In recent years, the LED display screen market has been changing rapidly and there have been many variables. However, no matter how the market fluctuates, at this stage, for LED displays, which are "engineering-type, durable" products, the advantage of product differentiation is becoming increasingly prominent. For LED screen companies to maintain a leading edge in the market, they must have their own unique product advantages. In addition, the strong driving system of "marketing + channels" cannot be relaxed in the slightest, especially strengthening channel construction... In fact, the business logic of the entire Chinese LED display screen industry has always been driven by strong marketing and powerful channels, maintaining market leadership with continuous scale advantages, and then establishing corresponding phased leading advantages in the terminal market with differentiated products and innovative technologies. Ultimately, a brand-based foundation centered on comprehensive strength is formed, and on this basis, more leading strategies in technology, fine products, and services are actively explored. Among them, "strong channels" are of great importance to the market competitiveness and significance of many LED screen companies. Recently, including Leyard, Lianjian, and Unilumin, LED screen companies have successively "returned" to the wholesale channel market. In addition to the increasingly saturated terminal market, the situation of increasing volume but not increasing profits in the LED display screen industry is becoming increasingly severe. Although some screen companies maintain relatively stable gross profit margins through scale and technological innovation, the market's contribution to the profits of screen companies is very limited, and the importance of channels is particularly prominent at this time. More and more LED display screen companies are beginning to switch to the development model of "strong channels". However, building good channels is not something that can be achieved overnight. On the one hand, when the LED display screen industry is in a critical period of transformation and upgrading, the core of strong channels has shifted from the initial blind pursuit of channel scale to quality optimization development based on a certain scale. Nowadays, whether it is first-tier or second-tier cities, or third-, fourth-, fifth-, sixth-tier cities and even counties and towns, brand influence, product shipment volume and quality assurance, and service capability optimization are the key to channel construction for screen companies. On the other hand, the sales model and channel expansion methods of the current LED display screen market are becoming increasingly diversified. LED screen companies need to follow the trend and choose channel development methods that suit their own actual situation, and must not blindly follow the trend. At the same time, they cannot blindly pursue brand marketing while forgetting that the ultimate buyers of LED display products are customers, not distributors. Ignoring the strengthening of terminal management and service quality improvement will make it difficult for screen companies' channels to truly become "strong". Currently, the LED display screen industry includes many sub-fields. With the improvement of LED display screen product technology, the LED display market has been further expanded, including advertising media, commercial display, stage rental, and various special applications. Among them, each field includes low-, mid-, and high-end applications. For high-end engineering application projects, the direct sales model is obviously more competitive, while for the mid- and low-end market with improved overall product quality, channels are absolutely the "king" of the industry. No matter how the overall industrial environment develops and changes, for LED screen companies, their business laws have never changed, that is, to return to the origin, win over users, provide products, achieve profits, and achieve rolling development. In short, "obvious product advantages, unique channels, and accurate marketing positioning" are the key to the development of LED screen companies in the future!

LED screens are ubiquitous, appearing in shopping malls, subway stations, hospitals, and many other places. However, not everyone understands their inner workings. An LED screen displays characters, text, graphics, animations, and videos by controlling the on/off states of semiconductor light-emitting diodes (LEDs), typically combinations of red, green, and blue LEDs. What are its characteristics? LED screens are suitable for various public places. The frequent appearance of LED screens reflects their advantages. They are effective for advertising, announcements, and other promotional uses in public areas. They can be used for advertising campaigns, as traffic guidance system displays, and in many other applications due to their versatility, rich functionality, and durability. LED screen technology is advanced and impressive. Many people know that LED screen technology is comparable to CRT technology, enabling quick ad content changes, large screen sizes, high-resolution images, high brightness, rich colors, and diverse display modes for text, graphics, videos, and both 2D and 3D animations. Importantly, the presence of LED screens showcases development strength, enriches people's lives, and improves a city's intelligence level, making it more welcoming to residents. After learning about LED screens, it's clear that they are superior products, offering excellent technology, rich colors, and high-quality images, suitable for both indoor and outdoor use, and worth considering.

