In recent years, the competition in the large-screen splicing market has become fierce. With continuous breakthroughs in LCD splicing, DLP rear-projection splicing, PDP plasma splicing, and other three mainstream splicing product technologies, product specifications have become increasingly rich and the brand camp is becoming more and more powerful. The large-screen splicing market is facing complex situations such as increasingly mature technologies, a large number of convergence products, and chaotic price wars. Especially with the rapid development and widespread application of the LCD liquid crystal splicing industry, some people in the industry have suggested that the large-screen splicing industry will face the situation of reshuffling. Then where will the big screen splicing future be?
LCD, DLP, PDP large-screen splicing products in technology and application analysis
Next, from the overall splicing market, we analyzed the situation of the three large-screen products of LCD splicing screen, DLP rear-projection splicing screen, and PDP plasma splicing screen in terms of technology and industry applications.
For the LCD splicing screen, for the first time, since the Samsung 46-inch ultra-narrow splicing product was launched in 2009, the LCD splicing market has continued to show a trend of high growth. The liquid crystal splicing large screen has the advantages of high definition, high brightness, high color saturation, flexible and varied splicing display combinations, environmental health, long life, and low maintenance cost. The largest liquid crystal splicing unit on the market can be as large as 60 inches at present, and it is small in size, light in weight, convenient and quick to install, take up less space. However, there are also deficiencies in the product that can not be seamlessly spliced, although it has been reduced from the initial 1-2 cm to the current 5.3 mm, but this level has not yet reached the true sense of "seamless" splicing requirements . Currently, LCD splicing products are leading the field of domestic commercial markets by virtue of its long life, low maintenance cost, large viewing angle, low power consumption, and low heat generation, as well as its excellent performance and reasonable price. The current major application areas include security, command centers, entertainment industries, corporate displays, advertising media, convention centers, electricity, education, etc.
Followed by DLP rear projection splicing, its system uses all-digital signal processing technology, with DMD (Digital Micromirror Device, digital micromirror device) as a light valve imaging device, using digital light processing technology to modulate computer and video signals, drive the DMD optical system, through The projection lens gets a large screen image. As the pioneer in the field of large-screen splicing, LDP displays have entered this battlefield. In recent years, DLP splicing systems have been dominated by mature technologies, with a series of advantages such as large size, small seams, and the ability to display static images for a long time. Loved by consumers. However, DLP monitors have problems such as uneven color and brightness, excessive power consumption, and large space consumption, which have been the internal injuries of DLP splicing products. This is also an important reason for restricting the further development of DLP and dominating the market. At present, DLP rear-projection splicing is mainly used in many high-end fields such as transportation, finance, government,*,*, and energy power.
Finally, PDP plasma splicing screen products have always been known on the market with ultra-thin body, large display area and excellent display performance. It has the advantage of seamless design, seam size can be controlled at about 1mm, very good to maintain the unity and integrity of the picture without distortion. The plasma is a self-illuminating pixel and has a fast response speed. It responds to changes on the screen with excellent accuracy of 0.001 ms. It moves quickly and the picture is not blurred. In addition, the plasma luminescence of the PDP is uniform, and the large display area of ​​the ultra-thin body can be used in various environments, and has the characteristics of strong adaptability and the like. The main problem is that the PDP plasma splicing screen is prone to scorching problems, and lack of support from the upstream panel manufacturers, splicing team can not be expanded, these constitute a major obstacle to the plasma splicing market development. The current products are mainly used in public places such as airports, train stations, exhibition venues, corporate seminars, academic conferences, and teleconferences.
Analysis of Installation and Maintenance of LCD, DLP, and PDP Large-screen Splicing Products
From LCD screen splicing, DLP rear projection splicing, and PDP plasma splicing screens to the installation of three large screens, we learned that the LCD has an overall chassis to prevent falling high-level transportation packaging, and the complete package can reach a drop impact of 1 meter or less. Protection design; a variety of installation methods, high-grade brackets, beautiful installation cabinets can be freely collocated. Can be wall-mounted, embedded installation, installation fool, without professional installation staff, free installation, product stability, and post-maintenance costs are low. The PDP large-screen splicing products are installed in the same way as the LCD, and can also be installed in a variety of ways. The installation is quick and easy. Only DLP rear projection is a more complex installation method. It adopts floor-standing installation, which is superimposed one by one, and the products are heavy. The installation is complex and takes up much space. If it is for outdoor use, LCD LCD splicing has a high brightness screen, brightness up to 1800cd/m2, even under the sunlight, the product screen still shows high-definition, color saturation is also very good. This is something the PDP and DLP can't do because neither of these two products can be used outdoors.
