COB LED Display Development 2024

Jan 26, 2024 | Technology | 0 comments

In 2023, the global LED market encountered significant hurdles, leading to a decrease in its market value to $12.608 billion. This decline was attributed to a combination of factors, including diminished demand from end markets, slow inventory turnover, and fierce competition over pricing. Despite these challenges, the LED industry is poised for a positive shift in 2024. According to insights from TrendForce, expectations are set for the market value to experience a growth, ascending to $13.003 billion, marking a 3% increase compared to the previous year.

One of the notable trends within the LED sector is the burgeoning demand for MiniLED (COB) video walls. This demand is being driven by top manufacturers such as Samsung, LG Electronics, Leyard, Unilumin, and Absen, indicating a robust growth trajectory in this segment.

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The Evolution and Future Prospects of COB LED Display Technology in 2024

As we navigate through 2024, the landscape of LED display technology continues to be shaped significantly by the advancements and integration of Chip on Board (COB) technology. Since its emergence in 2012, COB technology has steadily transformed the direct-view LED display industry, offering unparalleled advancements in durability, resolution, and cost-effectiveness. This article delves into the current state of COB LED displays, their comparative advantages over traditional technologies, and anticipates future developments.

Core Attributes of COB LED Technology

COB LED technology epitomizes innovation by directly mounting RGB LED chips onto a Printed Circuit Board (PCB) and encapsulating them with a protective layer. This approach enhances the durability of LED displays, making them more resistant to physical impacts and environmental elements. A notable advancement facilitated by COB technology is the achievement of finer pixel pitches below 1.0mm, thereby enabling high-resolution displays with improved visual comfort and reduced eye strain.

Advantages Over Traditional Technologies

The transition towards COB technology reflects a response to the limitations faced by Surface Mounted Device (SMD) technology, especially as the demand for finer pixel pitches and higher resolutions grows. Unlike SMD and other competing technologies like IMD (Integrated Matrix Device) and MiP (Micro LED in Package), COB stands out for its superior pixel precision, robustness, and efficient heat management. These attributes contribute to its applicability across various sectors, including outdoor displays, which demand high durability and visual clarity.

IMD LED
MIP LED DISPLAY

COB LED Display Major Market Players

The Flip-chip COB LED Display sector is marked by intense competition, featuring a lineup of key companies battling for dominance. Leading the charge in this market are industry giants such as Samsung, LG, Sony. And some Chinese manufacturers :Hongli Zhihui Group Co., Ltd., LP Display, Shenzhen Visionpi Display Technology Co., Ltd., VMTC, Leyard Optoelectronic, CreateLED Electronics Co. Ltd., and Absen.

Samsung stands out as a pivotal force in this arena, recognized for its groundbreaking flip-chip COB LED display offerings and a robust global footprint. The brand’s market ascension is propelled by its dedication to research and development, alongside a continuous streak of product innovations. Samsung’s footprint in the flip-chip COB LED display domain is speculated to span several million dollars in market size.

Sony emerges as another formidable entity within the flip-chip COB LED display landscape. The brand’s reputation for delivering premium quality displays is complemented by its influential stance in the consumer electronics sector. Sony’s trajectory in this niche is powered by its commitment to enhancing visual experiences and versatility in application range. Its market presence in the flip-chip COB LED display sphere is also estimated to be several million dollars.

Leyard Optoelectronic, specializing in LED display solutions, showcases a robust lineup of flip-chip COB LED displays, contributing to its steady market progression. This growth is underpinned by a solid customer foundation and strategic alliances, positioning Leyard Optoelectronic’s market valuation within the flip-chip COB LED display sector at several million dollars.

While specific sales revenue details for these companies remain undisclosed, their significant roles in shaping the flip-chip COB LED display market are unmistakable. Entities like Samsung, Sony, and Leyard Optoelectronic have not only exhibited remarkable market evolution but are also poised for further expansion within this dynamic industry. The overall market valuation for flip-chip COB LED displays is projected to extend into several million dollars, with anticipations of continued advancement moving forward.