Small-pitch products feature high refresh rate, high grayscale, high brightness utilization, no ghosting, low power consumption, and low EMI. They are non-reflective for indoor applications, lightweight, ultra-thin, high-precision, space-saving for transportation and use, quiet, and efficient heat dissipation. Small-pitch LED displays are widely used in indoor and outdoor smart advertising machines, stage performances, exhibitions, sports events, hotel lobbies, and various other occasions. Among them, P1.66 and P1.9, which are representative of small-pitch displays, have become the most popular products. Some may ask, since we are choosing small-pitch displays, why not choose those with even smaller pixel pitches? This question clearly indicates a lack of understanding in selecting small-pitch LED displays. Let's learn more together. Traditionally, people believe that pixel pitch, large size, and high resolution are the key elements determining a small-pitch LED display, believing that the best of each is always the best choice. However, in practice, these three factors influence each other. In other words, for small-pitch LED displays, the best application effect is not simply achieved by the smallest pixel pitch and highest resolution. Instead, it requires comprehensive consideration of factors such as screen size and application space. Currently, the smaller the pixel pitch and the higher the resolution of small-pitch LED displays, the higher the price. If users do not fully consider their application environment when purchasing products, they may end up spending a lot of money without achieving the desired application effect. Indoor LED display, A prominent advantage of small-pitch LED displays is "seamless splicing," which can fully meet the large-size display needs of industry users. However, in practical applications, industry users need to consider not only the high procurement cost but also the high maintenance cost when choosing large-size small-pitch products. Although the lifespan of LED beads can reach 100,000 hours, due to their high density and the requirement for low thickness in indoor applications of small-pitch LED displays, heat dissipation can easily become difficult, leading to local failures. In practice, the larger the screen size, the more complex the repair process, and the higher the maintenance cost. In addition, the power consumption of the display should not be underestimated, and the later operating cost of large-size displays is generally higher. The issue of multiple and complex signal inputs is different for indoor and outdoor applications of small-pitch LEDs. Indoor signal input has diverse requirements, including a large number of signals, dispersed locations, multiple signals displayed on the same screen, and centralized management. In practice, for efficient application of small-pitch LED displays, signal transmission equipment cannot be overlooked. In the LED display market, not all small-pitch LED displays can meet the above requirements. When purchasing products, avoid focusing solely on the resolution and fully consider whether the existing signal equipment supports the corresponding video signals. Shanghai Lexian focuses on the LED display industry and has rich R&D and industry solutions to provide professional solutions. Small-pitch LED displays attract users with clearer detail display and realistic image effects. During the purchasing process, customers must comprehensively consider their application needs to achieve the best desired use effect.

