In 2020, the Output of OLED Mobile Phone Display Will Exceed That of LCD

DSCC said that the output of OLED mobile phone displays will exceed the output of LCD in 2020 and reach 65% market share by 2025.

Throughout the entire display market (mobile phones, TVs and others), DSCC predicts that the output of OLEDs will increase at a CAGR of 20% by 2025, and the market share of OLEDs will increase from 5% in 2019 to 14% in 2025.

In terms of OLED production, South Korea still leads. However, from 2018 to 2022, the market share of Chinese enterprises will increase significantly, while the share of Korean enterprises will decrease from 90% to 56%. By 2025, the share of Chinese enterprises will increase to 43% at a CAGR of 43%. By 2025, global OLED production will almost focus on China and South Korea.

DSCC also said that BOE will become the world's largest display manufacturer in 2019. By 2025, LG display will become the second largest display manufacturer, the third will be Huaxing optoelectronics, the fourth will be qunchuang, and Samsung display will rank fifth.

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How About the Splicing Screen? Features of 55 Inch LCD Splicing Screen
How About the Splicing Screen? Features of 55 Inch LCD Splicing Screen
55 inch LCD splicing screen can be used not only as a display, but also as a LCD splicing wall. According to different use requirements, it can realize the functions of variable large screen: single screen split display, single screen separate display, arbitrary combination display, full screen LCD splicing, double splicing LCD splicing, vertical screen display, optional compensation or covering of image frame, support roaming, scaling and stretching of digital signals, cross screen display, and the setting and operation of various display plans, Full HD signal real-time processing. Commonly used for outdoor advertising, government information display, office meetings and other places.Product features:Super long service life: the service life can reach more than 100000 hours and the brightness can reach 1000 lumensLarge viewing angle: the viewing angle can reach an unprecedented 178 degreesHigh resolution: the physical resolution of the LCD can easily reach the retinal level that cannot be distinguished by the naked eye. The brightness and contrast of the LCD are very high, the color is bright and bright, and the image is stable and does not flicker.Ultra thin and lightweight: LCD has the characteristics of thin thickness and light weight, which can be easily spliced and installedVery low power consumption: liquid crystal display equipment has always been praised for its low power and low heating. It is only 3W in standby.Low failure rate: liquid crystal is the most stable and reliable display equipment at present. Due to the small heating capacity and stable components, it will not cause failure due to excessive temperature rise of components.The above are the advantages of 55 inch LCD splicing screen. When selecting, we should also consider the problem of distance. If it is a long-distance viewing, we should consider the LED display screen, because the effect of long-distance viewing of LED display screen is better than that of LCD splicing screen. However, the picture of LCD splicing screen is more delicate.
What Does LTPS / TFT-LCD Mean
What Does LTPS / TFT-LCD Mean
What does LTPS / TFT-LCD meanLTPS     TFT LCD can be divided into polycrystalline silicon (poly Si TFT) and amorphous silicon (a-Si TFT). The difference between them lies in the different transistor characteristics. The molecular structure of polycrystalline silicon is arranged orderly and directionally in a grain, so the electron mobility is 200-300 times faster than that of amorphous silicon; TFT-LCD generally refers to amorphous silicon. At present, the technology is mature and is the mainstream product of LCD. Polycrystalline silicon products mainly include high temperature polycrystalline silicon (HTPs) and low temperature polycrystalline silicon (LTPs). Low temperature poly silicon (LTPs) thin film transistor liquid crystal display uses excimer laser as the heat source in the packaging process. After the laser light passes through the projection system, a laser beam with uniform energy distribution will be generated and projected on the glass substrate of amorphous silicon structure. When the glass substrate of amorphous silicon structure absorbs the energy of excimer laser, It will be transformed into polycrystalline silicon structure. Because the whole treatment process is completed below 600 ℃, it can be applied to general glass substrates. LTPS-TFT LCD has the advantages of high resolution, fast reaction speed, high brightness and high opening rate. In addition, since the silicon crystal arrangement of LTPS-TFT LCD is more orderly than a-Si, the electron movement rate is relatively higher than 100 times. The peripheral driving circuit can be fabricated on the glass substrate at the same time, so as to achieve the goal of system integration, save space and drive IC cost. At the same time, because