Why Choose Us

 

Shenzhen Helilai Technology Co., Ltd was established on May 16, 2011. The brand is established in Taiwan as a leading technology talent joint venture.


Wide Product Range
Our main production intelligent and cultural creative LED display, high-definition small-pitch LED display, indoor and outdoor full-color LED display, LED transparent glass screen, intelligent LED floor tile scene screen, intelligent sensor LED interactive screen.


Wide Range of Applications
We dedicated to intelligent transportation, intelligent security monitoring, radio and television broadcasting, video conferencing, intelligent advertising media, real estate and commercial display, science and education stadiums, cultural performance stage display, smart scene creative display, and other intelligent terminal smart display engineering applications.


Quality Assurance
Our products have passed CE ,Rohs certification, 3C certification, green environmental certification, strictly in the ISO9001: quality certification system to improve product quality management, in accordance with the process of quality control procedures in strict accordance with IQC, IPQC, CFQC, QA Chain management.


Products Sell Well
Our company's products independently research and develop, produce and sell more than 60 countries in China and overseas.

  • P10 Led Module SMD 4scan

    Item: Traffic Sign. Model Number: P10. Pixel Pitch: 10mm. Pixel Density(dots/m²): 10000. Pixel Configuration: 3IN1. LED Type: SMD. Module size(mm): 320*160. Module Resolution(dots): 32*16.

"RGB Color Led Display Modules "

RGB Color LED Message Display Screen

 

What is RGB Color LED Display Modules

Stadium LED screen is a large-scale LED display screen used in sports venues. It is based on advanced LED technology and is widely used in various sports events and venues. If you want to know the specifications and prices of LED Stadium Display Screen, please contact us!

 

Advantages of RGB Color LED Display Modules

 

RGB Monitors Can save Your Eyes
Item number two on the list of 5 quick steps you can take to protect your eyes against eye strain is related to proper lighting in the room. The soft light from an RGB Monitor is incredibly effective in providing a pleasant indirect light while avoiding glare and reflections resulting in less eyestrain during long hours of computer usage.


There are two classical types of photoreceptors in the human eye, known as the rods and the cones, which functions include sending signals to the muscles in the iris. Depending on the signal, the iris expands or constricts, reducing or increasing the size of the pupils to regulate the amount of light that reaches the retina. To understand the benefits of a well-thought-out RGB Monitor is critical to note that the rods are very sensitive to light and thus are used under low light conditions whereas the cones are used under high light conditions.


When you are staring at a rectangle that is the only light source in the room, emitting amounts of light that vary every split second, your eyes are hard at work for long periods, and that is one of the reasons for fatigue and eye strain. The ambient display backlighting you get from an RGB Monitor is a fantastic way of maintaining a more consistent level of light around the room to help your eyes.


RGB Monitors Offer Superior Contrast
Would not all that additional light result in a worst perceived image quality? On the contrary, blacks on the screen in contrast to a dark background wall look washed-out compared to blacks on a lighter background. Rich, deep blacks are just mesmerizing to look at on computer screens and smartphone displays. Multiple optical illusions play tricks in our minds by completely altering the color of a given object only by changing the color of the background.


RGB Monitors Seem Bigger
A bonus effect caused by the soft light aura visible around an RGB Monitor is that it makes the screen look bigger without the steep price difference, nor the decrease in pixel density.
Versatility: One of the main advantages of RGB lighting is its versatility. Capable of producing over 16 million color combinations, RGB lighting can provide custom and customized lighting to suit their preferences and needs.


Aesthetic Enhancement
Another significant advantage of RGB lighting is its ability to enhance aesthetics. By utilizing vibrant and dynamic colors, it can transform any space into a visually captivating environment. RGB lighting can add an element of visual appeal that traditional lighting cannot match.


Customization
Users of home automation systems equipped with RGB lighting can create a personalized environment by adjusting the color scheme to suit their desired mood.


Energy Efficiency
RGB Lighting The LED technology used in RGB lights consumes less power than traditional incandescent bulbs while offering a variety of color options. This not only reduces energy consumption but also helps save costs in the long run.