There is a type of display screen called a double-sided flip, which is widely used in the field of outdoor media advertising and is highly praised by users! Do you know what an LED double-sided flip display screen is? Below, we will introduce the concept, product functions, and characteristics of the LED double-sided flip display screen. I. Introduction to the LED Double-Sided Flip Display Screen. The LED double-sided flip display screen is a combination of a three-sided flip billboard and an LED electronic display screen. Its working principle is as follows: one of the three images on the original three-sided flip prism is replaced with an LED display module, while the other two sides still use screen-printed images. In this way, it alternately displays two screen-printed images during the day, and at night, it automatically turns out the LED display module to play video images, equivalent to a conventional LED display screen. II. Functions. The LED double-sided flip display screen not only has the effect of a three-sided flip but also the effect of an LED display screen, fully leveraging the advantages of both. Two painted images can be displayed during the day, and its function is equivalent to a conventional LED display screen at night, which can play various video files and support live television broadcasts. III. Advantages. The traditional three-sided flip is a semi-dynamic outdoor advertising medium. Its advantage lies in its ability to display large-area advertisements at a relatively low cost and accommodate more advertising content than static billboards. Its semi-dynamic display effect, realistic colors, and huge size leave a deep impression on the audience, resulting in outstanding advertising effects. However, it cannot display a complete dynamic image. The display content is limited to three images, and the night-time effect is poor. Lighting equipment is needed to highlight the advertising content. Traditional display screens can display multiple images, completely dynamic images, but the effect is not ideal under strong direct sunlight, the initial investment cost is high, energy consumption is high, the later operation cost is high, and the service life is short. The LED double-sided flip display screen overcomes the shortcomings of both. During the day, the three-sided flip is used to overcome the poor effect of the LED display screen during the day. The aging and attenuation of LED lights and chips working under high temperatures and harsh environments lead to a shorter service life. The effect of the LED display screen at night merely utilizes the superior display effect of the LED display screen at night, overcoming the defect that the three-sided flip needs external lighting to illuminate the advertising screen. It fully leverages the advantages of both, achieving optimal advertising space, minimum investment, the best product combination, and the highest return! IV. Product Features. 1. Screen-printed images are displayed during the day, and screen-printed image A and screen-printed image B are alternately displayed. 2. The three-sided cross-section belongs to a general cross-sectional specification. 3. At night, the LED display automatically turns out to play video images equivalent to a conventional LED display screen. 4. The overall structure has good compatibility with traditional three-sided flips, making it easy to achieve simple grafting of the display screen and the three-sided flip billboard. 5. Supports front maintenance, and the LED display screen has a modular design that is easy to install and disassemble. 6. When LED display modules are installed on the three-sided flip, it ensures that any light-emitting diodes are arranged uniformly, achieving image integrity. 7. The LED display screen can play various texts, animations, and full-color video images, and the content can be changed at any time, reflecting multimedia functions. 8. It has good outdoor performance, with comprehensive performance such as dustproof, moisture-proof, salt-spray resistant, rainproof, snowproof, electromagnetic interference-proof, and lightning-proof. 9. The power consumption is only one-eighth of that of conventional display screens. There is no dedicated heat dissipation device at night, using protective modules, resulting in low later operating costs and a long service life. V. Application Scope. It can not only be used as a commercial advertising display platform but also as a perfect platform for various levels of government departments to conduct public welfare propaganda and legal publicity. Suitable for large shopping malls, rooftops, walls, squares, commercial centers, crossroads, pedestrian streets, etc. Its modular design is easy to disassemble and reinstall, allowing consumers to change the installation location as needed, making it widely applicable.

1. Dead Pixels LED display dead pixels refer to individual pixels that are constantly lit or dark on the display. The number of dead pixels is mainly determined by the quality of the LED chips. Fewer dead pixels result in better display quality. 2. Brightness Brightness significantly impacts indoor LED displays. Excessive brightness can harm eyesight and health, while insufficient brightness leads to unclear images. Generally, the brightness of indoor LED displays should be between 800cd/㎡ and 2000cd/㎡, although this varies among different brands. 3. Color Reproduction Color reproduction refers to how accurately the display reproduces the colors of the source, ensuring image realism. 4. Flatness The flatness of the display affects image quality. The surface flatness of indoor LED rental screen cabinets is generally within ±1mm. Local protrusions or indentations on the cabinet surface can create blind spots in the viewing angle. Flatness is determined by the manufacturing process, which should be carefully controlled by LED display manufacturers. 5. Viewing Angle The viewing angle of an LED display directly determines its audience reach. A larger viewing angle is better, allowing for a wider audience. The viewing angle is affected by the LED chip packaging method. Therefore, the chip packaging method should also be considered when choosing indoor LED rental screens.