the drive IC circuit is directly made on the panel, it can reduce the external contact of the component, increase reliability, simplify maintenance, shorten the assembly process time and reduce EMI characteristics, so as to reduce the design time of the application system and expand the design freedom. The highest technology of LTPS-TFT LCD is to achieve system on panel. The first generation LTPS-TFT LCD uses built-in driver circuit and high-performance pixel transistor to achieve high resolution and high brightness, which has made a great difference between LTPS-TFT LCD and a-Si. Through the progress of circuit technology, the second generation LTPS-TFT LCD changes from analog interface to digital interface to reduce power consumption. The carrier mobility of this generation of LTPS TFT LCD is 100 times that of a-Si TFT, and the electrode pattern linewidth is 4 μ M, the LTPS-TFT LCD characteristics have not been fully utilized. The integration of the 3rd generation LTPS-TFT LCD in the peripheral large scale integrated circuit (LSI) is more complete than that of the 2nd generation. Its purpose is: (1) no peripheral parts can make the module lighter and thinner, and can also reduce the number of parts and assembly man hours; (2) Simplifying signal processing can reduce power consumption; (3) Equipped with memory to minimize power consumption. Because LTPS-TFT LCD has the advantages of high resolution, high color saturation and low cost, it is expected to become a new wave of display. With its advantages of high circuit integration and low cost, it has absolute advantages in the application of small and medium-sized display panels. However, there are two problems in p-Si TFT at present. One is that the off state current (i.e. leakage current) of TFT is large (ioff = nuvdw / L); However, it is difficult to prepare p-Si materials with high mobility at low temperature and large area, and there are some difficulties in the process. It is a new generation technology product derived from TFT LCD. LTPS screen is manufactured by adding laser processing process to the traditional amorphous silicon (a-Si) TFT-LCD panel. The number of components can be reduced by 40%, and the connecting part can be reduced by 95%, greatly reducing the probability of product failure. This screen has greatly improved energy consumption and durability. The horizontal and vertical viewing angles can reach 170 degrees, the display response time can reach 12ms, the display brightness can reach 500 nits, and the contrast can reach 500:1.   There are mainly two integration modes of low-temperature p-Si driver: one is the hybrid integration mode of scanning and data switch, that is, the row circuit is integrated together, the switch and shift register are integrated in the column circuit, and the multi-channel addressing driver and amplifier are externally connected to the flat panel display screen with inheritance circuit; Second, all driving circuits are integrated on the display screen; Third, the drive and control circuits are integrated on the display screen. In 2007, BOE Hyundai (Beijing) display technology Co., Ltd. was the first company in China to start mass production of small-size LTPS modules. TFT (thin film transistor) LCD is a kind of active matrix liquid crystal display (am-lcd). Liquid crystal flat panel display, especially TFT-LCD, is the only display device that fully catches up with and exceeds CRT in terms of brightness, contrast, power consumption, service life, volume and weight. It has excellent performance, good mass production characteristics, high degree of automation, low cost of raw materials and broad development space. It will quickly become the mainstream product in the new century, It is a bright spot of global economic growth in the 21st century.   The main feature is different from TN technology. TFT display adopts "back transparent" irradiation mode - the hypothetical light source path is not from top to bottom like TN liquid crystal, but from bottom to top. In this way, a special light tube is arranged on the back of the liquid crystal, and the light source shines upward through the lower polarizing plate. Since the electrodes of the upper and lower interlayer are changed into FET electrodes and common electrodes, the performance of liquid crystal molecules will also change when the FET electrode is turned on. The purpose of display can be achieved by shading and light transmission, and the response time is greatly improved to about 80ms. TFT is commonly known as "true color" because it has higher contrast and richer colors than TN-LCD and faster screen update frequency. Compared with DSTN, the main feature of TFT-LCD is to configure a semiconductor switching device for each pixel. Because each pixel can be directly controlled by point pulse. Therefore, each node is relatively independent and can be controlled continuously. This design method not only improves the response speed of the display screen, but also can accurately control the display gray, which is the reason why TFT color is more realistic than DSTN.
