Methods and classifications of full-color LED chip mounting on the side

Release Date:

2021-09-02

　　 Side full-color LED chip Since its launch, it has enjoyed tremendous popularity in the market and is now widely used in various fields, including stage performances, auto shows, and television stations. So how should we classify the different types of side-view full-color LED encapsulants? Today, our editor will introduce them to you.

　　

Side full-color LED chip

 

　　I. According to the light bulb Side full-color LED chip Method

　　1. Rattan sticker

　　Utilizes front-illumination technology, employing standard LED display chips to ensure a 140° viewing angle.

　　2. The sticker next to the rattan. Side full-color LED chip

　　By employing side-illumination technology, side-mounted LED beads are installed at the top or bottom of the light pole, delivering a wider viewing angle of 160 degrees. The industry term for this is “photometric LED transparent screen,” with the vClear-S and iClear-S series representing this category.

　　Abstract: Side-illuminated LED transparent screens boast high transparency and a wider viewing angle. Their side-mounted LED modules deliver over 90% transparency, while also offering impact resistance and facilitating quick maintenance. As a result, they are increasingly accepted and highly regarded in the market.

　　II. According to the Installation Method

　　1. Rental Lifting

　　Direct installation of suspension beams (including hooks) for applications with frequent disassembly, such as concerts, stage performances, and trade show venues. Full-color LED chip modules mounted on the side.

　　2. Fixed Lifting

　　This approach is suitable for shopping mall atriums, gold and jewelry stores, and business offices. Once installed, it is difficult to move. Full-color LED patch panels on the sides.

　　2. Installation of Glass Curtain Walls

　　This is also a fixed installation method, primarily intended for glass curtain wall areas. Depending on the type of glass curtain wall, several solutions are available, including single-point glass curtain wall installation, two- or four-point glass curtain wall installation, component-based glass curtain wall installation, and full-unit glass curtain wall installation.

　　Abstract: The three installation methods mentioned above are the most common, including packaging techniques and less conventional approaches such as transparent mounting for sky-screen displays. For additional solution options, please contact us via Weibo.

　　III. Full-color LED chip-on-board modules by application field

　　1. Stage Design and Lighting: LED transparent screens are tailored to suit various stage styles, leveraging their inherent transparency and thinness to create a striking sense of perspective and deepen the visual depth of the entire scene. At the same time, the stage design enhances the overall atmosphere and dynamic movement without obstructing the lighting effects, thereby more effectively conveying the theme. Side-mounted full-color LED modules.

　　2. Large shopping malls: The effective integration of modern artistic beauty with the mall environment through LED transparent screens has led to widespread adoption in shopping malls, glass partitions, and other applications. Full-color LED patch panels on the sides.

　　3. Chain Retail Stores: A distinctive store image can capture consumers’ attention and boost foot traffic. By employing unique design approaches—such as replacing traditional exterior LED displays with transparent LED screens—stores can showcase richer, more dynamic video advertisements that draw in customers and leave a lasting impression.

　　4. Science Museum: The science museum is a vital venue for disseminating scientific knowledge, and LED transparent screens can be custom-shaped to showcase the wonder and complexity of technology.

　　5. Glass Windows: LED transparent displays have brought about a revolutionary transformation for retailers and are highly popular in applications such as building facades, glass-window decoration, and interior design. 6. Architectural Media: In recent years, the use of glass curtain walls in architecture has grown increasingly widespread, giving rise to a variety of solutions, including glass curtain walls and LED transparent canopies.

 

More information

What is a light-emitting diode?

Light-emitting diodes are commonly referred to as LED beads. They are used in a wide range of applications and can be seen on streets and in alleys everywhere. For example, traffic lights at intersections remind people to obey traffic rules; remote controls transmit or receive signals; they can be used to display images on ultra-large screens; and various streetlights provide warm illumination at night. Even everyday household appliances rely on their contributions.

What are the tips for selecting LED chips?

1. Brightness: LED brightness varies, and so does the price. LEDs used in LED lighting must comply with laser safety classification standards.

What factors influence the price differences of LED light beads?

LED chips are a well-known product in the LED industry; however, many people are less familiar with their pricing. What causes such wide variations in LED chip prices? Below, we will outline the factors that influence LED chip prices.

What is the light-emitting principle of LED chips?

An LED chip is a light-emitting diode, and an LED bulb is simply the common, colloquial term for an LED.

Are you familiar with full-color LED chip-on-board modules for side mounting?

The brightness of full-color LED surface-mount devices is closely related to the LED’s viewing angle. The narrower the viewing angle, the higher the brightness; moreover, differences in manufacturing processes can lead to significant variations in service life. For a 5-mm LED with a 180-degree viewing angle, the white-light luminous intensity is only a few hundred mcd, whereas for a 15-degree viewing-angle LED, the luminous intensity exceeds 10,000 mcd. When high-power LEDs are used outdoors, the brightness is even greater. Single-power LEDs include 1 W, 3 W, and 5 W models; some high-power LEDs can be combined to form a single high-power LED with output up to several hundred watts. Color temperature is independent of brightness, but brightness is directly related to the lumen value.

Key Considerations for Full-Color SMD LEDs on the Side

Side-view full-color LED chips, also known as surface-mount LEDs, are a type of simple lighting device. Their light-emitting principle is based on passing an electric current through a compound semiconductor; when electrons and holes recombine, the excess energy is released in the form of light, thereby producing illumination.