COB LED Display Solutions

500x50x0mm cob led screen

COB 500*500mm :P1.25 ;P1.56; P1.9

cob led screen common cathode

COB 600*337.5mm :P0.9 ;P1.25; P56 ;p1.875

640 indoor led display visionpi

COB 640x480mm :P1.25; P1.53; p1.86

flip chip cob led display 0.9 1.25 1.56

COB 600*337.5mm :P0.7 ; P0.9; P1.25

COB LED Display Modules/Tiles 

cob led modules 320x160mm

COB 320x160mm :P1.25; P1.53; p1.86

cob led display modules 1.25 1.56 0.9

COB 150*168.75mm :P0.7 ; P0.9; P1.25

Competitive Landscape and Cost Dynamics

2024 witnesses an evolving competitive landscape where COB technology’s inherent advantages are increasingly recognized. Although the initial capital investment in COB manufacturing is higher due to the need for specialized equipment, the technology’s scalability and the potential for lower long-term costs position it favorably against alternatives like IMD and MiP. Moreover, the adoption of virtual pixel technology enhances COB’s competitive edge by enabling higher resolutions at reduced costs, further solidifying its market position.

Future Directions and Market Prospects

The potential for COB LED displays is vast, with advancements in virtual pixel technology and continuous improvements in manufacturing processes promising to reduce costs further and enhance display quality. As the industry moves towards standardization akin to the LCD sector, COB technology is poised to become more accessible, potentially dominating the consumer market with high-quality, cost-effective LED displays.

Innovation remains at the core of COB’s future, with research and development focusing on refining the technology to achieve even lower pixel pitches, enhanced color consistency, and broader application across various display sizes. The integration of artificial intelligence and machine learning in the production processes could also pave the way for smarter, more efficient, and customizable display solutions.

Conclusion

As we look towards the future, COB LED technology continues to represent a promising path for the evolution of display technologies. Its superior attributes, coupled with the industry’s efforts towards cost reduction and technological refinement, are set to broaden its adoption. The advancements in 2024 are but a precursor to the transformative impact COB technology is expected to have on the LED display market, making it not just a part of the future but a defining force in shaping the next generation of display technologies.

Virtual Pixel COB LED Display

Dec 8, 2023 | Technology | 1 comment

What is Virtual Pixel Technology

Virtual Pixel Technology,also called dynamic pixel technology, is a technique that uses software algorithms to control the LED units in a display, so that each unit can contribute to the image of multiple pixels, thus increasing the resolution of the display by up to four times. It is different from the real pixel, where each unit corresponds to one pixel.

For example, a conference all-in-one machine that uses Virtual Pixel Technology can achieve a near 4K resolution with the same number of LED units as a 2K resolution machine. This improves the display quality and uniformity, while reducing the cost. It is a good choice for most users who want a high-definition display.

virtual pixel micro led display
virtual pixel cob compare with real pixel cob
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real pixel vs virtual pixels cob led display

Virtual pixel Micro COB LED Display 

Virtual Pixel Technology is also a special innovation for COB packaging, which allows the RGB LED chips to be arranged in any way, unlike the SMD small pitch display technology. 

Virtual pixel display technology is a new way of making Micro LED display products that are more cost-effective and high-resolution. It uses a different hardware and software design than the traditional RGB arrangement of LED chips. Instead, it adds a green LED chip to each pixel and uses a special algorithm to create four virtual pixels from one physical pixel. This reduces the pixel pitch by half and increases the resolution by four times, while using fewer LED chips and lowering the production cost. Virtual Pixel-COB display technology is an innovative and advanced solution.

Advantages of COB Virtual Pixel Technology

“Virtual pixel technology can make LED display screens have more than twice the visual clarity at almost the same cost. It is a magic tool for making LED display screens more affordable and high-quality!” Industry experts said that virtual pixel technology is very important for LED direct display, which is a type of display that becomes harder and more expensive to make as the pixel pitch gets smaller.

 

Take the most popular product,p1.56 136-inch all-in-one LED TV, for example. the 5 square meters LED display only has a 2K resolution, which is not enough for displaying 4K and other high-quality content. It also has a noticeable “pixelation” problem when viewed from a closer distance.

Virtual pixel technology can solve this problem by increasing the logical pixels in the resolution to 4K levels, with only a small increase in cost. This means that the screen can look much clearer and sharper, even though it is not using real physical 4K pixels. Virtual pixel technology is a cost-effective, reliable, and mature technology that can enhance the picture quality of LED direct display screens.

virtual pixel vs real pixel COB LED DISPLAY
virtual pixel cob led display
cob led display modules indoor common cathode
virtual pixel cob led screen copy

Dynamic Pixel COB LED Display

Disadvantages of Virtual pixel COB.

Dynamic pixel technology is not a perfect solution for Micro LED display products.

