Is NTSC 72% good?
Another common standard of colour space is the NTSC gamut – 72% NTSC[1] = 99% sRGB[2]. Therefore, a display that can reproduce more than the standard 72% NTSC will deliver even more vivid and true-to-life colours.
The sRGB color gamut covers about 72% of the NTSC gamut. While monitors capable of reproducing the NTSC color gamut are required in places like video production sites, this is less important for individual users or for applications involving still images.
sRGB, AdobeRGB, NTSC, and CIE 1976
The most common of the RGB-based color gamuts is sRGB. This is the typical color gamut used for computer displays, TVs, cameras, video recorders, and related consumer electronics. It's one of the oldest and narrowest of the color gamuts used for computer and consumer electronics.
NTSC, the color-gamut standard for analog television, is a color gamut developed by the National Television Standards Committee of the United States. While the range of colors that can be depicted under the NTSC standard is close to that of Adobe RGB, its R and B values differ slightly.
You can calculate straightforwardly. 72 percent NTSC is about the same as 100 percent sRGB.
Unfortunately 45% NTSC is way below average for visual design stuff. 72% NTSC/95–99% sRGB is atleast required. This is because digital devices use sRGB as the standard format, and 72% NTSC almost covers 99% of sRGB color space. Anything below that and you will get inaccurate colors.
Just make sure to look for the %sRGB as a selling point on the monitors if you want a good screen, 97% or higher is good.
72% NTSC/95–99% sRGB is atleast required. This is because digital devices use sRGB as the standard format, and 72% NTSC almost covers 99% of sRGB color space. Anything below that and you will get inaccurate colors. Professionals use Adobe RGB color space for animation/art, and DCI-P3 color space for VFX/filmmaking.
A: The NTSC is 45% and the sRGB would be around 55%-65%, but the real issue is this is a low-quality TN display with poor contrast and viewing angles.
sRGB, the most common display color gamut in use today, is highlighted in the following diagram. An sRGB display simply cannot reproduce any color that lies outside of the triangle. A larger triangular area means that the display's gamut covers a greater percentage of the visible spectrum.
What color gamut should I use?
Your choice of color space really depends on the end-use of the image. If you want to share your image on social media, on a blog, or website, then sRGB is the best choice. If the photo is to be printed, then Adobe RGB is the preferred choice.
45% NTSC is quite low and certainly reduces quality, it will only be found on very budget options.
This means that the monitor is able to show every possible colour in the sRGB space and, as such, it should provide good image quality – assuming contrast, viewing angles and all the other factors hold up too. If you're looking to work with Adobe RGB images, you need a monitor that can display 100% of Adobe RGB.
How To Check the Color Gamut Range and Color Accuracy of a ...
A monitor's color gamut describes a specific range of colors that it can produce. A wider color gamut means that the monitor can display colors more accurately within that color space, provided that it's calibrated, and consequently, produce a more true-to-life image.
Unfortunately 45% NTSC is way below average for visual design stuff. 72% NTSC/95–99% sRGB is atleast required. This is because digital devices use sRGB as the standard format, and 72% NTSC almost covers 99% of sRGB color space. Anything below that and you will get inaccurate colors.
PC users can find a useful calibration tool in the Windows settings menu. It works much like online monitor color tests, where you look at images and adjust your monitor's settings accordingly. Go to the Start menu, then PC Settings, System and then Display. Scroll down and click on Advanced display settings.
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Wide-gamut RGB color space.
| Color | Red |
|---|---|
| CIE x | 0.7347 |
| CIE y | 0.2653 |
| Wavelength | 700 nm |
The brighter the image, paired with a better contrast ratio, all-but removes the washed-out look seen in less accurate displays. And in doing so, a 72% NTSC display can make games running on the same exact hardware -- using the same resolution and detail settings -- look noticeably better.
The average color gamut for a computer monitor display hits 70 to 75 percent of NTSC, which is more than enough for the average monitor user. For digital video and photo editing progressions, an upgrade to 100 percent of the sRGB color gamut is worthwhile.
Is 45 NTSC good for graphic design?
Unfortunately 45% NTSC is way below average for visual design stuff. 72% NTSC/95–99% sRGB is atleast required. This is because digital devices use sRGB as the standard format, and 72% NTSC almost covers 99% of sRGB color space. Anything below that and you will get inaccurate colors.
The common color gamut range of laptops is NTSC, and it is often represented by a percentage; the higher the percentage, the bigger the color range that can be displayed. The VA and IPS panels mentioned above can usually display 8bit colors with about 72% NTSC.