In the past two years, as the rapid development of Internet technology has brought the TV industry to the next level, color TVs have become more intelligent and content resources have become more abundant. At the same time, consumers have not slackened their image quality while pursuing intelligence. Requirements, 4K, HDR, OLED, quantum dots and other technologies also make consumers more and more familiar with and sought after, the development of the television industry has become increasingly steady and mature. However, the most popular of these display technologies is OLED. OLED is honored as the mainstream display technology in the future. It is highly sought after by companies in the industry. Skyworth, Konka, LG, Philips and other companies have joined the OLED army, showing that the strength of OLED technology can not be underestimated. OLED future trends have been set Sony will join the OLED camp OLED scientific name of organic light-emitting diodes, also known as organic electro-laser display, organic light-emitting semiconductors, and liquid crystal display is a different type of light-emitting principle. Compared with the early years of LCD TVs, OLED TVs have an absolute advantage. LCE TVs rely on the backlight to pass through the screen imaging. The color, angle, and contrast are far inferior to the OLED quality effect. The OLED has no backlight, and the screen surface The organic pixels directly emit light and have obvious image quality advantages in terms of color, viewing angle and contrast, and it is a trend in the television industry. Of course, judging from the effects of a TV, most of them will be evaluated by the quality, color, and contrast of the TV. However, it turns out that OLED TVs are the most exciting and nearly perfect. In terms of picture quality, OLED TVs can achieve an infinite ratio of 1; in terms of color, OLED TVs also outperform other TVs in terms of color rhythm and color accuracy; then response time, regardless of any legal animation video, OLED TVs can video To restore the true effect without any delay. Not only that, OLED TVs are self-illuminating, so OLED TV screens can be as thick as the screen and how thick the TV can be. It can also be understood that the thickness of the OLED TV can be infinitely thin. In addition, OLED screens have the advantage of flexibility and flexibility. From a short-term development perspective, OLED TVs can allow users to have better presence and visual sense of envelopment through the screen. In the long run, the flexible and flexible nature of OLEDs also allows smart devices to be full of imagination. Combining the thin features of OLEDs, perhaps the future screen can be made in the form of a sheet of paper that can be bent and folded freely, which was unthinkable in the LCD era. It is worth mentioning that the current OLED technology has given up the "highlighted lamp" luminous body which causes damage to the user's eyeballs. It adopts self-luminous method to reduce the harmful blue light of this part to the lightest, and can almost ignore the eyes of the user. Ministry of fundamental harm. This coincides with the current health concept that people pay attention to. According to report, Sony launched the world's first OLED TV as early as 2007. At that time, the size was 11 inches. However, due to the fact that the technology was not yet mature and the cost was too high, it had not achieved the expected market feedback. This batch of television produced a large amount of inventory, coupled with Sony's serious loss of color TV business at that time, unable to invest more funds to continue research and development, until 2010 finally withdrew from the Japanese market, also withdrew from overseas markets. Sony thus gave up OLED TVs, causing OLED TVs to be ignored by the industry and took a period of vacuum. But nowadays, OLED TV has been defined as the development trend of the future display technology. Sony will also test the water OLED field again. It will adopt LGD's display screen and cooperate with Sony's own patented image processing technology. It will go to Europe in the next spring. The United States and China market release. OLED will join the camp of mobile phone printing OLED is expected to replace the LCD In addition, thanks to the perfect picture quality of OLED technology and zero damage to the eyes, all major mobile phone manufacturers have begun to use the OLED panel as a mobile phone screen. According to report, Samsung is currently shutting down some of the LCD line, focusing on expanding OLED production capacity, and mainly focused on the input of AMOLED panels to meet the demand for smart phones. According to informed sources, Apple has tested BOE's AMOLED display for several months and has not yet made a decision. However, the consultation is still in its infancy. BOE is unlikely to provide a display for the next iPhone. BOE’s target is 2018 models or later. As the leading display supplier in China, BOE’s strength in the global panel market is obvious to all. In 2016, the market share of BOE smart phone LCD display and tablet PC display screen still ranks first in the world; The market share of TV display shipments remains the second largest in the world. The next target of BOE is the OLED panel market, and will invest nearly RMB 100 billion (US$14.5 billion) to build two AMOLED factories in Sichuan Province. Currently, BOE’s sixth-generation flexible AMOLED production line in Chengdu is progressing smoothly. This year, the sixth-generation flexible AMOLED production line in Mianyang has also started construction and is expected to be put into production in 2019. In the future, it may compete with Samsung, LGD, Sharp and other large plants. However, since OLED is the most ideal display technology in the future, and everyone is in the process of transitioning to OLED, many people may feel that OLED will stop there in the next few years and will not have much action, but OLED will have one in the future. The ability to advance into the class emerged and quickly spread. This technology is to print OLEDs. It is also an emerging display technology developed and arranged by giants such as BOE, TCL, Samsung, and LG. In principle, it is also an OLED technology, but it is generally recognized as an effective way to solve the high cost of OLEDs and achieve large areas. We all know that OLEDs have self-luminous properties, using very thin organic material coatings and glass substrates. The printing OLED is the use of advanced printing equipment, the organic materials like newspapers, "printed" on the glass substrate, than the traditional evaporation technology, have a higher production efficiency. It is understood that the printing of OLED is mainly divided into two kinds of inkjet