  • The inherent nature of pixel sharing in virtual pixel technology can lead to a degradation in display quality as the level of virtual enhancement increases. Observations from current display implementations indicate that, at closer viewing distances, the imagery may present a granular appearance, with static text particularly susceptible to displaying jagged edges. This has sparked some skepticism within the market, with critiques suggesting that virtual pixel products might mislead consumers. Such sentiments contribute to a lack of enthusiasm and support for the technology.

virtual pixel ,dynamic pixel cob led display text display
  • It does not use real physical pixels, so it may not work well in some situations. It also makes the chip work harder and faster, which may cause it to wear out sooner and decrease the life span.

Dynamic Pixel COB LED Display for Commercial Advertising

From an objective standpoint, virtual pixel technology does exhibit tangible limitations in image fidelity. Beyond a certain proximity, distinguishing between the effects of virtual and actual pixels becomes challenging for the observer. However, it’s important to consider the technology’s application context. Beyond specialized domains such as command and control centers or medical imaging, where precise visual detail is paramount, the demand for high-fidelity close-viewing experiences in settings like conference rooms and commercial spaces is relatively modest. These environments represent the niche where virtual pixel technology can indeed shine, leveraging its capabilities where they align with the practical requirements of the application.

Advantages of Virtual cob led display in commercial advertising 

Cost-Effectiveness: By requiring fewer physical pixels to achieve high resolutions, dynamic pixel COB LED displays significantly reduce manufacturing and operational costs. This makes them an economically viable option for businesses seeking high-quality advertising solutions without the high expense typically associated with large or high-resolution digital screens.

Energy Efficiency: Lower pixel density translates to less energy consumption, as fewer LEDs are needed to create an image. This energy efficiency not only reduces operational costs but also aligns with growing environmental sustainability goals among corporations.

Durability and Reliability: COB technology inherently offers greater protection for LED chips, as they are encapsulated directly on the board. This encapsulation provides superior resistance to impact, moisture, and dust, extending the lifespan of the display and ensuring consistent performance in various commercial settings.

Versatility and Visual Quality: Dynamic pixel COB LED displays can adapt to a wide range of commercial advertising needs, from outdoor billboards to indoor signage. They offer excellent visual quality, with vibrant colors and deep contrasts, making them highly effective for capturing consumer attention in competitive advertising environments.

Future Outlook

When we want to make display screens with very high resolution, like 4K or 8K, it becomes very hard and expensive to do. Also, when we look at the screens from a normal distance, like how we use our phones or watch TV, we cannot see the difference between more or less pixels. So, it does not make sense to keep adding more pixels to the screens. Instead, we should make products that look good and clear to our eyes. That is why virtual pixel technology is very popular. It makes the screens look better without using too many pixels.

The future of commercial advertising with dynamic pixel COB LED technology appears bright, with continuous advancements expected to further enhance resolution, cost-efficiency, and application versatility. As businesses increasingly seek innovative ways to engage with audiences, dynamic pixel COB LED displays stand out as a promising solution that balances cost, performance, and visual appeal. Their adaptability and efficiency position them as a preferred choice for advertisers aiming to make a significant impact in a crowded market.

cob led screen common cathode

Virtual Pitch COB LED Display Modules: Pixel pitch covers P0.4-P1.8 .

  •  600-1,200nits brightness
  •  18Bit grayscale
  •  up to100,000:1 contrast ratio
  •  HDR 10 supported
  •  120% NTSC color gamut
  •  7,680Hz refresh rate
  •  Extremely high protection performance
  • Single Module Calibration Technology
  • onforms to industry standards and specifications
  • Self-developed optical display technology greatly protects the eyes
  • Multi-scene applicability

What is Mip LED Display

Aug 12, 2023 | Technology | 4 comments

TrendForce research data shows that the LED small-pitch display screen market will reach US$4.232 billion in 2022, a growth of 12% compared with the same period of time. In addition, against the backdrop of the Russian-Ukrainian conflict and inflation, the overall demand for LED displays shrank last year, and display manufacturers have been more active in promoting ≤P1.0 mini/micro led screen.

MIP LED DISPLAY

History of LED display package technology:

The development of LED screen package technology from DIP to SMD to IMD to COB is a process of innovation and improvement in response to market demand and technological progress.

