Motorola Droid IPS LCD Display Evaluated

Motorola Droid IPS LCD Display Evaluated

Motorola lcd

Motorola Droid IPS LCD Display Evaluated

LCD displays are a key element in the success of all smartphones and mobile devices. This article objectively evaluates the performance of the Motorola Droid IPS LCD display based on extensive scientific lab measurements together with extensive side-by-side visual tests.

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Color Accuracy

Color accuracy is an important consideration for consumers and creative professionals alike. It’s the ability of a display to accurately portray a given color standard without causing distortion, or creating an unsatisfactory user experience.

There are many different measures that can be used to evaluate color accuracy. One of the most important is Delta E, which is a measure that compares how colors appear on a device to the color standards of its input content. The lower the Delta E, the more accurate a display is, while higher Delta E levels indicate a significant mismatch.

When comparing displays, it’s also important to take into account the amount of red, green and blue that they’re capable of displaying. For example, a screen that can only show green will be unable to reproduce the color of yellow, which is an important factor for users looking for a device that will be able to display high-quality photos and videos.

Generally, LCD screens are much more color accurate than OLED panels. However, that doesn’t mean that they’re perfect.

To test a display’s color accuracy, we use a program called CalMAN to measure the amount of error in various color channels. We’re also comparing the display to other similar devices.

The IPS LCD display on the Motorola Droid does a good job of covering the sRGB color space, but it has some errors that can be seen by some viewers. For example, whites look Motorola lcd a little green in the natural mode and are slightly more red than blue and green when viewed from an angle.

On the other hand, the vibrant mode produces more accurate colors than the default display and is more consistent in its color accuracy. This is a great option for those who want to improve the color accuracy of their display, but it doesn’t have as much effect on the overall picture quality.

The IPS panel is also very bright, and it has better black levels than AMOLED panels. This makes the display look more realistic, and it has a better contrast ratio as well. Compared to OLED displays, IPS LCDs can also be more power efficient in low APL (Average Picture Level) situations.


The Motorola lcd has a very bright display, which is a great improvement over previous devices. Peak White Luminance is about 449 cd/m2, which makes it much more visible outdoors, and the contrast ratio has also improved, giving this device a really good color performance.

There are a few ways to adjust the brightness on the Droid, including setting the screen manually or using the Adaptive Brightness feature. This will automatically optimize the brightness levels on the Droid based on your light habits and surroundings. It can be a little frustrating at times, so you may want to consider re-calibrating it from time to time to see if this helps improve your experience.

You can also create a shortcut to turn this feature on and off Motorola lcd with triple-clicking the home button. This can make things a little faster, and will save you some battery power too!

Another nice touch is that the brightness can be dimmed when you’re in dark mode. This can be useful when you’re watching movies or playing games, and is a good way to save energy without sacrificing picture quality.

In addition, the display has fast response times, which is a good thing for gamers. Slow response times can cause afterimages and ghosting, which can make games look unnatural.

If you find that the colors on the Droid are a bit too saturated, you can easily adjust this with the color temperature slider. This is a great option for those who are concerned about color accuracy and would prefer a more natural color setting.

The Droid’s color performance is generally good, with the only problem being that the whites and grays appear a little too blue-ish. This can be easily remedied by going into the Accessibility menu and changing the preset to ‘Natural’, which should reduce the average dE2000 down to 2.8, an excellent reading.

The viewing angle for the Droid is fairly good, although it does shift a little at off-angles. This is not a serious concern, but it’s something to be aware of.


The contrast on the Motorola lcd is very good, and much better than most LCDs. The maximum peak brightness of the display is over 600 nits, which makes it very easy to see in bright ambient lighting. The Droid also uses Dynamic Contrast, a feature that automatically increases the power of the backlight to match the light in the environment. This is a very welcome improvement and the battery life should benefit from it.

When the display is on standby mode it consumes very little power, even at very low APLs (see below). In fact the dynamic modes only use a tiny fraction of that power so it is unlikely to impact your battery life too significantly.

However, when the display is active the power used drops significantly, especially at very extreme viewing angles. At a 90 degree angle the Peak Brightness of the Droid dropped to 160 cd/m2, Black Level Brightness fell by 64 percent to 0.31 cd/m2 and the Contrast Ratio decreased to 280, while the Dynamic Contrast climbed to 516, which is an extremely impressive result for a mobile device.

While the contrast of the Droid is good, it does not match up to that of the industry standard Gamma of 2.2. This is the industry standard for color and intensity scales that are accurate for high resolution and high-resolution images, such as HDTV and computer monitors.

To get the best color accuracy from a display the Red, Green and Blue Luminance values must closely match the industry standard. The measured Luminance for Red and Green is 53 and 275 cd/m2 and the sum of their brightness is 347 cd/m2, which is 23 percent less than the measured value for White, 449 cd/m2. This means that the Droid uses a moderate amount of Dynamic Color and Contrast.

Viewing Angles

Viewing angles are the name of the game when it comes to displays. The optimum viewing angle is usually somewhere in the center of the screen, but it can also be found in an off-center position. A top notch IPS panel will likely boast the best viewing angles of any display on the market, although a VA panel will still do a pretty good job of keeping you glued to your screen. The oh so named “silent” IPS display on the Motorola Droid isn’t a bad display to look at, but it doesn’t get any better if you move off-center. The oh so named Samsung Galaxy S also boasts a pretty good LCD display, but it’s not the fanciest lcd around. The oh so named Samsung Galaxy Note, on the other hand, has a squeaky clean flat back panel and offers more than a few chintzy pitfalls.