Since 2020, naked-eye 3D screens have gradually entered the public eye. From the wave tank in Seoul, South Korea, to the spaceship in Chengdu Taikoo Li, and the tricolor cat in Tokyo Shinjuku, naked-eye 3D screens have attracted countless people from all over the world. Compared with traditional 3D displays that require glasses or helmets, naked-eye 3D screens, which can be viewed without any equipment, seem to have a natural advantage. However, behind the naked-eye 3D screen, is it technological advancement or a visual trick? Human eye parallax/How to deceive the eyes to produce a 3D effect? As early as 1839, British scientist Wheatstone was pondering a question - "Why is the world we observe three-dimensional?" After research, he found that because there is a distance of about 6.5 cm between human eyes, when observing three-dimensional objects, the perspectives are slightly different, which produces binocular parallax. The left eye sees the left side, and the right eye sees the right side. There is a slight difference in the images seen. The object is imaged on the retina at the same time. The brain compares the two different "images" to distinguish the distance of the object, thus producing a three-dimensional effect. The effect that causes this three-dimensional sensation is called "visual displacement." It is this visual displacement that allows us to distinguish the distance of objects and obtain a three-dimensional sense of depth. When observing an object with both eyes simultaneously, each point on the object has an angle to both eyes. The closer the object is to the eyes, the larger the angle of each point on the object to the eyes, and the greater the visual displacement. The farther the object is from the eyes, the closer the lines of sight of the two eyes are to parallel, and the visual displacement is close to zero. It is difficult for us to judge the distance of the object, and we will not have a three-dimensional sense of it. Looking at the stars at night, it feels like all the stars are on the same spherical surface, and it is difficult to distinguish the distance. This is the result of zero visual displacement. Visual displacement is the basic principle of 3D movies producing a three-dimensional effect: during shooting, two cameras are used to shoot simultaneously, obtaining two synchronized images with differences. Then, polarized glasses are used to separate the content for the viewer's left and right eyes, so that the two eyes obtain different images for the left and right eyes respectively. In this way, there is a three-dimensional effect, and what is presented in the brain is the feeling of a 3D image. Naked-eye 3D screens also utilize the characteristics of human eye parallax, projecting the pixels corresponding to the left and right eyes to the left and right eyes respectively, thus producing a three-dimensional image, allowing viewers to feel the three-dimensional effect at a specific angle. How does "visual illusion" deceive the brain to produce a three-dimensional effect? The three-dimensional effect of a plane image is caused by the "visual illusion" processed by the brain, or the brain supplements the three-dimensional effect. When the brain processes plane images, it will calculate the distance and spatial sense. If the image does not provide enough information, the brain will actively supplement the depth when trying to judge the spatial depth of the image. Just as painters use the distance, size, shadow effects, and perspective relationships of objects in a two-dimensional image to construct a three-dimensional effect, making the brain misjudge the spatial sense and depth of the image, 3D video sources also use perspective and shadow relationships to expand and confuse spatial perception, causing visual illusions in the human eye, thus producing a realistic three-dimensional effect. Most plane naked-eye 3D screen video sources use the visual illusion of significant frames. When the brain selects obvious frames as distance reference objects, the dynamic image suddenly blocks the "front" and "back" of the frames, or the contrast between far and near is highlighted, forming an illusion of brain distance judgment, thus producing a three-dimensional effect. Most of the current popular naked-eye 3D screens are corner screens, which use two adjacent plane screens to present different sides of a three-dimensional object. They use spatial