  • DIP stands for Dual In-line Package. It is the oldest and simplest packaging method, which involves inserting two pins of each LED chip into a plastic holder and soldering them to the PCB board. DIP packaging has the advantages of high brightness, good heat dissipation, and low cost, but it also has the disadvantages of large size, low resolution, and poor color uniformity. DIP packaging is mainly used for outdoor displays with large pixel pitches.
  • SMD stands for Surface Mounted Device. It is the most widely used packaging method in the current LED display industry, which involves fixing the LED chips on a bracket, connecting them with gold wires, and protecting them with epoxy resin. The SMD package can integrate red, green, and blue LED chips into one lamp bead, which can be soldered to the PCB board by reflow soldering. SMD packaging has the advantages of small size, large viewing angle, good color mixing, and high reliability, but it also has the disadvantages of low brightness, poor heat dissipation, and high cost. SMD packaging is mainly used for indoor displays with small pixel pitches.
  • IMD stands for Integrated Matrix Device. It is a relatively new packaging method that combines the advantages of SMD and COB. It uses surface mount technology to fix the LED chips on a metal substrate and then covers them with a transparent resin film. The IMD package can achieve a smaller pixel pitch than SMD and also has better protection, heat dissipation, and contrast than SMD. However, IMD packaging still faces some challenges such as high cost, complex processes, and low yield.
  • COB stands for Chip on Board. It is another emerging packaging method that directly mounts the LED chips on the PCB board and then encapsulates them with epoxy resin or silicone gel. The COB package can achieve a very small pixel pitch, even reaching the level of mini LED and micro LED. It also has excellent protection, heat dissipation, contrast, and reliability. However, COB packaging also has some drawbacks such as high cost, difficult repair, and color inconsistency
micro led display development histry

What is Mip LED Display

Mip Stands for “Micro LED in Package”, it is a new packaging technology based on Micro LED, which can be diced into small pieces package from a micro/mini led panel, and then perform separate packaging and testing, and becomes a Mip Modules via SMT ,thereby improving the yield and reducing the cost.

mip led screen production process

COB’ Challenges 

COB LED display can achieve a very small pixel pitch, even reaching the level of mini LED and micro LED. It also has excellent protection, heat dissipation, contrast, and reliability. However, COB LED display also faces some challenges

Maintenance

Difficult to repair a single lamp For COB lamps, single-lamp maintenance is relatively challenging. One of the biggest problems is that when repairing a lamp, the surrounding area will be affected by the welding torch, and a ring will appear around the lamp.

Color consistency

LED displays with COB are prone to modular color differences. When the scale of COB production is not large enough, the cost of chip and color binning is high, and the finished display screen needs to be calibrated to improve the display consistency.

High Manufacturing Cost

COB packaging works on a large board that has up to 1024 led chips. which means all led chips must be properly bonded on the board, This brings a big challenge to the Mass transfer device and craftsmanship, ” Compared with SMD, if one single lamp is broken during SMD packing, it only needs to replace one lamp,

However, after the packaging of 1024 lamps in the COB package is completed, a test must be carried out, and the glue can only be sealed after all the lamps are confirmed to have no problems. How to ensure that all the 1024 lamps on the whole board are intact, the one-time pass rate is a very big challenge.

Finished product pass rate is a challenge For COB module production, after the chips are sealed, the IC drive device must undergo a reflow soldering process. How to ensure that the lamp surface will not be damaged by the high temperature of 240 degrees in the furnace during the reflow soldering process is another big challenge.

Visionpi’s patented mass transfer technique is a novel approach for transferring millions of micro LED chips accurately. With the mass transfer technology, the UPH of micro & mini LED displays is more than 2.5KK, and the mass production yield rate is more than 99.999%.

flip chip cob led display 0.9 1.25 1.56

FLIP-CHIP COB

sony samsung cob vs mip

Cost of Mip 

In the printing and mounting process of COB, the higher pixel density of micro led and smaller soldering pin of the Mini LED chip bring big challenges to the SMT stencil and die-bonding equipment.

MIP technology can avoid the problem of poor quality of the whole panel due to a few led chip’ failures, and greatly reduce the cost of rework. In addition, MIP is compatible with traditional SMT production equipment and mature SMD technology and lowers the cost of transfer.

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COB VS Mip

 Stability: COB packaged LED displays have higher quality because they do not use brackets, but use silicone or conductive glue to directly paste the chips on the substrate, and then perform wire bonding to achieve electrical connection. MIP packaging is to interconnect the chip electrodes and the substrate electrodes through an interconnect bracket after the LED chip electrodes are made.