Personalization
The ability to synchronize the colors of RGB lighting with music or create a dynamic light show adds a personal touch to any setting, making it ideal for those looking for a unique and customized lighting experience.

 

Types of LED Display Technologies
 
Edge-Lit LED (ELED)

Just as the names suggest an LED display with edge-lit technology features LED lights placed at the periphery of the display pointing towards the center of the display. These LED strips are either placed only on the sides or below or all around the LCD screen. The way these LED technology works is simple; what happens is that the light from the LED strips at the edges of the device shines into a light guide, this light guide then directs the light into a diffuser, the diffuser finally spreads the light evenly and uniformly across the screen to produce a desired image with no bright spots.
This LED technology has been in existence for ages, and it is now found in most budget-friendly LED displays.

Direct-Lit LED

Direct-lit LED is an upgrade of the ELED technology. With the direct-lit, the LEDs are placed behind an LCD screen to illuminate the screen. The LEDs are positioned horizontally in a grid pattern from end to end of the screen. This arrangement of LEDs ensures that light is shined evenly across the screen. However, it is worth noting that the light is further passed through a diffuser which also spreads the light uniformly across the screen.
Due to the numerous LEDs and uniform arrangement of LEDs used in this technology, they tend to produce brighter images and provide more contrast than ELED displays. And even though displays that feature this type of technology are affordable, we will like to highlight that they tend to be more expensive than ELED displays.

Full-Array

The next type of LED technology used in displays is a full array. Full-array LEDs are another type of backlit LED-- just like direct-lit-- however, the difference for this is that more LEDs are used compared to the direct-lit technology, and these LEDs cover the entire back of the display, providing better brightness and color contrast. However, one feature that sets full arrays apart is that the LEDs used are grouped into various zones which can be controlled individually to provide a robust contrast control that automatically adjusts the light output of specific areas of the screen, creating deeper blacks and brighter highlights-- this is known as local dimming.

RGB

RGB stands for Red-Green-Blue, and this type of LED is often used to produce aesthetic and colorful illuminations. If you are into gaming or decorations, you have probably seen an RGB LED.
The way this LED works is simple, each RGB LED has a red, green, and blue component attached to the LED. So, depending on the color to be displayed, the current flowing through either of the red, green, or blue components is varied, as a result, each color component is either made to be dimmer or brighter. For example, to produce a purple color, the current flowing through the red and blue components is heightened, while the current flowing through the green component is lessened, as a result, the purple color is achieved.
So, the ability to control the illuminance of either of the three color components of the RGB LED is the reason why this type of LED can produce various and almost all colors.

Organic LED (OLED)

If you might have noticed, the first three technologies we addressed in this section consist of a display (LCD) and an LED, and what the LED does is produce light for the LCD. Well, OLEDs take a different path such that with OLEDs, the display itself produces its light when current passes through; therefore, there is no requirement for backlighting. Essentially, how this works is that the display such as a Glass TFT backplane has certain organic compounds such as Polyfluorene, or Triphenylamine built in them, and when current passes through, they emit light.
Due to the absence of a backlight, OLEDs tend to be thinner than the first three types displayed and highlighted in this section. Not only that, but OLEDs have an infinite contrast ratio and this is because the brightness of each pixel can be controlled independently. Besides that OLEDs are known to be more color accurate, and have a faster response time with an unlimited viewing angle than their predecessors.

Quantum Dot LED (QLED)

QLED is a typical LCD-LED screen with quantum dots technology. So, previous LCD-LED displays consist of a blue LED backlight, this blue light is then filtered through a layer consisting of phosphorus gas, turning the blue light into white. This white light then passes through various RGB pixels to produce colored images on the screen. Well, the issue with this process was that the resulting image had the colors: red, white, and black being pale and affecting the overall image quality.
Well, to solve this problem, developers brought about quantum dots, and essentially, with a QLED, the phosphorus filter screen is replaced with red-and green quantum dots.

 

How to Choose RGB LED Display Modules

 

 

Choose a Monitor
You want a monitor with nice colors, but don't know what to check. If you use the monitor to edit photos and videos, to play games, or to watch movies, make sure to check the following specifications for a good color representation.


