best Gaming Monitor Settings (8 Settings to Make!) (2023)

FAQs

How do I optimize my new gaming monitor? ›

Turn on G-Sync on your monitor and within Windows settings and this will prevent screen tearing and ensure a smooth gaming experience while you're playing. We'd recommend also adjusting your game's display settings to match your monitor's refresh rate and limiting the maximum FPS to the high end of your refresh rate.

If you're working with video on an LCD monitor, the recommended white point is 6500K or D65. This is also known as the native temperature of your monitor. If you're working with still images that you plan to print, the white point of 5000K (D50) is recommended, as it looks more like white on paper.

RGB Color Balance

If your monitor has a color temperature setting, set it to 6500k (sometimes called "Warm" or "Low"). Make sure none of the gray bars have a tinge of red, green, or blue. You may need to fine tune brightness and contrast again after adjusting the color balance.

Game players want to be immersed in the game's world and experience its mood while they play. The use of RGB colored light in lighting design applications is best for generating a cool ambiance. Cool colors like blue, green, and purple should be used when creating a cool vibe.

HDR is laughably bad for PC gaming in most cases, and we all know it's true. That might surprise you, though, if you were only considering how gaming monitors are advertised. After all, on paper, HDR is technically supported by your monitor, games, and graphics card.

Racing mode has the fastest response time. FPS mode: High contrast settings enhance the visibility even in dark scenes to clearly see your enemies. Racing mode: Reduces input lag for real-time racing and fast gaming experience.

1920 x 1080 — FHD (Full HD) / 1080p

Perhaps the most common gaming resolutions, 1080p, is a classic game resolution. The visuals are clear, concise, and immerse the player in whatever game they are playing.

24 and 25-inch monitors offer enough screen space for gaming, and it's easier to see everything in your field of vision, like maps, during competitive gaming. These monitors are great for fast-paced FPS games but not as good for more immersive ones like adventure or RPG games.

The monitor brightness level for gaming needs to be 50 to 60% on average. The screen brightness needs to be enough for you to see even in dark scenes. However, the display brighness should not be too bright to the extent of causing eye strain.

Will RGB improve FPS? ›

No, RGB does not increase the computer's FPS. There are several factors that can increase or decrease the FPS during your games, but definitely saying that RGB causes more FPS is just a joke. This is because the colored LEDs have no influence on the computer's performance, and are for aesthetic purposes only.

When it comes to color combinations, your eyes prefer black text on a white or slightly yellow background. Other dark-on-light combinations work fine for most people. Avoid low contrast text/background color schemes. If you wear contacts, your eyes have to work harder when staring at a screen.

Yes RGB is an improvement over standard tv, it can produce more color quicker and has longer lifespan with better and faster framerates.

Cool colors like green and blue bring calmness and quietness. You may try Yeelight LED Lightstrip pro to experience the best color temperature for gaming.

In short, the answer is natural white LED light because it mimics the natural daylight as closely as possible.

Your first choice should be neon green if you have a small gaming room themed after Xbox. If you prefer a more tranquil environment for a home office RGB gaming setup, go with dark greens, teals, turquoises, forest green, lime greens, hunter greens, etc.

To preserve compatibility with early Ultra HD Blu-ray^™ players, many 4K TVs are factory-configured to use HDMI^® 1.4 mode, limiting 4K Ultra HD (4K) with High Dynamic Range (HDR) playback to 30 frames per second (fps).

Since HDR works to give you the best of light and dark, it's great to have the setting on when capturing landscape photos. If you want to capture something in motion, turn off HDR to prevent dark or washed-out areas.

Summing up the difference between 4K UHD vs. 4K HDR

Of the two, 4K HDR is a better option because it boasts a high pixel count and the ability to adjust the colors and contrast automatically, giving you a next-level viewing experience.

Higher frames per second, also known as frame rates, make the image appear smoother and more realistic. Subjectively, there's a huge jump between 15fps and 30fps. There's less of a noticeable jump between 30 and 60, and even less between 60 and 120.

Is high quality or FPS better? ›

If you prefer higher resolution, such as 1080p and 1440p for your games or movies, try to pair with high FPS and refresh rates for a great viewing and gaming experience. Anything above 30 frames per second and a 60 Hz refresh rate will make images appear nicer on your display.