perspective and the imaging properties of two adjacent sides of a corner screen to create visual illusions of light and shadow, brightness and darkness, and reality and virtualness for the human eye, making the screen content appear three-dimensional. Each 3D video source needs to be customized according to parameters such as screen shape, size, and viewing angle. First, the optimal viewing angle is determined, then video content conforming to the perspective principle is created according to the viewing angle, then the box layout diagram of the display screen is used for corner positioning, and finally, a video source that presents a three-dimensional effect at a specific angle is output. Because the video source is created based on a specific angle to simulate the 3D effect, only by standing at a specific angle can you obtain the optimal viewing angle of the three-dimensional effect. If you are not standing at the optimal angle, the screen content will be deformed. This is why the shooting angles of most naked-eye 3D corner screens are the same, because only at a specific angle can you see the best 3D effect. In order to achieve perfect integration of creative content and the real environment and create an immersive 3D experience, designers need to customize video sources that conform to the perspective principle according to the on-site installation scene of the display screen. The closer the boundaries of the video content are to the real scene, the more realistic the three-dimensional effect will be for the audience. Hardware requirements and display effects of naked-eye 3D screens depend on screen hardware conditions From the perspective of hardware devices, not all outdoor LED screens are suitable for naked-eye 3D effects. The display effect of naked-eye 3D screens has high requirements for screen quality, installation precision, and creative reality materials. To present better 3D video effects, LED screens must meet at least the following three requirements. Seamless transition: The mainstream 3D large screens on the market are mainly corner screens and curved screens, and true seamless corner screens are preferred. Seamless transitions can better integrate two adjacent plane large screens, bringing a visual experience with stronger spatial sense and three-dimensionality. High-definition images: Outdoor high-definition large screens have become the direction of development, and 8K resolution and small spacing are becoming mainstream, with spacing developing from the original P16, P10, P8 to P6, P3.9, and even P2.5. The smaller the spacing, the more delicate the screen display effect, and the more realistic the 3D effect. Immersive effect: Compared with ordinary outdoor advertising screens, naked-eye 3D displays pursue more stable images and realistic colors. Excellent screen quality can present more image details and bring a more immersive visual experience. Impressive naked-eye 3D screens often have "three high" characteristics. High refresh rate: 3840Hz and higher refresh rates ensure higher image stability; High grayscale: 16bit (i.e., 65536 color changes) ensures more delicate color changes, avoiding color difference or discontinuity; High contrast: The maximum brightness of 10000nits ensures that the image remains visible under direct sunlight and presents more details and purer colors. Naked-eye 3D screen trends, domestic and foreign layout At present, naked-eye 3D is mainly distributed in the CBD business districts of some large and medium-sized cities, achieving the purpose of attracting customers for commercial entities and creating city landmarks. For cities, successfully integrating 3D content with local culture will bring huge traffic and exposure to the city, creating a popular check-in location. With the popularity of naked-eye 3D screens worldwide, overseas markets also favor naked-eye 3D outdoor large screens. Naked-eye 3D large screens can be seen in countries such as the United States, the Netherlands, the Philippines, and Thailand. Compared with traditional LED screens, naked-eye 3D screens, which have built-in hotspots and traffic, are obviously more popular with customers and advertisers. However, as more and more naked-eye 3D outdoor advertising cases appear and the screen content becomes homogenized, high-quality displays are the key to maintaining the popularity of naked-eye 3D screens, thus bringing continuous advertising benefits.