Large screen mosaic screen sales accounted for future trends
From the above chart, we can clearly see that in the future, with continuous breakthroughs in the joint development of LCD splicing products, the sales scale will be expected to maintain an average growth rate of more than 30% in 3-5 years, and the proportion of the overall splicing market. Will exceed 50% in 2013. In the overall large-screen splicing market, PDP plasma splicing will gradually weaken and the future growth will be small. The DLP rear-projection splicing screen will also be affected by the LCD splicing screen after 2 years, and the sales scale ratio will be reduced to less than 50%. However, the core advantages of LCD splicing within 3-5 years are mainly in the field of information release, and DLP in the control room area. Still able to maintain a splicing duo with LCD LCD. Data sources Ovey AVC large screen splicing market research report.
Currently, in the field of large-screen splicing, DLP, PDP and LCD have their respective advantages, occupying unequal market shares, and presenting a three-point situation. Although the DLP display is a pioneer in the field of large-screen splicing, DLP technology is facing a strong impact because DLP displays have problems such as uneven color and brightness, excessive power consumption, and a large amount of space. Although PDP plasma products have made certain progress in image quality, the problems of short board burning and congenitacy of life span have largely hampered the development and popularization of PDP products. Only the emergence of LCD splicing products has changed the big screen splicing market. It has the advantages of high definition, wide viewing angle, high brightness, long life, etc. It is quickly recognized and accepted by the market and users.
In the future, the large-screen splicing market, LCD LCD splicing is likely to be the industry's king, stand out in the fierce competition. In recent years, LCD liquid crystal splicing products have developed rapidly, accounting for as much as one-fifth of the market. Of course, due to the splicing gap that can not be avoided in the splicing process of the liquid crystal splicing products, it is difficult to break through the bottleneck in the process of popularization and application of high-end industries. However, we have reason to believe that when LCD splicing solves the seamless problem, the field of large-screen display will fully enter the era of LCD.
LCD, DLP, PDP large-screen splicing products in technology and application analysis
Next, from the overall splicing market, we analyzed the situation of the three large-screen products of LCD splicing screen, DLP rear-projection splicing screen, and PDP plasma splicing screen in terms of technology and industry applications.
For the LCD splicing screen, for the first time, since the Samsung 46-inch ultra-narrow splicing product was launched in 2009, the LCD splicing market has continued to show a trend of high growth. The liquid crystal splicing large screen has the advantages of high definition, high brightness, high color saturation, flexible and varied splicing display combinations, environmental health, long life, and low maintenance cost. The largest liquid crystal splicing unit on the market can be as large as 60 inches at present, and it is small in size, light in weight, convenient and quick to install, take up less space. However, there are also deficiencies in the product that can not be seamlessly spliced, although it has been reduced from the initial 1-2 cm to the current 5.3 mm, but this level has not yet reached the true sense of "seamless" splicing requirements . Currently, LCD splicing products are leading the field of domestic commercial markets by virtue of its long life, low maintenance cost, large viewing angle, low power consumption, and low heat generation, as well as its excellent performance and reasonable price. The current major application areas include security, command centers, entertainment industries, corporate displays, advertising media, convention centers, electricity, education, etc.
Followed by DLP rear projection splicing, its system uses all-digital signal processing technology, with DMD (Digital Micromirror Device, digital micromirror device) as a light valve imaging device, using digital light processing technology to modulate computer and video signals, drive the DMD optical system, through The projection lens gets a large screen image. As the pioneer in the field of large-screen splicing, LDP displays have entered this battlefield. In recent years, DLP splicing systems have been dominated by mature technologies, with a series of advantages such as large size, small seams, and the ability to display static images for a long time. Loved by consumers. However, DLP monitors have problems such as uneven color and brightness, excessive power consumption, and large space consumption, which have been the internal injuries of DLP splicing products. This is also an important reason for restricting the further development of DLP and dominating the market. At present, DLP rear-projection splicing is mainly used in many high-end fields such as transportation, finance, government,*,*, and energy power.