OLED Vs LCD in Phones. What's the Difference? | CellFix Houston
OLED Vs LCD in Phones. What's the Difference? | CellFix Houston
OLED vs LCD in phones. What's the difference? | CellFix HoustonAs technology is constantly evolving, so are the screens that we use in our portable devices. Particular technologies such as OLED and LCD are constantly evolving and becoming better. There are many differences and similarities between the two. They both have their advantages and disadvantages, and as a result, they both have their uses. Let's now take an in-depth look at the two different types of screens, how they work, and how they compare to one another. One of the most significant differences between OLED and LCD is how the screens work in each of them. LCD screens consist of a backlight that shines through the liquid crystals. This is done by using polarizing filters to control the light, which allows for the screen to be switched off or on. This technology is used in many types of screens including TVs and computer monitors. OLED screens, however, work differently. An OLED screen has pixels that are semi-conductors, meaning that they can conduct electrical charges. The organic light emitting diode (OLED) lights up and can be switched off at will. This makes it easy for the screen to display black pixels, making for an excellent contrast ratio. This is something that is very difficult to achieve with LCD screens, as they require a separate backlight to achieve darkness. When it comes to resolution, OLED screens can go up to 8K, while LCD maxes out at 4K. The amount of pixels on an OLED screen is also much higher than that of an LCD screen. On an OLED screen, the pixels are placed very close to each other, allowing for a much higher resolution. This is because the pixels produce their own light and do not require any backlight. However, while OLED screens can have a higher resolution than LCD screens, they are not as bright. OLED screens are also known to have color banding issues when displaying some darker colors. However, this is something that is constantly improving. When it comes to displays, OLED and LCD displays are very similar. They both have excellent contrast ratios and low response times. For LCD displays, however, the response time is dependent on the refresh rate of the screen. The refresh rate determines how often the image on the screen refreshes on a display with a 60Hz refresh rate. The response time on an LCD display is lower the lower the refresh rate is. On an OLED screen, the response time is dependent on the pixel switching time which is determined by the frame rate of the screen. The higher the frame rate, the lower the response time. In terms of color accuracy, OLED screens are much better than LCD screens. OLED screens are able to produce true pure colors while LCD screens often have a stuck between different colors in an image or video. An example of this is color banding when displaying darker colors. This is due to the fact that an LCD screen has a backlight that shines through its liquid crystals which makes it difficult to produce pure black colors. If you are looking for a screen that can produce high contrast images with true colors and a high resolution with amazing detail, then an OLED screen is perfect for you. If you are looking for a screen that can be viewed under bright sunlight easily then an LCD screen would be better suited for you. The advancements in OLED technology have led to many people thinking that these are superior screens over LCD displays. While this may be true in terms of color accuracy and high resolution, LCD displays are still better in some ways. When it comes to brightness level, especially in sunlight, LCD displays are still at the top of their game with their ultra-bright backlights. They still produce better contrast ratios than OLED displays as well as having lower response times when it comes to refresh rates. LCD displays still have lower color banding issues and better viewing angles compared to OLED displays as well as being thinner in nature compared to OLED displays which are known for being pretty thick due to their use of organic materials. According to reports, both technologies have their pros as well as their cons. However, in terms of durability, LCD displays are still more superior compared to OLED displays which can be broken easily if they are dropped or scratched in some way. Overall, both LCD and OLED displays have their own advantages and disadvantages but have come leaps in recent years with improvements in technology to improve each other's weaknesses. With so much improvement in both OLED and LCD displays over recent years, you really can not go wrong with either of these technologies if you are looking for a good display for your phone or tablet device.
LCD Industry Touch LCD Screen Slow Response How to Do, What Treatment
LCD Industry Touch LCD Screen Slow Response How to Do, What Treatment
With the development of science and technology, LCD touch-screen can be seen everywhere, especially in industrial production. Then, LCD industrial touch LCD screen occasionally has some faults, such as touch insensitivity, so what causes this phenomenon? Xiaobian came to solve our doubts.If the touch screen on the industrial touch surface reacts slowly, it may be that the touch screen system is old, the internal clock frequency is too low, or there are water droplets on the touch screen surface and it cannot be moved. In order to restore the touch screen to rapid response, the system driver must be replaced or upgraded, or the touch screen surface must be wiped with a rag. In general, this is common for multi touch screens, but care should be taken to maintain them. In the detailed operation and use, the following problems must also be paid attention to:1. TP is a glass product. Please handle it with care to avoid damage and rupture.2. The contact surface of TP is a conductive film. If the protective film is torn off, it is forbidden to contact the product surface with sharp objects such as nails, pencils and so on, so as to avoid soiling and scratching the product.3. Do not stick oil, water and other liquids on the surface of the product.4. When there are stains on the touch surface, please gently touch the alcohol with a degreasing cotton ball or dust-free cloth, and gently wipe the product surface. Do not infiltrate the alcohol into the product.5. Avoid the use and