Super amoled is a stunning screen developed by Samsung. Compared with the traditional AMOLED screen, it eliminates the previous touch sensing layer + display layer architecture design, and the control is more sensitive. In addition, the elimination of the glass cover also gives a better display under the sun. At the same time, Super AMOLED is equipped with mDNIe (Mobile Digital Natural Image Engine) technology to view and react quickly from any angle.
Su per amoled how hard the screenThe Super AMOLED screen has the advantage that the IPS screen is incomparable and is lighter and thinner. And Super AMOLED screens can better adapt to in-cell and on-cell technology to maximize the thin and light features. Due to the principle of self-illumination, the Super AMOLED screen has a very high viewing angle without the limitation of vertical polarizer. It can break through the viewing angle of 170° without much technical innovation, and it is more likely to reach a viewing angle of 179°. It is already a full view. But the hardness is relatively poor, the screen is thinner than other materials, but the quality is not bad.
Super amoled advantages:
Super AMOLED OLEDs do not require a backlight, and OLEDs will self-illuminate, so Super AMOLED will not have the same light leakage phenomenon as LCD.
In addition, when Super AMOLED is displayed in black, it is basically inactive, so the screen will appear darker and consume less power. Compared to LCDs, OLED display panels are thinner and can save more space when designing finished products.
In addition, because LCD is a fluid, it can't adapt to too frequent bending. At present, it can only cope with the curved display of fixed shape. But unlike OLEDs, OLEDs can be bent, and OLEDs will play a bigger role in future wearable devices.
Super AMOLED has been criticized for several reasons. The first is that the color reproduction is not as good as the IPS screen. Samsung's Super AMOLED screen says that the color of the graphics is often thick and colorful, too full, and the color is vulgar. But this is actually caused by Samsung's deliberately adjusting the color of the screen to cater to the taste of the public. To please the eye, or focus on the restoration of color, this personal favorite problem, in fact, has little to do with the screen.
In addition, the early Super AMOLED screen has a phenomenon of burn-in. The so-called burn-in screen means that if the screen displays a certain still image for a long time, it will leave a residual image. The early Super AMOLED screen did have this problem, but with the continual evolution and development of OLED screens, this phenomenon has become less and less.
Samsung's screen has been sprayed with PGB-type lattice arrangement. The PGB-type dot matrix arrangement is arranged relative to the RGB-type lattice array, and the graininess is stronger. This problem is particularly obvious in the era of 720P and lower resolution. But on the 1080p screen of the Galaxy S4, this problem has been solved to a large extent. The Galaxy S5's screen is more reasonable than the Galaxy S4's screen-type dot matrix arrangement. This problem is no longer the Super AMOLED short board.
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