Manufacturing Cost:   the P1.2 Mip led screen is comparable in cost to the COB 1.2 led screen. when the dot pitch is less than P1.2, and the comprehensive manufacturing cost of MIP technology is lower than COB technology and SMD technology.

LED Video Glass Display

Jun 11, 2023 | Technology | 0 comments

Revolutionizing Smart Glass LED Displays

Experience the future of visual technology with the GS Series, a groundbreaking innovation in smart glass LED displays that has garnered acclaim from numerous projects. Offering a seamless blend of advanced technology and stunning aesthetics, the GS Series is set to redefine retail windows and space designs like never before.

GLASS LED DISPLAY SCREEN
holographic transparent led
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GLASS LED DISPLAY SMART GLASS
transparent led film display

Differences between Video Glass LED display and transparent LED  display

Here’s a detailed comparison between glass LED displays and transparent LED displays.

  • Structure
  • Glass LED Display: Utilizes transparent conductive technology. Light-emitting diodes are embedded within a structural layer that is sandwiched between two layers of high-end photoelectric glass.
  • Transparent LED Display: Employs SMD chip packaging technology. LEDs are attached directly to the grooves of a PCB, allowing for a more compact and flexible design.
SMART LED GLASS STRUCTURE

Glass LED Display integrated with the glass

adhisive transparennt led film

Transparent LED Display on the surface of the Glass

  • Weight
  • Glass LED Screen: Generally heavier, with weights typically exceeding 30kg/m² due to the use of glass layers.
  • Transparent LED Display: Lighter and thinner with PCB thicknesses ranging from 1-4mm and screen weights around 12kg/m².
  • Presentation Effect
    – Glass LED Display: Capable of displaying fixed graphics such as stars, patterns, and human figures tailored to specific scenes.
    – Transparent LED Display: Offers the flexibility to play any video or image content without display type limitations, providing superior presentation capabilities compared to traditional displays.
  • Transparency
  • Glass LED Screen: Can achieve a transparency rate up to 95%, making it almost invisible when not in use and blending seamlessly into its surroundings.
  • Transparent LED Display: The higher the brightness, the better the visibility and clarity from a distance, even under direct sunlight.
  • Brightness
  • Glass LED Display: Generally offers lower brightness levels, which might be less effective under bright conditions.
  • Transparent LED Display: Can reach up to 5000 cd/m², ensuring clear visibility even in bright outdoor environments.
  • Installation Method
  • Glass LED Display: Requires integration into the building’s design from the outset, with the LED components embedded into architectural glass that is then installed on site.
  • Transparent LED Display: Highly adaptable, can be installed onto existing glass curtain walls of most buildings, providing a versatile installation option.
  • Maintenance
  • Glass LED Display: Maintenance can be challenging and costly; often requires dismantling part of the building’s structure to replace the entire glass panel.
  • Transparent LED Display: Designed for easier and quicker maintenance, significantly reducing labor, material, and costs.
  • Aesthetic Appearance
  • Glass LED Display: When not displaying content, it appears as a normal glass panel, making it virtually indistinguishable from standard architectural glass.
  • Transparent LED Display: While still transparent, the components might be slightly visible when the display is off, though it retains a translucent quality.

Versatile Applications

The versatility of the GS Series knows no bounds, offering a plethora of creative display solutions across various domains:

  • Brand Store Windows: Engage customers directly by displaying brand and product information with clarity and precision.
  • Landscape Lighting: Transform theme park lighting designs with waterproof GS Series displays, creating remarkable lighting landscapes for cultural travel experiences.
  • Public Transportation: Elevate outdoor media in public transportation settings by seamlessly integrating GS Series displays for enhanced visibility and engagement.
  • Indoor Partitions: Infuse futuristic design elements into interior spaces with GS Series displays, seamlessly integrating them to maximize space utilization and create immersive environments.
  • Exhibitions: Make a lasting impression at exhibitions with GS Series displays serving as striking backgrounds for booths and showrooms, offering unlimited immersive solutions.
  • Glass LED Boxes: Elevate space aesthetics with technically fashionable glass LED boxes, expressing artistic vision with cutting-edge technology.