Factors Affecting the Lifespan of LED Advertising Screens LED displays have gradually appeared on the streets and alleys of cities, becoming landmarks of various shapes and sizes. However, LED displays also have a lifespan, and improper maintenance will significantly shorten their service life. So, what are the factors that determine the lifespan of LED advertising screens? Part 1. Performance of Light Source Devices LED lamp beads are key components of the display and are related to its lifespan. For LED lamp beads, the main indicators are: attenuation characteristics, waterproof and moisture-proof penetration characteristics, and UV resistance. If the manufacturer's evaluation of the performance indicators of LED lamp beads is not up to standard and they are used in displays, it will lead to a large number of quality accidents, seriously affecting the lifespan of the LED display. Therefore, it is essential to choose high-quality LED lamp beads. Part 2. Influence of Supporting Components LED displays use many other supporting components, such as: switching power supplies, circuit boards, plastic casings, connectors, and housings. Any quality problem with any component may reduce the lifespan of the screen. Therefore, the lifespan of the display is determined by the lifespan of the shortest-lived key component. Part 3. Production Process The production process of LED display products determines their fatigue resistance. Modules produced with inferior three-proof processing technology cannot guarantee fatigue resistance. When the temperature and humidity change, cracks may appear on the surface of the circuit board protection, leading to a decrease in protection performance. Therefore, the production process of LED displays is also a key factor determining their lifespan. The production processes involved in display manufacturing include: component storage and pretreatment processes, reflow soldering processes, three-proof processing processes, and waterproof sealing processes. For the vast majority of LED display manufacturers, the accumulation of experience is very important. A factory with many years of experience will have better control over the production process. Part 4. Influence of the Working Environment Due to different uses, the working conditions of displays vary greatly. In terms of the environment, indoor temperature differences are small, and there is no rain, snow, or ultraviolet radiation; outdoor temperature differences can reach 70 degrees, plus wind, sun, and rain. Harsh environments will accelerate the aging of the display, and the working environment is an important factor affecting the lifespan of the display. In addition, daily maintenance of LED displays is also very important. Regularly clean the accumulated dust on the screen to avoid affecting the heat dissipation function. The lifespan of LEDs is usually defined as the time it takes for the luminous intensity to decay to 50% of its initial value. According to statistics, the lifespan of LED displays on the market is generally 6-8 years. LED large screens that can last more than 10 years are considered very good, especially outdoor LED displays, which have a shorter lifespan. If we pay attention to these details, it will bring good results to our displays.

Nowadays, there are more and more LED products, such as LED lighting, LED brightening, transparent screens, etc., that we are familiar with. Therefore, how to distinguish the good and bad of LED displays has become a thorny issue for many users. Today, let's learn how to distinguish them together. 1. Brightness The brightness of the display screen is generally more reflected in outdoor screens, because outdoor screens are outdoors, so they have to withstand more tests. The brightness of normal outdoor full-color screens should be above 1200cd/m2-2000cd/m2. Currently, the brightness of conventional lamp beads can reach this level. 2. Balance Effect The balance effect is an important indicator of LED screens that cannot be ignored. Now most inferior manufacturers are not very clear about this indicator. In color science, when the ratio of the three primary colors of red, green and blue is 1:4.6:0.16, pure white will be displayed. If there is a slight deviation in the actual ratio, there will be a deviation in white balance. Generally, attention should be paid to whether the white is biased towards blue or yellowish green. 3. Color Reproduction The color reproduction of the display screen refers to the reproduction of the screen color, which means that the color displayed on the screen should be highly consistent with the color of the playback source, so as to ensure that the image played by the display screen is more realistic. 4. Whether There Are Dead Pixels The so-called dead pixels refer to the single points that are always bright or always dark on the screen. The number of dead pixels mainly depends on the quality of the lamp beads. Generally, using tape-type genuine lamps will not cause a large number of dead lamps. Some dead lamps are also caused by poor soldering during the bonding process. If dead pixels appear on the screen, it will greatly affect our viewing effect. Therefore, if you find any, you should solve it immediately. 5. Whether There Are Color Blocks Color blocks refer to the obvious color difference between adjacent modules. The color transition is based on the module unit. If color blocks occur, it is mostly caused by poor control system or low gray level of the screen. 6. Screen Flatness For the flatness of the display screen, this does not require professional users, because anyone with eyes can see it. The flatness of a normal display screen should be within ±1mm, so as to ensure that the image played on the screen will not be distorted. Any local protrusion or recess will cause blind spots in the viewing angle of the display screen. It is best to ensure that there are no gaps between the modules during installation. For displays below P3, this issue should be paid special attention to during assembly. If there are gaps between the modules, black lines may be seen during the playback process.