preservation of organic solvents or corrosive gases (acid gases, etc.).6. When installing the machine, please use non corrosive glue to fix the product.7. When installing the machine, please wear fingertips or gloves to ensure the cleanliness of the product.8. When TP is found to be ineffective, please check whether there is faulty welding, whether the pin contact is good, whether the machine is installed correctly and whether the operation touch position is accurate. If there is no such problem, please stick the protective film back to the product surface to ensure that the product is returned to the manufacturer for analysis and treatment.9. After unpacking inspection, keep the original package sealed and stored to prevent the product from being affected by high temperature and high humidity, resulting in watermark on the glass surface of the product.The above content is the problem of slow response of LCD industrial touch LCD screen. Doing these protective measures well and protecting the touch screen as much as possible can delay its service life and avoid slow response.fqj
Is the Below Confirguration Good for a 9th Grade Student Used for Docs, Movies,photos, and Music. al
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LCD Monitor Arm
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Computer LCD Panel Prices Continued to Rise
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Zhongyirui 49 Inch HD LCD Splicing Screen 3x3 Unit to Build Jiangsu Keben Pharmaceutical Central Con
Pharmaceutical safety has always been a topic of great importance in China. The development of pharmaceutical industry is closely related to the vital interests of the broad masses of the people. The scientific and technological construction of pharmaceutical industry creates a good social environment for the continuous development of medical safety and health production and the maintenance of the health rights and interests of the broad masses of the people, and for the all-round construction of a well-off society.Internet plus ecological strategy Internet has become the core mode of enterprise development with the progress of big data and information age and continuous upgrading of technology. It is a combination of Internet plus ecological chain and modern intelligent multimedia monitor system, and it has created a unique multifunctional monitoring center with a sense of the times. Among them, LCD splicing screen, as an indispensable protagonist in today's exhibition hall, its fashionable and cutting-edge product performance not only gives people a shocking visual effect, but also meets the diversified and personalized needs of users.Jiangsu Keben Pharmaceutical Co., Ltd. is a comprehensive modern pharmaceutical group. Recently, it completed the construction of high-definition LCD splicing screen project of central control command center. The company strictly implements the work flow of safety audit, launches some new explorations in the system, adopts zhongyirui 49 inch LCD splicing screen as the guarantee in the monitoring, and continuously introduces new pharmaceutical equipment and technology, so as to ensure the scientific monitoring and management of environmental protection, safety and health in the production process and meet the growing medical and health needs.The 49 inch monitoring screen splicing scheme of Jiangsu Keben pharmaceutical monitoring center is designed by zhongyirui engineers according to the requirements of their project leader and on-site environmental requirements. This scheme should realize the monitoring and management of the whole pharmaceutical environmental process. In order to improve product progress and safety awareness, it is necessary to ensure the real-time display of monitoring and accurate display of data informatization, Lay a good foundation for the safety and stability of the whole system.System overviewThe function and effect of the 49 inch monitoring large screen splicing display system directly affect the visualization of information and the effectiveness of decision-making, and also directly affect the effectiveness of the whole management system. The overall goal of the construction of the large screen mosaic system is: the system takes full account of the principles of advanced nature, stability, practicability, integration, scalability and economy, and builds a set of liquid crystal large screen mosaic system which adopts advanced and mature technology, follows the layout design well, the equipment is applied reasonably, the interface is friendly and convenient, the function is orderly and practical, and the expansion and expansion are good. To meet the needs of large screen image and data display.Design principlesIn this system, zhongyirui provides 49 inch HD LCD splicing screen 3 according to customer needs × 3 unit splicing control solution. The scheme adopts the most advanced imaging technology to meet the use requirements of users in special industries.In order to ultimately satisfy the user, the large screen display system shall follow the following design principles:practicabilityThe system can meet various practical and potential needs and achieve satisfactory results.reliabilityThe system can provide long-term continuous operation and is stable and reliable.ProgressivenessThe function and performance of the system have reached the advanced level of the display system of the same grade.PersistenceThe selected high-quality LCD unit and controller ensure that the display effect of the system remains unchanged for a long time.EconomyUnder the condition of meeting the demand, the cost of system construction and use investment shall be minimized.ConvenienceThe adjustment and use of the system are simple and easy, the user interface is friendly, and the operation process is simple. It can be operated and used after short-term training.Equipment selectionTNet DID The 49 inch LCD splicing large screen system adopts the independently developed digital signal processing technology and splicing processing engine, combined with the latest LCD LCD screen, which has the characteristics of high definition, high brightness and high color gamut. LED backlight bilateral seam 3.5mm. High resolution (1920) × 1080), high brightness (500CD / m2), high contrast (4000:1), wide viewing angle (178 degrees) HD LG display panel, supporting 1080p Full HD digital video display.Signal processorThe 49 inch LCD splicing