Unmatched Transparency and Clarity

Imagine a transparent tempered glass infused with the power to showcase sharp and vivid video media content with unparalleled clarity. With a transparency rate exceeding 90%, the GS Series ensures that your retail windows become captivating digital canvases, enhancing customer engagement and commercial value.

transparent video led glass display

Main Features of Glass LED Display

 

  1. Smart LED Emitting Technology: Drive-in LEDs ensure durability and stability, backed by true 16-bit grayscale for delicate and vivid colors.
  2. High Brightness and Resolution: With pixel pitches as small as P4.63 and brightness reaching 5000cd/㎡, the NSN Series meets the demands of commercial advertising and indoor/outdoor lighting needs.
  3. Frameless and Seamless Display: Enjoy seamless visuals with true 16-bit grayscale, guaranteeing clear colors and contrasts even in broad daylight.
  4. Water and Dust Resistance: Engineered with IP65 waterproof and dustproof capabilities, the NSN Series displays are built to withstand the elements with unrivaled reliability.
transparent glass led display structure

Core Technology for Unrivaled Performance

Experience the epitome of LED display technology with our self-developed LED chip seamlessly integrated into LED beads. Simplified circuitry design ensures exceptional transparency, while true 16-bit grayscale delivers vivid, lifelike colors. Coupled with our proprietary control system, expect nothing short of high-quality display excellence across the entire screen.

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INTERGRATED DRIVING IC GLASS LED SCREEN TRANSPARENT

Managing content has never been easier with the GS Series:

  • Access content effortlessly through the Cloud independent cloud platform or via HDMI input.
  • Utilize the Cloud mobile app for remote management, enabling “one-click” publishing and personalized content display.
transparent led display glass 2024 remote control

Outdoor Glass LED Display:

adhisive window transparent led display

Indoor Glass LED Display:

window transparent led display

Get QuotE for led glass

We are passionate to offer you the best possible services

HOB LED Display

Mar 18, 2023 | Technology | 1 comment

HOB VS GOB LED DISPLAY

COB VS GOB LED DISPLAY: Most might be familiar with COB LED displays, but they may not know about the most up–to–date pixel protection technology called GOB LED display. In this article, we will discuss how GOB or Glue on Board can help protect LED displays.

What is GOB

To Understand what is HOB(HGOB) we need to learn what is GOB.

Glue on board is abbreviated as GOB. It is an epoxy resin that is applied to the surface of surface-mounted display modules to create an overall layer of glue that improves the sealing of SMD displays. It is a technology developed to address the issue of LED lamp protection. GOB LED Display is able to work in any challenging environment, making it water-resistant, dust-proof, shock-resistant, and UV-resistant, it is widely used in restaurants, hotels, bars, and Stadio.

What is HOB?

HOB (Hotmet on Board) is a process that uses nanomaterials with high refractive index to coat the surface of the screen and form a protective layer that covers the LED chips completely. This layer prevents the LED chips from being affected by external factors and increases their stability and lifespan. It also improves the quality and efficiency of the LED displays during the packaging process.

GOB LED DISPLAY
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hob led technology advantages

GOB VS HOB

HOB uses a high-temperature molding process, while GOB uses a normal-temperature dispensing process. HOB has better thermal stability, accuracy, flatness, and thickness control than GOB. Moreover, high-temperature molding can prevent the glue from cracking due to heat generation during LED operation.

Durability

HOB adopts the COB process of high-temperature molding with a polymer synthetic colloid, which contains various additives, coagulants, and anti-UV agents. This can prevent the yellowing problem of ordinary epoxy, and also adjust the black pigment and design the mold frosted surface.

waterproof dustproof anti-bump cob led display

Anti-Scratch.

When you place a conventional GOB product and a HOB product side by side, and scratch the surface with a screwdriver, you will see a clear difference. The GOB product is not scratch-resistant and will show scratches and cracks immediately, while the HOB product will remain intact. This is because the HOB product uses the COB process of high-temperature molding with a polymer synthetic colloid, which has various additives, coagulants, and anti-UV agents. This can avoid the yellowing problem of common epoxy, and also modify the black pigment and create the mold frosted surface.

HOB anti-scratching

Optical performance

GOB process has a variable thickness of the final product, and a difference in the flatness of the self-leveling colloid, which results in a thicker GOB product. This causes a more noticeable edge refraction problem when splicing on a large scale, which is commonly known as the bright line problem of the writing angle.

HCOB uses precision molding tools, which ensure that its thickness is only up to 0.2mm higher than the LED height, and the light hardly undergoes secondary refraction at the edge of the colloid.

Contrast 

The surface of the final product of the ordinary GOB process is a mirror surface, which cannot achieve a frosted or matte surface.