Panel Type (IPS, VA, TN)
Do you want a monitor with a good color representation? Start with the panel. Many specifications are determined by the panel type. Often, the IPS monitor offers the most colors and widest viewing angle. Thanks to this, colors don't change when you move around. The contrast is better with VA than IPS, which causes black to be more black, and white to be more white. So, if you want nice colors, choose IPS. VA is the more affordable, but less good alternative.


HDR
HDR stands for High Dynamic Range. It's not a specification, but a default. It tells you if the monitor is set to the right brightness, contrast ratio, and color depth for an optimal color representation. This makes it easier to choose a colorful monitor. There are different types of HDR and DisplayHDR.


Brightness
HDR is mostly based on the brightness of your monitor. This brightness can enhance or weaken colors, and is expressed in candela per squared meter (cd/m2). A monitor with a high brightness shows the image that you are editing, just as bright as in real life. A high brightness contributes to a lively representation of characters and landscapes in games. Thanks to the high brightness, colors won't fade with incoming light.


Color Depth (8-bit or 10-bit)
The color depth of your monitor determines how much gradient, so the number of different colors, your monitor shows. For example, an 8-bit monitor can show 16.8 million different colors. A 10-bit monitor can show 1.07 billion colors, which is 60 times more. This improves the fading of the colors, which makes it more gradient. It's most important for photo and video editing, but also to see nice color gradients while gaming.


Contrast and Local Dimming
The contrast shows the difference between the lightest and darkest color. When a monitor has a contrast ratio of 1000:1, the lightest pixel is 1000 times lighter than the darkest one. This is similar to the way a night sky looks, when the stars are very bright and the sky is very dark. This looks even better with deeper black levels. Local dimming adds a little extra, by lighting up the lighter parts of the screen but not the darker parts. This way, your colors very lively and the shadows very realistic.

 

Certifications
 
productcate-904-1280
productcate-904-1280
productcate-904-1280
productcate-904-1280
productcate-600-420
productcate-600-420

 

Frequently Asked Questions
 

Q: What are the application areas of LED display?

A: At present, LED display products have only entered the Chinese market for more than 20 years, but the market has a good response, reflecting the huge demand. The wide demand for LED display is mainly due to its high-definition color display screen, super three-dimensional sense, quiet as oil painting and dynamic film characteristics, and its advantages that can be widely combined with smart devices to quickly occupy some areas of production and life, and began to launch an offensive to more fields. So, what areas are LED displays being used in? In what areas will it develop in the future? Take a look at the following inventory:
First, light boxes, etc., have become a new force in the advertising and media industry. Traditional advertising can only play pictures, and LED display screens combine pictures, videos, text, and sounds perfectly, and have high definition, high brightness, bright colors, vivid subjects, novel design, vivid images, prominent advertising images, easy to attract the attention of pedestrians, easy to remember. Moreover, the LED display advertising is released for a long time, with high frequency and more information, which can produce greater advertising benefits. Advertising media led display main application field all bustling streets, shopping malls, square parks, buildings, landmark buildings, stations and airports.
Second, the field of entertainment and culture. The most widely used is the stage performance, concert and other background LED large screen, it can be live broadcast and wonderful playback, breaking the seat limit, the application of all the evening concerts, event sites, theater theaters, TELEVISION stations, hotels, auditoriums, high-end entertainment venues and so on.
The field of sports. I believe that the led display screen of the main venues of the 2008 Beijing Olympic Games has left a deep impression on everyone, and the role of the led big screen of the stadium is to play the wonderful picture of the stadium, the playback of slow motion, the display of specific shots, the game score information and the introduction of athletes, and the broadcast of commercial advertisements. Among them, slow-motion playback has become the basis for the referee to make a correct ruling, so that the audience feels that the game is fair and impartial, reducing unnecessary conflicts. The main application fields are all football field LED fence screens, basketball hall LED funnel screens, swimming pool athletics hall LED timing and scoring screens, as well as various sports venues wall or column LED display.
Fourth, the field of traffic guidance. In the bustling street intersection or on both sides of the highway, there will be established traffic guidance LED display, these displays are generally controlled by the control center, combined with other road condition monitoring equipment, automatically according to the road conditions to display the road conditions or congestion information, for the traveler to choose the best route to make a reference. It also has the function of showing weather conditions, traffic regulations, etc., reminding drivers to drive safely, and has the role of a signpost. The main application field is all major urban arterial roads, dense road sections, highways and other places.
Fifth, the special place for creative LED display. Now basically every city has museums, science and technology museums and other places, and high-tech products LED display has a close connection. For example, the globe of the Science and Technology Museum will use a spherical LED display, which can not only dynamically display the earth's landform, but also demonstrate the evolutionary history of the earth, which can not only play a good educational role, but also play a decorative effect. At present, all the led creative screen application fields of the museum LED spherical screen, the SCIENCE and Technology Museum LED spiral and LED Cube, the Children's Palace LED creative screen, the Space City LED drum screen, as well as art museums, art galleries, experience halls and other places.