large screen system can access computer VGA signal and monitoring video signal. Different video processing systems can be selected according to the customer's requirements for input signals to realize VGA, composite video, S-Video (optional), YPbPr / YCbCr (optional) or DVI (optional) signal input, so as to meet the needs of different signal input in different occasions.Function realizationIt can display video image signal, computer signal, network digital signal, cable TV signal, physical projection signal and other information to be displayed.The system supports single screen, cross screen and whole screen display of any signal, and can realize the functions of arbitrary scaling, roaming, superposition and movement of the display window. At the same time, it can ensure the real-time transmission and display of video images.Any control computer connected to the system can operate the large screen to realize the mutual call and control of images.The LCD splicing control system is added to the system. With the intuitive and graphical all Chinese integrated operation interface: under the unified graphical operation interface, through simple mouse operation, the settings and calls of various equipment parameters and plans in the integrated system can be completed, so as to achieve the display effect required by users without caring about the cumbersome video switching Splicing unit switching operation.System support 7 × 24-hour stable and continuous operation.The LCD splicing screen central control command center system scheme created by zhongyirui not only improves the safety and scientificity of pharmaceutical production of Jiangsu Keben pharmaceutical, but also brings intangible assets and operating resources to the enterprise. After the completion of the whole project, the relevant person in charge of Jiangsu Keben pharmaceutical highly praised the performance, response speed, operation method and many other advantages of zhongyirui products, and expressed great satisfaction with the installation and careful guidance of zhongyirui engineers.Jiangsu Keben pharmaceutical industry adheres to cleaner production, safety first, and pays equal attention to social and economic benefits; Pharmaceutical safety work has a long way to go, only the beginning, not the end. Any achievements belong to the past, can not be complacent, and always start from scratch. We should continue to learn, innovate, improve our management level, introduce advanced safety management system, and wish Jiangsu Keben Pharmaceutical Co., Ltd. to continuously produce good national drugs that are beneficial to others and ourselves.
Huaxing Optoelectronics Plans to Build an 11 Generation LCD OLED TV Manufacturing Plant, Which Will
On May 22, csot (a subsidiary of TCL) announced that it planned to build an 11 generation LCD OLED TV manufacturing plant in Shenzhen. The second 11th generation line of Huaxing optoelectronics project aims to invest in the construction of a monthly processing 3370mm & Tides in Guangming New Area, Shenzhen; The 11th generation ultra-high definition new display device production line with about 90000 2940mm glass substrates mainly produces and sells 65 inch, 70 inch and 75 inch 8K ultra-high definition displays and 65 inch OLED and 75 inch OLED displays. The total investment of the project is about 42.683 billion yuan. The project is jointly invested by TCL group, Huaxing optoelectronics and Shenzhen major industrial development fund. It is planned to officially realize mass production in March 2021.The latest news indicates that the new plant will adopt oxide TFT backplane, and the OLED business will also use 11th generation substrate (which may be cut into actual OLED front deposition). In the capacity of 90000 substrates per month, the OLED production line will use 20000. The plant will start mass production in 2021.It is reported that Huaxing optoelectronics is making progress in the inkjet project and cooperating with kateeva, Sumitomo chemical, Merck, DuPont and Tianma, as well as the scientific research teams of Chinese universities. It is unclear whether these groups have joined Guangdong Juhua printing and display technology company established by Huaxing optoelectronics and Tianma in 2016.Huaxing optoelectronics believes that the ink-jet printing technology of OLED TV will be available in the next 3-5 years, which means that it can be used in the new 11th generation factory, but the factory may adopt the evaporation process at the initial stage.At present, the production capacity of OLED panels is mainly controlled by Korean panel factories. Small and medium-sized OLEDs, represented by Samsung, mainly produce RGB OLEDs by high-temperature evaporation. At present, the process technology is relatively mature and the yield is high. Domestic panel factories have followed up with investment; In terms of large-size OLEDs, w-oleds are mainly produced by LGD through high-temperature evaporation. At present, the production cost is much higher than LCD TV panels, and the market acceptance is low. In 2017, 1.7 million OLED TV panels were shipped, accounting for less than 1% of the TV panel market. The scientific community seeks to break through the bottleneck of large-scale OLED mass production in other ways. Printing display is one of the high hopes.The printing display uses organic, inorganic and nano materials processed by soluble liquefaction, and uses printing or coating technology to replace the traditional semiconductor technology / vacuum technology to make the display. Compared with evaporated OLED, printed OLED has the characteristics of light, thin and flexible, large area, low cost and green manufacturing. It is a revolution of industrial technology and the development direction of new display industry in the future. Samsung in Korea, joled in Japan and Huaxing Optoelectronics in China are actively developing printing and display research and development, but Huaxing optoelectronics is the first enterprise in the world to invest in printing OLED panel production line.Industry experts predict that the printed display will reach the conditions for mass production in 2020. When the key technologies of printed display are mature and industrialized, the production cost of large screen OLED will be greatly reduced and the rapid development of large-size OLED panel market will be promoted.
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