Our brand has many shortcomings, including OLED (3/5 update).

In the end, many people have asked whether we can buy OLED, and I can only answer, yes, if you can accept its "shortcomings", you can buy!!! oled panels manufacturer There is, however, only one concept on the board for OLED's shortcomings, and it is "brand". I hope they can use the word "brand" to persuade people to buy this mobile phone because of its other shortcomings, which can be very difficult to explain, and it may lead to a war.

This article lists all the pros and cons of OLED that I know of, flexible OLED and I'd certainly appreciate more professional information.

OLED has the following advantages:

High color saturation, bright colors, and high contrast.

To conserve electricity, black does not glow (it is actually all black).

As a result of the self-lighting features, it can be made thinner and has no backlight, china oled which saves space.

We can fold and bend it because it is thin and light

OLEDs have the following drawbacks:

Branding is the first step

The decline of color

The supplier's biggest advantage is a short life cycle

When it emits white light, it consumes a lot of electricity.

The eyes can be damaged by PWM low frequency dimming

Following is a list of advantages and disadvantages, and the following will begin to elaborate on these in more detail. The advantages of some media are hailed to the end, so the detailed part of the students will only discuss the shortcomings of the part, as some media are hailed to the end.

What makes the media so reluctant to discuss these shortcomings? In a capitalist society, the business is to take advantage of the information asymmetry in order to make money, and to try to make consumers fooled. (Otherwise, how is OPPO so popular?) The marketing budget is necessary for us to make a lot of money, the media has said: Anyway, I just don't say, I'm not lying (counting money).

The first step is branding:

Skip it when it comes to rotting

The decay of color:

Due to the self-luminous nature of OLED, it may encounter a similar deterioration issue as a light bulb. In this case, the green component tends to have the most significant problem, while red and blue may not have optimal luminous efficiency. The most pressing concern is with the blue component, which has a fast aging rate. To address this issue, experts in the material industry have recommended incorporating RGBb (as seen in Figure 1), where both bright and dark components work together to power the blue color. This is why many panels feature various intricate RGB designs; however, even with these measures, the longevity of blue still remains a challenge.

On the white screen below, you'll see the situation. The blue side represents the manufacturer to make the blue bigger, while the green side represents the manufacturer's design on the circuit, so the green provides a higher proportion when the brightness is high, since red and blue light efficiency is not as good as it should be, so if the two ratios and green are as high as possible, it will consume a lot of power, blue is a power-consuming color, so the life will be cut short.

Like the Blue Age, the screen will turn green and the other two will fade, but not as fast

White status is displayed on various screens.

Life expectancy is short:

In order to keep your OLED alive for a very long time, we must rely on our users to improve the use of management. It is better to focus less on white as the website's base color (as far as the base color is black), see fewer blue pictures, not as interested in sea and sunny photos, see more green and red scenes and movies, even though red has low luminous efficiency, but its life is very long.

Due to the fact that OLED is a PTT special aircraft, it should be invincible in its PTT durability

When it emits white light, it consumes a lot of electricity;

Second, it can be observed that the red and blue luminous parts are not very efficient when compared to the LCD's power consumption. In other words, if they emit the same light as the green ones, especially the white ones, the black part won't emit light, which is very energy-efficient.

Comparing the power consumption of OLEDs and LCDs that emit various colors of light

A PWM low-frequency dimming enterprise may damage the eyes in the following ways:

The low-frequency PWM is not relevant to this topic, so if you want to learn more, Google, PWM has both high and low frequencies. If the low frequency hurts your eyes, as long as you know this well, OLED technology can't overcome the current problem, since self-lighting will have this problem at low brightness times.