Q: What is the difference between LED engine and LED module?

A: LED light engines often include LED modules. LED light engines function as an integrated assembly of one or more LED diodes, modules, or arrays. They contain optical, mechanical, electrical, and thermal components, including an appropriate heat sink to protect the light engine from overheating.

Q: What does an LED module look like?

A: Instead of the traditionally shaped bulb, LED light modules consist of one or more light emitting diode arranged on a board. These boards can come in circular, rectangular, linear, square, or star shapes.

Q: Can LED modules be replaced?

A: In such cases, you can usually remove and replace the LED module, extending the life of the fixture. However, it's essential to check the manufacturer's instructions for your specific fixture, as not all integrated LED fixtures have replaceable components.

Q: What is LED display module?

A: LED display module is one of the basic components of LED display screen. It is an independent module composed of a series of LED lamp beads, circuit boards and connectors, with specific sizes and functions.

Q: How long do LED modules last?

A: Like integrated LED, LED modules last 40,000 hours to 50,000 hours on average. ClickFit spotlights are specially made for LED modules. These spotlights have a click system that allows the LED module to be held in place, without the help of a fitting.

Q: What is LED strip vs LED module?

A: LED Strips may not boast the same level of environmental resistance as modules, but they shine in the maintenance department. Generally less robust than their module counterparts, strips can be easier to repair or replace when needed.

Q: Can regular LED lights be used outdoors?

A: As you already know, LED light bulbs can be used outside the home, in places such as garden, patio, balcony, driveway, or garage. What's more, not only private individuals use LED bulbs outdoors. Business owners also make the best of this type of lights outside their office buildings and industrial plants.

Q: Do you need special LED lights for outside?

A: Exterior LED lights have safety requirements indicating that they're safe for outdoor use. Knowing more about these rating requirements can help you choose the right lighting for your home exterior. When you look at outdoor LED lights, you should see one of the following ratings: UL (Underwriters Laboratories) Listed.

Q: Are outdoor LED screens waterproof?

A: It can be seen that the waterproof level of outdoor LED displays is generally higher than that of indoor LED displays. This is because outdoor waterproof LED screens are more likely to encounter rainy days than indoor displays.

Q: Are outdoor LED lights worth it?

A: The advantages of switching to LED outdoor lighting extend far beyond energy efficiency. Over time, the initial investment in LED technology pays off through significant reductions in your electricity bills. LEDs' long lifespan means fewer replacements, saving you both time and money in maintenance.

Q: How long do outdoor LEDs last?

A: On average, LED light bulbs can last up to 50,000 hours. To put this into perspective, that's more than five years of continuous use — assuming that the lights are on 24 hours a day. If the lights are used for 8 hours a day, the lifespan of the LED can be extended to over 17 years.

Q: Do outdoor LED lights get hot?

A: While other light bulbs can get extremely hot when you turn them on, LED lights usually only get slightly warm, if at all (they may even feel cold to the touch). It is because LEDs use less energy than other bulbs, which means they don't waste as much energy producing unnecessary heat.

Our company, HELILAI, is one of the best rgb color LED display modules manufacturers and suppliers in China, which offers customers newest and high-quality rgb color LED display modules wholesale service at a low price. Should you are interested in our products, please contact our factory.

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