OLED is confirmed next-generation display technology, will compete with QLED. Recently, with the spread of news about the divestment of QD Vision's major shareholders, quantum dot technology is once again at the forefront. QD Vision Inc. is the main inventor of quantum dot display technology. Quantum dot technology has always been antagonized by OLED technology. For the news of the divestment of QD Vision's major shareholder, industry insiders said that this is likely to mean QDs and OLEDs. Failed in competition.
QD temporarily out of OLED confirmed next-generation display technology
For a long time, the next-generation technology of the display industry is considered to be a battle between the QLEDs (QDs) and OLEDs. The biggest advantage of OLEDs is self-luminescence. The advantage of quantum dots lies in color. With the improvement of OLED display technology in terms of service life and yield, the development of OLED can be said to be rapid progress, and quantum dots seem to be “out of the blueâ€.
The current quantum dot display technology is essentially QD-LCD
For traditional display materials, the quantum dot display material can also emit light spontaneously. It is a kind of semiconductor nanocrystals. Quantum dots in a quantum dot film emit colored light when subjected to photoelectric stimulation, and can also greatly reduce power consumption and heat generation. Therefore, quantum dot technology can significantly improve display performance such as color gamut, brightness, and contrast of the display device.
Quantum dots temporarily out, OLED leading display technology
Although giants of the display industry represented by TCL, Samsung, and Hisense have all entered the quantum TV camp, they have promoted a variety of display devices such as quantum dot TVs and displays. However, the essence of quantum dot technology is to improve the color gamut of LCD and restore true and vivid colors by optimizing the LED backlight source, that is, replacing the white backlight source with a blue backlight source.
QD-LCD quantum dot TV color outstanding
The most questioned quantum dot technology is precisely this point, the current quantum dot technology can not really get rid of the nature of the LCD screen. However, the QLED technology represented by Samsung, which is dedicated to research, is a deeper application of quantum dots. It refers to the quantum dot photodiode display technology. This is the display technology that can compete with OLEDs. The current application of quantum dot technology may be Can only be called QD-LCD.
The development of OLED TV is on the right track, far beyond QLED
But have to say, QLED has fallen behind in the PK with OLED temporarily, difficult to exceed in the short term. OLED technology has gradually improved and development is on the right track. In 2018, mass production can be realized worldwide. However, QLED still has many technical difficulties that need to be overcome. Whether it can be defeated has been confirmed as the next generation technology in the display industry. OLEDs are hard to predict.
Smart TV/box information can focus on smart TV information network sofa butler (http://), China's influential TV box and smart TV website, providing information, communication, TV boxes, smart TVs, smart TV software, etc. Answering questions.
QD temporarily out of OLED confirmed next-generation display technology
For a long time, the next-generation technology of the display industry is considered to be a battle between the QLEDs (QDs) and OLEDs. The biggest advantage of OLEDs is self-luminescence. The advantage of quantum dots lies in color. With the improvement of OLED display technology in terms of service life and yield, the development of OLED can be said to be rapid progress, and quantum dots seem to be “out of the blueâ€.
The current quantum dot display technology is essentially QD-LCD
For traditional display materials, the quantum dot display material can also emit light spontaneously. It is a kind of semiconductor nanocrystals. Quantum dots in a quantum dot film emit colored light when subjected to photoelectric stimulation, and can also greatly reduce power consumption and heat generation. Therefore, quantum dot technology can significantly improve display performance such as color gamut, brightness, and contrast of the display device.
Quantum dots temporarily out, OLED leading display technology
Although giants of the display industry represented by TCL, Samsung, and Hisense have all entered the quantum TV camp, they have promoted a variety of display devices such as quantum dot TVs and displays. However, the essence of quantum dot technology is to improve the color gamut of LCD and restore true and vivid colors by optimizing the LED backlight source, that is, replacing the white backlight source with a blue backlight source.
QD-LCD quantum dot TV color outstanding
The most questioned quantum dot technology is precisely this point, the current quantum dot technology can not really get rid of the nature of the LCD screen. However, the QLED technology represented by Samsung, which is dedicated to research, is a deeper application of quantum dots. It refers to the quantum dot photodiode display technology. This is the display technology that can compete with OLEDs. The current application of quantum dot technology may be Can only be called QD-LCD.
The development of OLED TV is on the right track, far beyond QLED
But have to say, QLED has fallen behind in the PK with OLED temporarily, difficult to exceed in the short term. OLED technology has gradually improved and development is on the right track. In 2018, mass production can be realized worldwide. However, QLED still has many technical difficulties that need to be overcome. Whether it can be defeated has been confirmed as the next generation technology in the display industry. OLEDs are hard to predict.
Smart TV/box information can focus on smart TV information network sofa butler (http://), China's influential TV box and smart TV website, providing information, communication, TV boxes, smart TVs, smart TV software, etc. Answering questions.