To answer your question succinctly, yes, lowering your resolution will increase your FPS. When you reduce the resolution of the game you're playing, the graphics processor has less information to process and can process more frame data simultaneously.

Basic displays and televisions hit around 30 Hz, with some going up to 60 Hz. For gaming, 60 Hz is recommended as the bare minimum.

When it comes to contrast ratios, higher numbers are better. A high contrast ratio, like 4,000:1, means bright highlights, inky blacks, and dark areas where details are still perceptible.

But is bigger really better? In a word no, the smaller size of a gaming monitor doesn't really matter. Most gamers using a monitor will be an arm's length away, whereas gamers rigged up to a TV normally sit 3-4ft away from the screen.

You will almost always want your "sharpness" set to 0, depending on the monitor or TV (some will blur the signal at 0, so the real unfiltered setting might be somewhere in the middle), otherwise, it will apply an edge enhancement filter, which makes the darker side of an edge darker and the lighter side lighter.

Higher contrast ratios typically mean deeper blacks, which makes a big difference in overall picture quality. It's of particular importance for dark scenes in movies and games, especially in a dark room.

Contrast: 100%

In most cases, you want to set the contrast as high as possible. To find the right contrast setting, pause on a movie on a scene with bright areas, like clouds or snow. Then turn the contrast to 100% and decrease it until you start to see detail in the brightest areas.

Most people are comfortable with the contrast set around 60 to 70 percent. Additionally, you can explore Phonetic Computer Eyewear, which offers solutions to help prevent the symptoms of digital eye strain. Once you have your contrast where you like it, you can move on to the brightness setting.

What brightness is best for eyes? ›

[Point 5] Review your display brightness setting

This can greatly reduce the strain on your eyes. For example, in an office with normal brightness of 300-500 lux, the display brightness should be adjusted to around 100-150 cd/m².

Many gamers never bother calibrating their monitor. Don't make this mistake! Though many high-end panels often come with some level of calibration applied by the manufacturer, this isn't always the case and even uber expensive displays can usually benefit from a tweak or two.

A 144Hz monitor can display up to 144 FPS, more than double that of a standard 60Hz panel, which is capped at displaying 60 FPS. To put it another way, a low refresh rate monitor bottlenecks the frame rate you see, but monitors with higher refresh rates enhance your gaming experience.

This is measured in Hertz (Hz). For example, if your display has a refresh rate of 144Hz, it is refreshing the image 144 times per second. When paired with the high frame rates produced by a GPU and CPU working together, this can result in a smoother experience and potentially higher FPS.

The simple answer to that is no, not a big difference. Since 165fps is just 21 frames per second more than 144. That's just a 13% increase. Most people aren't likely to notice those extra frames, but the clincher is that if you're getting a new monitor for gaming, you should know that 165Hz is basically the new 144Hz.

HDMI is technically superior thanks to the release of HDMI 2.1, which surpasses the capabilities of DisplayPort 1.4, but monitors that support it are scarce. Expect that to change soon, though, as a number of manufacturers announced HDMI 2.1 monitors at CES 2021.

The more pixels you can pack into each square-inch of a monitor, the more realistic and smooth the image. A higher resolution (QHD or better) is important if you want a monitor that's bigger than 27 inches. You can tell how many pixels a monitor has based on the name of its resolution.

FPS mode on a monitor is a display mode that eliminates distractions in a game and that allows you to look through the eyes of the player you are using in the game.

What is the best monitor calibration? ›

A 4K HDR monitor offers three major advantages. You benefit from a wide color gamut, high brightness, and a high resolution. That means – provided your video card supports it – you can watch colorful and razor-sharp movies on your screen.

That means even an LCD should be calibrated at least once every six months, though once a month is a good habit. Calibrating your monitor is essential to produce a neutral white with no color shift. It's also important that other colors be as accurate as possible with the ambient light conditions you're working under.

Monitor sharpness for gaming can help you have a satisfying playing session on the top-rated computer monitors. Gamers enjoy crisp and clear graphics when they play with a top gaming monitor at a high resolution and wide color gamut.

If you have a 60 Hz monitor, our data indicates that upgrading to a 144 Hz monitor could improve your aiming significantly: 20% for stationary targets and 30% for moving targets! The jump from 144 Hz to 280 Hz produced a smaller, although still noticeable, improvement.