Nadia
Member
Looking directly at the light source for too long will gradually accumulate blue light damage to the eyes, which is one of the biggest reasons for the sharp rise in the rate of myopia among young people in today's electronic and digital age.
We know that short-wave blue light is the most harmful light source for the human eye, short wavelength, and high energy is the main characteristic of blue light, so a long time in this type of short-wave blue light environment, will cause great pressure on children's eyes, and ultimately irreversible damage to vision.
Most of the current low-end LCD TVs are applied to anti-blue light measures, often only to adjust the color temperature of the TV, so that the picture looks more warm tones, to achieve a certain degree of reduction in the effect of blue light output.
However, the disadvantages of this method are also quite obvious, often making the picture appear significantly off-color, if our eyes stare at such a serious chromatic aberration, the yellowish color picture for a long time, the health of the eyesight is harmful but not beneficial. This simple and brutal anti-blue light mode will eventually affect the user's vision health from the other side.
In addition to blue light, the strobe of LCD TVs is also one of the main factors affecting vision health. LCD TVs want to present the picture, relying on the light source on the back, and when these lamp beads are energized, they produce high-frequency flicker.
OLED can do each pixel individually, without backlight, naturally, avoiding the most harmful short-wave blue light to the human eye.
In addition, the setting of no backlighting allows OLED TVs to get rid of another factor that endangers vision health: the strobe. Due to the unique imaging principle, OLED TVs can be almost strobe-free, which can provide good eye protection in the same environment.
Of course, it is not realistic to rely on hardware alone to achieve real eye protection, or to develop good eye habits in daily life, such as adjusting the TV screen settings, and try to take other eye care measures
We know that short-wave blue light is the most harmful light source for the human eye, short wavelength, and high energy is the main characteristic of blue light, so a long time in this type of short-wave blue light environment, will cause great pressure on children's eyes, and ultimately irreversible damage to vision.
Most of the current low-end LCD TVs are applied to anti-blue light measures, often only to adjust the color temperature of the TV, so that the picture looks more warm tones, to achieve a certain degree of reduction in the effect of blue light output.
However, the disadvantages of this method are also quite obvious, often making the picture appear significantly off-color, if our eyes stare at such a serious chromatic aberration, the yellowish color picture for a long time, the health of the eyesight is harmful but not beneficial. This simple and brutal anti-blue light mode will eventually affect the user's vision health from the other side.
In addition to blue light, the strobe of LCD TVs is also one of the main factors affecting vision health. LCD TVs want to present the picture, relying on the light source on the back, and when these lamp beads are energized, they produce high-frequency flicker.
OLED can do each pixel individually, without backlight, naturally, avoiding the most harmful short-wave blue light to the human eye.
In addition, the setting of no backlighting allows OLED TVs to get rid of another factor that endangers vision health: the strobe. Due to the unique imaging principle, OLED TVs can be almost strobe-free, which can provide good eye protection in the same environment.
Of course, it is not realistic to rely on hardware alone to achieve real eye protection, or to develop good eye habits in daily life, such as adjusting the TV screen settings, and try to take other eye care measures