1. Attract customer attention and increase product publicity. Display screens were invented to enhance advertising effects. Therefore, choosing LED display screens can increase customer attraction, allowing customers to better understand product information. The high brightness of the display screens can better attract customers' attention to the displayed content, thus expanding product sales and further improving the company's product publicity work. 2. Can play a lighting role due to high brightness. As we all know, display screens are composed of numerous small light bulbs, so when the power is turned on, the light bulbs light up with high brightness. Therefore, LED display screens can play a lighting role at night, enhancing customer experience. The display screen's power connection and system power supply are separate and independent. Therefore, when the system is powered off, the display screen can still illuminate, increasing the brightness at night. 3. Can infinitely expand the display screen area for seamless connection. The display screen's connection interface is specially designed for seamless connection of the same type of display screens. Therefore, choosing LED display screens allows users to continuously splice and change the shape according to their needs, changing the state of small videos based on publicity requirements and the content to be publicized, thereby improving the publicity effect. Spliced display screens will not have gaps or other omissions. High-quality LED display screens can increase the publicity efforts of enterprises, improve screen usage frequency, and increase cost-effectiveness. Choosing LED display screens not only attracts customer attention and increases product publicity, but also plays a lighting role due to high brightness, improving ambient brightness at night, and can infinitely expand the display screen area for seamless connection, enhancing publicity effects.

Both conventional LED displays and transparent LED displays are types of LED displays. LED display is a general term. Conventional LED displays are called conventional because this was the earliest design of LED displays. They are the most commonly used and widely available on the market. For example, their structure, shape, control, and usage are all relatively conventional, and all components can be easily purchased without customization. Therefore, people gave them the name "conventional". Transparent LED displays have the same design principle as conventional LED displays, and they are developed based on conventional LED displays. Conventional LED displays are opaque and have a relatively thick structure, making them bulky. Transparent LED displays use a light bar design, incorporating translucent elements to optimize the overall structure and appearance. They are more aesthetically pleasing, thinner, lighter, and have better heat dissipation. In addition, with updated control systems, they are easier to control. Transparent LED displays utilize the display principle of conventional LED displays, combined with the louver structure principle. The light bars are arranged in parallel to create gaps and achieve transparency. Currently, they are mainly used in glass curtain walls, stage art design, commercial displays, and municipal engineering. The advantages and disadvantages of transparent LED displays compared to conventional LED displays are mainly reflected in product design and technology. 1. Structural Features Conventional LED displays have heavy cabinets, including cabinet frames, modules, and heat dissipation equipment. They are heavy, have a conventional appearance, and are difficult to maintain. Transparent LED displays have a simple structure, with an aluminum profile structure and a transparent PC panel, making them fashionable and beautiful. Because of their inherent light transmission, they don't require additional heat dissipation equipment and have no centralized layout of cabinet accessories. The weight is more than 50% lighter than traditional displays of the same size. 2. Display Effect Traditional displays often have poor color reproduction, distortion, and limited color adjustability. Small-pitch displays are especially prone to color mixing. Transparent displays are translucent, bright, and gorgeous, with ultra-high refresh rates making the image appear to float, creating a colorful and eye-catching effect. 3. Installation and After-sales Maintenance Traditional displays have a complex structure and are heavy, requiring steel structures for installation. Fixed wall mounting can damage the wall and pose safety hazards for outdoor installations. Later maintenance also requires specialized operations. Transparent displays, due to their transparency, can be installed indoors. The frame uses entirely active buckles, making installation convenient and easy to operate. The accessory modules are not welded but are plug-in type, with 1/4 of the modules being card-inserted. The problematic unit components can be replaced by gently pushing from the back of the module without removing the entire module, making maintenance simple and saving labor. 4. Product Specificity Traditional displays have strong resistance and can achieve an IP67 protection rating. With a soft rubber embedded layout, the minimum pitch can reach P0.8, achieving ultra-high-definition display effects. Transparent displays, due to the exposed LEDs and light bars and their lightweight nature, have a maximum IP46 protection rating. Due to the need for transparency, the minimum pitch can only reach P3, achieving only clear display effects.