If you are a gamer or a content creator, there’s a high chance that you’ve heard about SRGB mode on monitors. After all, it is believed that implementing this mode could either improve the color accuracy of contents on your monitor or make them look bad.
As a result, it is almost impossible not to mention SRGB mode when talking about monitors. Most people consider good sRGB mode to be a crucial feature for monitors.
What more is there to SRGB mode on monitors? We will find out as we go over the essentials concerning the topic of SRGB mode on monitors.
Ordinarily, the developer option is a unique feature that lets you configure your phone system behaviors. This feature helps you profile and debug your app performance.
It lets you test some features and access parts of your phone that are usually locked away. For example, turning ON the SRGB mode in this option gives you more realistic colors.
You won’t get oversaturated ones that you could likely get in the regular SRGB mode.
What Is SRGB Mode on Monitors?
The SRGB mode is the most prevalent set of specific colors or color space in today’s digital world. It stands for Standard Red Green Blue.
Microsoft and HP developed it in 1996 to set a standard for electronic colors. To this day, SRGB is the most popularly used color space.
Almost every TV and monitor have specifications related to the incorporation of SRGB. In addition, there are SRGB specifications in web browsers, consoles, PC games, and most Windows products.
Generally, electronic products confirm their efficiency by claiming to cover a certain percentage of the sRGB color space. It indicates how much of the sRGB color space they can produce.
RGB stands for “red, green, and blue.” The RGB color model reproduces many colors by tweaking and mixing different intensities of the red, green, and blue light.
It is mainly used in gaming to create colored effects on gaming accessories. Most gamers use this color model to transform their gaming gadgets into something that matches their unique style and preferences.
Follow these steps to calibrate your Acer monitor.
- STEP 1: Go to your “Display settings”
- STEP 2: Scroll to where you have “Advanced display settings” and click on it
- STEP 3: Adjust your settings to the recommended resolution
- STEP 4: Choose “Color calibration” and select “Next”
- STEP 5: Use the gray square on the screen to set the “Gamma Adjustment” to the proper settings
- STEP 6: Adjust your brightness and contrast
- STEP 7: Choose the correct color balance
- STEP 8: Click on “Finish”
To see the SRGB Mode on an Acer Predator monitor, simply go to the tool display cal profile-info part of the DisplayCAL package.
The fundamental difference between the linear and SRGB mode is that linear doesn’t feature gamma correction while sRGB features gamma correction.
Linear images usually make your display increase the brightness of each pixel consistently. However, the visible results on display usually go from dark to bright in a swift manner.
On the other hand, Gamma correction adjusts the image brightness, so you get a better balance between black and white. Take gaming as an example; images that look excellent in games are typically done in SRBG due to its gamma correction.
Meanwhile, images that are math operations like normal maps are linear.
- STEP 1: Right-click on your desktop and select “Display settings”
- STEP 2: Click on the “Display Adapter Properties” option. A dialogue will pop up
- STEP 3: In the dialogue pop up, select the “Color Management” tab
- STEP 4: Select the “Color Temp” option and set your monitor’s color temperature to 6500k°
- STEP 5: Click the box that says “Use my settings for this device”
- STEP 6: Click on the “Add” button
You can follow this procedure to make the CSGO colors appear more vibrant. Note that you must be using an NVIDIA graphics card to be able to do this.
- STEP 1: Right Click on your Desktop
- STEP 2: Select “Nvidia Control Panel” from the options
- STEP 3: Go to “Adjust Desktop color” settings
- STEP 4: Increase the “Digital Vibrance” to 100%
- STEP 5: Adjust the “Gamma settings” to 1.20
- STEP 6: Close the window and open “GeForce Experience”
- STEP 7: On the “GeForce Experience” page, click on the Settings icon and then click on the “Enable Experimental Features” Option
- STEP 8: Open your CSGO and then press Alt+Z
- STEP 9: Go to “Game filter” and choose “Profile 1”
- STEP 10: Select your filter so that the changes you have made can reflect
Best Color Settings for Gaming Monitor
The best color setting recommended for a gaming monitor is a color temperature of 6500K. Using this value produces a neutral display similar to the look of daylight.
The best color space for web graphics is the SRGB color space. It is the default standard for displaying images on the web.
Below are the recommended color settings for playing ViewSonic.
- Color Adjust: User Color (R: 100, G: 97, B: 98)
The NTSC color gamut and the Adobe RGB are very similar because they are both color spaces. Moreover, the color gamuts of both color spaces are highly identical.
The range of colors in the NTSC is nearly the same as the Adobe RGB’s. However, while the range of colors under the NTSC standard is close to the Adobe RGB’s colors, the NTSC’s R and B values differ slightly.
On another note, the Adobe RGB is the standard color gamut used in professional color imaging environments. It is used in web photography and the print and publishing industries.
Meanwhile, the NTSC color gamut is mainly used in video production sites.
The significant difference between Adobe and sRGB color space is that the Adobe RGB has a wider gamut. Though the SRGB and Adobe RGB include many colors in their color space, the sRGB has a narrower color space.
Adobe RGB has a 35% wider gamut of color than sRGB. Its more expansive color space allows it to render more saturated colors, making it ideal for printing work.
Overall, Adobe RGB color refers to colors produced and used in technology or software. Meanwhile, SRGB is a collection of color standards established by Microsoft and HP.
Is 72% NTSC Good for Photo Editing?
Yes, it is. If you want to use a monitor for photo editing, it should feature a wide color gamut and an excellent calibration.
Based on a common standard of color space that stipulates that NTSC gamut – 72% NTSC  = 99% sRGB , 72% NTSC is good enough. After all, a display with a 72% NTS can deliver vivid and true-to-life colors.
If your monitor has an SRGB color gamut of about ~125%, you won’t need to set SRGB mode on the monitor. A color gamut of this range won’t display over-saturated colors.
However, you will need the SRGB mode on your monitor if it has an SRGB color gamut of ~135% because there will be too much over-saturation.
We hope this article has helped you understand the SRGB mode on monitors to round off.
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