Sentences with phrase «color gamut scale»

It's not surprising, then, that the tablet offers a good range of colors, hitting 75 percent on the sRGB color gamut scale.

According to our colorimeter, the Yoga Tablet 2's display is able to reproduce 88.2 percent of the sRGB color gamut scale.

Not exact matches

SID Tablet Display Shoot - Out Galaxy Note II - Optimus G Pro - Nexus 7 - iPad Retina Display An invited feature article on Tablet displays written for the Society for Information Display that examines the performance of four high - end Tablet displays in ambient light, demonstrating how they progressively degrade with increasing ambient light, and then showing how to accurately compensate and correct the on - screen images for these effects by dynamically modifying the Color Gamut and Intensity Scale.

The next steps will include using very wide Color Gamuts together with Dynamic Color Management and a Dynamic Intensity Scale that are both automatically adjusted real - time based on the measured current Ambient Light level in order to have them compensate for the reflected light glare and image wash out from ambient light as discussed above and in our 2014 Innovative Displays and Display Technology article.

The Measurements section below has details of all of the lab measurements and tests with lots of additional background information and explanations including the display's Maximum Brightness and Peak Luminance, Black Brightness, Contrast Ratio, Screen Reflectance, Bright Ambient Light Contrast Rating, Dynamic Color and Contrast, Color Temperature and White Chromaticity, Color Gamut, Intensity Scale and Gamma, the variation of Brightness, Contrast Ratio and Color Shift with Viewing Angle, Backlight Power Consumption, and Light Spectrum of the display.

The key will be in enlarging the native Color Gamut and then dynamically changing the display's color management and intensity scales with the measured Ambient Light level in order to automatically compensate for reflected glare and image wash out from Ambient Light as discussed in our 2014 Innovative Displays and Display Technology and SID Display Technology Shoot - Out artiColor Gamut and then dynamically changing the display's color management and intensity scales with the measured Ambient Light level in order to automatically compensate for reflected glare and image wash out from Ambient Light as discussed in our 2014 Innovative Displays and Display Technology and SID Display Technology Shoot - Out articolor management and intensity scales with the measured Ambient Light level in order to automatically compensate for reflected glare and image wash out from Ambient Light as discussed in our 2014 Innovative Displays and Display Technology and SID Display Technology Shoot - Out articles.

The key will be in lowering screen Reflectance and implementing Dynamic Color Management with automatic real - time modification of the display's native Color Gamut and Intensity Scales based the measured Ambient Light level in order to have them compensate for the reflected light glare and image wash out from ambient light as discussed in our 2014 Innovative Displays and Display Technology and SID Display Technology Shoot - Out articles.

While the Surface RT Color Gamut is similar to the iPad 2, the iPad 2 has somewhat better color saturation because of its steeper Intensity Scale and Gamma (as explained in Figure 3 beColor Gamut is similar to the iPad 2, the iPad 2 has somewhat better color saturation because of its steeper Intensity Scale and Gamma (as explained in Figure 3 becolor saturation because of its steeper Intensity Scale and Gamma (as explained in Figure 3 below).

The key will be in implementing Dynamic automatic real - time modification of the display's Color Gamut and Intensity Scale based the measured current Ambient Light level in order to have them compensate for the reflected light glare and image wash out from ambient light as discussed in our 2014 Innovative Displays and Display Technology and SID Display Technology Shoot - Out articles.

All of the tested iPhone displays have almost identical Brightness, Contrast Ratio, Color Gamut, Intensity Scale, and overall calibration.

A major shortcoming is a reduced Color Gamut, but the iPad 2 improves on - screen image color saturation by steepening its intensity scale — a simple trick the other displays fail to impleColor Gamut, but the iPad 2 improves on - screen image color saturation by steepening its intensity scale — a simple trick the other displays fail to implecolor saturation by steepening its intensity scale — a simple trick the other displays fail to implement.

The iPad 2 and iPhone 4 both have a steep but relatively straight and smooth Intensity Scale that partially compensates for the weak Color Gamut and color saturaColor Gamut and color saturacolor saturation.

The new iPad has an accurate Standard Color Gamut so it no longer needs the benefits of a steep Intensity Scale.

The iPhone 3GS has a horrible shallow curved Intensity Scale that washes its already low Contrast and poor Color Saturation from its small Color Gamut.

See these color gamut and Intensity Scale figures for details and explanations.

The biggest improvements for mobile displays will come from dynamically changing the display Color Gamuts and Intensity Scales to automatically compensate and correct for reflected glare and image wash out from ambient light.

If you have ever wondered why some colors are way off on a display, there are many contributing factors and causes, including the color gamut, the calibrated white point, the intensity scale, and possibly poorly implemented dynamic picture processing and color management.

The new iPads have fairly accurate intensity scales with gammas fairly close to the 2.2 standard, however, they all have slightly bluish white points, with color temperatures of 7,109 K to 7,355 K, which is still (marginally) very good but reduces their overall color accuracy somewhat because the white point also affects all of the low saturation colors in the color gamut.

Some important issues regarding the Color Gamut are explained in Figure 2 and the Intensity Scale in Figure 3.

The Color Gamut, Intensity Scale, and White Point determine the quality and accuracy of all displayed images and all

The Color Gamut, Intensity Scale, and White Point determine the quality and accuracy of all displayed images and all the image colors.

The iPad 2 has a steep but relatively straight and smooth Intensity Scale that partially compensates for the weak Color Gamut and color saturaColor Gamut and color saturacolor saturation.

A major shortcoming is a reduced Color Gamut, but the iPad 2 improves on - screen image color saturation by steepening its intensity scale — a simple trick that is also used by the Galaxy Tab, but the other displays fail to implement this (and the Motorola Xoom does the reveColor Gamut, but the iPad 2 improves on - screen image color saturation by steepening its intensity scale — a simple trick that is also used by the Galaxy Tab, but the other displays fail to implement this (and the Motorola Xoom does the revecolor saturation by steepening its intensity scale — a simple trick that is also used by the Galaxy Tab, but the other displays fail to implement this (and the Motorola Xoom does the reverse).

In spite of its good Color Gamut, colors and contrast are washed out due to a compressed, convex, and irregular Intensity Scale (sometimes called the Gray Scale).

It was built by our advance technology group as a teaching tool for developers to author in wide color gamut and high dynamic range, to show how the engine can scale between 4K and 1080p, and we saw it and it's just magical.

The new iPads have fairly accurate Intensity Scales with Gammas fairly close to the 2.2 standard, however, they all have slightly bluish White Points, with Color Temperatures of 7,109 K to 7,355 K, which is still (marginally) Very Good but reduces their overall Color Accuracy somewhat because the White Point also affects all of the low saturation colors in the Color Gamut.