HCOB uses mold design and pressure molding to create a frosted surface, which is similar to matte black light. This increases the contrast of the entire screen by 40%.

HOB VS gob contrast ratio

Precision 

HCOB uses high-precision mold technology, which allows the overall molding accuracy to be controlled within 0.2mm, according to conventional mold precision. GOB uses room temperature molding, which depends on the molecular internal coagulation curing, and has a shrinkage problem. The best progress of GOB so far is 0.5mm, and some products need secondary processing. HCOB technology has been applied in batches on the mainstream pitches of 1.2, 1.5, and 1.8.

LED Sphere Display

Oct 31, 2022 | Technology | 0 comments

Have you ever wondered what it would be like to watch a live performance or a movie on a giant spherical screen that surrounds you from all angles? Well, you don’t have to imagine anymore, because the LED sphere display is here to make it happen.

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LED SPHERE DISPLAY INSTALLATION

What is LED sphere display

LED sphere display, also known as LED ball display, LED video ball, or globe LED display, is a new and creative type of LED screen product that has a spherical shape and can provide a 360-degree viewing angle effect. It is different from the traditional LED display and has a unique 360-degree spherical appearance that can attract more attention and create more immersive visual experiences.

LED sphere displays can be used for various purposes, such as concerts, sports games, speeches, exhibitions, museums, shopping malls, hotels, and other entertainment venues. It can display static and dynamic images, videos, animations, and interactive content through programming. It can also synchronize with the sound system and the lighting system to create a stunning audio-visual feast

One of the most impressive examples of LED sphere display is MSG Sphere, a spherical entertainment venue conceived and built by Madison Square Garden Company in Las Vegas. MSG Sphere is known for the largest spherical architecture, largest spherical LED display screen, and highest resolution in the world. The exterior of MSG Sphere consists of 1.2 million LED panels, forming a 54,000 square meter spherical LED display screen that can showcase large-scale images to the outside world. Inside MSG Sphere, a 160,000 square foot 16K LED screen surrounds the audience from the ground to 250 feet high, immersing them in a colorful and dynamic visual world. The sound system of MSG Sphere utilizes beamforming technology to direct the audio to specific locations in the audience, maintaining a constant volume and quality from the source to the destination. MSG Sphere aims to provide an unparalleled visual feast for every audience member, regardless of their proximity to the stage.

LED SPHERE BALL ON STAGE

Sphere LED Display Features: 

If you are looking for a way to attract more customers, increase your brand awareness, and stand out from the crowd, you might want to consider investing in an outdoor LED totem. An outdoor LED totem is a self-standing display that uses LED technology to show high-quality images, videos, and animations. It can be used for various purposes, such as advertising, information, entertainment, and interactive communication.

led sphere led display
  • Eye-catching and engaging. An outdoor LED totem can display dynamic and colorful content that can capture the attention of passers-by and create a lasting impression. It can also be customized to suit different occasions, seasons, or events.
  • Flexible and versatile. An outdoor LED totem can be easily updated and changed remotely, without the need for physical installation or maintenance. It can also be programmed to show different content at different times of the day or week, depending on the target audience or market.
  • Cost-effective and eco-friendly. An outdoor LED totem can save you money in the long run, as it does not require printing, transportation, or disposal costs. It also consumes less energy and produces less waste than conventional advertising methods.

LED Sphere Applications

  • Eye-catching and engaging. An outdoor LED totem can display dynamic and colorful content that can capture the attention of passers-by and create a lasting impression. It can also be customized to suit different occasions, seasons, or events.
  • Flexible and versatile. An outdoor LED totem can be easily updated and changed remotely, without the need for physical installation or maintenance. It can also be programmed to show different content at different times of the day or week, depending on the target audience or market.
  • Cost-effective and eco-friendly. An outdoor LED totem can save you money in the long run, as it does not require printing, transportation, or disposal costs. It also consumes less energy and produces less waste than conventional advertising methods.
LED SPHERE DISPLAY FOR DISCO BAR copy

P2.5 Sphere LED Display

Experience the Power of Sphere P2.5 LED Display Technology The Sphere P2.5 LED Display is an advanced visual solution that provides high-quality graphics and videos with stunning brightness and sharpness. Its light, flexible design allows easy installation and customization, making it suitable for various indoor and outdoor applications.

Spherical led display
P2-Sphere-LED-screen indoor
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