Finally, PDP plasma splicing screen products have always been known on the market with ultra-thin body, large display area and excellent display performance. It has the advantage of seamless design, seam size can be controlled at about 1mm, very good to maintain the unity and integrity of the picture without distortion. The plasma is a self-illuminating pixel and has a fast response speed. It responds to changes on the screen with excellent accuracy of 0.001 ms. It moves quickly and the picture is not blurred. In addition, the plasma luminescence of the PDP is uniform, and the large display area of ​​the ultra-thin body can be used in various environments, and has the characteristics of strong adaptability and the like. The main problem is that the PDP plasma splicing screen is prone to scorching problems, and lack of support from the upstream panel manufacturers, splicing team can not be expanded, these constitute a major obstacle to the plasma splicing market development. The current products are mainly used in public places such as airports, train stations, exhibition venues, corporate seminars, academic conferences, and teleconferences.
Analysis of Installation and Maintenance of LCD, DLP, and PDP Large-screen Splicing Products
From LCD screen splicing, DLP rear projection splicing, and PDP plasma splicing screens to the installation of three large screens, we learned that the LCD has an overall chassis to prevent falling high-level transportation packaging, and the complete package can reach a drop impact of 1 meter or less. Protection design; a variety of installation methods, high-grade brackets, beautiful installation cabinets can be freely collocated. Can be wall-mounted, embedded installation, installation fool, without professional installation staff, free installation, product stability, and post-maintenance costs are low. The PDP large-screen splicing products are installed in the same way as the LCD, and can also be installed in a variety of ways. The installation is quick and easy. Only DLP rear projection is a more complex installation method. It adopts floor-standing installation, which is superimposed one by one, and the products are heavy. The installation is complex and takes up much space. If it is for outdoor use, LCD LCD splicing has a high brightness screen, brightness up to 1800cd/m2, even under the sunlight, the product screen still shows high-definition, color saturation is also very good. This is something the PDP and DLP can't do because neither of these two products can be used outdoors.
Large screen mosaic screen sales accounted for future trends
From the above chart, we can clearly see that in the future, with continuous breakthroughs in the joint development of LCD splicing products, the sales scale will be expected to maintain an average growth rate of more than 30% in 3-5 years, and the proportion of the overall splicing market. Will exceed 50% in 2013. In the overall large-screen splicing market, PDP plasma splicing will gradually weaken and the future growth will be small. The DLP rear-projection splicing screen will also be affected by the LCD splicing screen after 2 years, and the sales scale ratio will be reduced to less than 50%. However, the core advantages of LCD splicing within 3-5 years are mainly in the field of information release, and DLP in the control room area. Still able to maintain a splicing duo with LCD LCD. Data sources Ovey AVC large screen splicing market research report.
Currently, in the field of large-screen splicing, DLP, PDP and LCD have their respective advantages, occupying unequal market shares, and presenting a three-point situation. Although the DLP display is a pioneer in the field of large-screen splicing, DLP technology is facing a strong impact because DLP displays have problems such as uneven color and brightness, excessive power consumption, and a large amount of space. Although PDP plasma products have made certain progress in image quality, the problems of short board burning and congenitacy of life span have largely hampered the development and popularization of PDP products. Only the emergence of LCD splicing products has changed the big screen splicing market. It has the advantages of high definition, wide viewing angle, high brightness, long life, etc. It is quickly recognized and accepted by the market and users.
In the future, the large-screen splicing market, LCD LCD splicing is likely to be the industry's king, stand out in the fierce competition. In recent years, LCD liquid crystal splicing products have developed rapidly, accounting for as much as one-fifth of the market. Of course, due to the splicing gap that can not be avoided in the splicing process of the liquid crystal splicing products, it is difficult to break through the bottleneck in the process of popularization and application of high-end industries. However, we have reason to believe that when LCD splicing solves the seamless problem, the field of large-screen display will fully enter the era of LCD.
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