printing and screen printing, the current direction of the mainstream are focused on inkjet printing. The inkjet printing apparatus has a plurality of print heads, each having a plurality of micro-nozzles, and the red, green and blue light-emitting material solutions are respectively accurately deposited in the isolation column grooves of the ITO glass substrate, and the solvent is volatilized to form a nano-thin layer. Constitute light pixels. The nozzle is made of a special piezoelectric ceramic. The size of the droplet can be accurately controlled by controlling the voltage applied to the ceramic and the length of time, thereby regulating the thickness of the luminescent layer. Since this is a complete digital technology, it does not need Any processing. Through this printing method, it is expected to significantly reduce the cost of OLED production, prolong the life of OLED materials, and at the same time increase the yield of large-size screens. Since OLEDs can be printed in the same way as newspapers, OLED screens have the advantage of flexibility and bendability, so they can be flexed like newspapers. Of course, this technology is still in its infancy, but all major panel makers and TV manufacturers are also riveting, especially domestic manufacturers. Although both LCD and OLED eras started later than Japanese and South Korean manufacturers, this The printing technology just gave the domestic manufacturers the opportunity to counterattack, hoping that domestic manufacturers will be able to become famous and lead the world in printing OLED technology. Skyworth is cultivating OLED TVs China's independent R&D capability rises. Skyworth can be said to be the first company in domestic OLED TVs. Ever since China's first OLED organic TV was released in 2013, Skyworth has been cultivating OLED technology. Now it is researching, producing, and selling. All aspects have gradually matured. On November 16th last year, Skyworth launched a first China-developed OLED organic TV M1 series jointly with BOE and Huawei Hass. The opening of this conference can be said to open a new door for the OLED TV market. , continue to lead the development of China's OLED industry. At the same time, the advent of this TV has proved to the world that the Chinese TV industry has bid farewell to the “lost core and less screen†era. The Chinese OLED industry with independent R&D and production capabilities will usher in a new pattern of OLED TV's rapid and widespread adoption. According to report, the OLED TV M1 series released by Skyworth adopts an OLED screen from BOE (BOE). BOE (BOE) is a leading company in the domestic display industry and currently ranks as the second largest panel maker in the world. As another key to localization of China's independently researched and developed OLED TVs, Huawei Hass chips are used, which is also the latest achievement of the nuclear high-base project. It has strong performance, superior chip processor, and has realized the Chinese core. The rise. Skyworth M1 adopts OLED screen, which can achieve independent light emission for each sub-pixel. It has five advantages: natural black, high contrast, fast response, wide viewing angle, anti-blue light, etc. It can be infinitely close to 100% pure black, making the picture completely black Field, at the same time, has unlimited contrast, TV screen layering stronger, response time can be achieved within 0.001ms, 4000 times faster than LCD TV, perfect solution to the high-speed motion picture smearing and afterimage problem. In addition, the self-luminous body can achieve a brightness viewing angle of 160 and a chromaticity viewing angle of 120, each of which is not distorted, so that a truly wide viewing angle can be achieved. Moreover, the blue light energy of the OLED is significantly reduced by 70% compared with the LED liquid crystal, and is more healthy and eye-protecting. In terms of hardware, Skyworth M1 uses a 64-bit A53 processor, a Mali 450 graphics processor, 2GB of memory, and 16GB of flash memory. Chips teamed with Hass, the latest result of nuclear high-grade projects, with strong performance and superior chip processing capabilities. In terms of content, Skyworth M1 TV adopts Coolopen System 5.5, which is a professional TV operating system and it is very simple. Adopted the first domestic independent R&D system designed for television. Friendly human-computer interaction, a powerful content platform, and compatibility with mass applications and professional background services make operations simpler and faster. In addition, Skyworth M1 also provides users with a large number of movie and TV drama resource platforms, professional service teams to create Internet TV entertainment content platform for users, covering television, games, music, sports, education, family interaction and other fields, so that television becomes Family education and entertainment center. According to report, BOE established a 6-generation AMOLED production line in Mianyang, Sichuan, plus 5.5 generations of production lines in Ordos and two 6-generation lines in Chengdu. Soon BOE's OLED production line will reach four. The Skyworth M1 TV, independently developed by China Skyworth, which was first released by Skyworth, is also expected to reach volume production in 2017. If Skyworth M1 is mass-produced in 2017, it will formally announce that China's color TV industry will bid farewell to the “lacking the core and display less screens†era. At the same time, it will break the monopoly of technology for Korean companies to produce OLED TVs, reduce the manufacturing cost of OLED TVs, and regain OLEDs. TV pricing rights. In this regard, the famous home appliance expert and Deputy Secretary-General of the China Electronic Chamber of Commerce, Lu Jiebo, said in an interview with home appliance alliance reporters that the sharp increase in panel prices in the second half of 2016 made the situation of TV manufacturers with low profits even more difficult, both at home and abroad. Companies are seeking new profitable breakthroughs while they are struggling at the edge of losses. Skyworth has taken the lead in the revolution and has thrown olive branches to BOE, reached consensus on strategic cooperation, and will purchase BOE OLED panels. The strategic decision made by Skyworth is an important step in the battle for manufacturing and innovation in China. This will lead to the rise of local display companies represented by BOE, which will drive the rapid development of China's color TV upstream industry and further promote the restructuring of the panel display industry. Foreign-funded enterprises alone will show that the era of panel technology may become a thing of the past. 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.