Detailed Explanation and Cutting-Edge Applications of See-Through LED Display Technology
You’ve likely come across videos showcasing see through LED displays on various social media platforms and found this type of display intriguing. Want to gain a more systematic understanding of see through LED displays? Then let’s dive in!
What is a See Through LED Display?
A see through LED display, also known as a see through LED display, transforms LED modules into LED light strips that are directly embedded into specially customized LED cabinets. This unique structure allows for normal image display without obstructing the view of the scenery behind it.
How See through LED Displays Work
See through LED displays are fundamentally driven by LED controllers. These controllers send signals to each LED on the screen, enabling the display of various images. The transparency principle lies in the perforated design, which allows light to pass through directly. Consequently, even when content is displayed, it doesn’t interfere with the visibility of objects behind the screen.
Structure of See through LED Screens
LED Modules
LED modules are directly embedded into the LED cabinet and come in multiple pixel pitches. Common pixel pitches for see-through LED displays range from P3.91 to P7.81, offering optimal viewing effects at distances between 4 and 8 meters.
LED Control System
The LED control system primarily consists of a receiver card, video processor, and LED control software. Some control systems support installing LED display playback boxes, enabling remote server-controlled content updates.
LED Display Power Supply
Primarily converts 220V or 110V AC power into low-voltage DC to power LEDs on the cabinet. This design offers two key benefits: ensuring electrical safety for the entire see through LED display and maintaining stable voltage to preserve color consistency during operation.
Aluminum Alloy Cabinet
See through LED displays primarily utilize aluminum alloy cabinets. This material provides robust structural support while offering protective benefits.
Signal and Data Cables
Different cables serve distinct functions. Examples include power cables connecting LED power supplies to LED modules, data cables linking two or more LED cabinets, and network cables connecting computers to LED cabinets.
Protective Coating (Optional)
For higher-end see through LED displays requiring enhanced screen protection, a coating can be applied to the LED chips, increasing the overall durability of the screen. This coating prevents dust and moisture from entering the screen interior, safeguarding internal components.
Advantages of See through LED Screens
High-Definition Transparency
JYLED’s see through LED displays combine high definition with transparency, achieving up to 80% transparency while delivering exceptional display quality for 4K, 8K, and other high-resolution content.
Energy Efficiency and Environmental Sustainability
First, JYLED’s see through LED displays use fewer materials than traditional LED screens by design. Second, the LED beads utilize energy-saving technology, reducing power consumption by approximately 30% compared to conventional displays. This delivers significant advantages in both economic efficiency and environmental sustainability.
Simple Installation
Installation is streamlined through a snap-fit connection design. This allows effortless assembly and disassembly without any tools.
High Space Utilization
Since see through LED displays do not obscure backgrounds during use, they maximize space utilization. They complement other interior elements to create visually stunning and sophisticated environments.
Customization Support
As a professional see through LED display manufacturer, JYLED offers full customization options—including transparency levels, screen dimensions, refresh rates, and other parameters, tailored to your project requirements.
Comparison Between Standard and See through LED Screens
Transparency
Standard LED displays lack transparency, obscuring backgrounds during use. This can be problematic in spaces requiring full-view item display. See through LED screens eliminate this concern, allowing visibility of the background scene whether content is displayed or not.
Screen Weight
Traditional LED displays require calculating both the screen area and the area covering the edges. Additionally, their heavy cabinets can weigh up to 50kg per square meter, necessitating consideration of wall load-bearing capacity. See through LED displays, however, are specifically engineered to weigh only 15kg per square meter. This lighter weight enables more flexible installation and allows for easy expansion of the entire screen area.
Brightness
See through LED displays utilize larger LED chips, achieving brightness levels 500-800 nits higher than standard LED displays. While conventional displays typically reach 4000-5000 nits, see through LED displays can peak at 5800 nits.
Components
Structurally, see through LED displays differ from traditional ones. Instead of assembling LED modules onto cabinets piece by piece, the entire LED lamp is embedded directly into the cabinet. Additionally, the LED power supplies and control cards used in transparent displays are specially customized, making them slightly smaller than those in conventional LED displays.
What are the applications of see through LED screens?
Outdoor Signage or Billboards
See through LED displays can be fabricated into outdoor advertising billboards, achieving brightness levels up to 5500 nits. This ensures clear visibility even under bright daylight conditions.
Building Curtain Walls
For aesthetic appeal, many building facades prioritize JYLED’s see through LED displays. Supporting unlimited splicing, these screens can be easily installed even on massive architectural facades.
Trade Shows and Exhibitions
Trade events require tech-forward, stylish products to attract exhibitors. The futuristic visuals of see through LED displays prove highly captivating to visitors.
Retail Stores
See through LED displays integrate seamlessly with storefront glass, allowing promotional content to be displayed while maintaining full visibility of products inside.
Airports and Transportation Hubs
Airports, high-speed rail stations, and other transit hubs are ideal applications for see through LED displays. They enhance the aesthetic appeal of these spaces while simultaneously generating revenue through commercial advertising.
How to Select the Right See through LED Display?
Pixel Pitch
Pixel pitch is a critical factor for all LED display types, as it determines image clarity. When pixel pitch doesn’t match viewing distance, content becomes indistinct or appears noticeably grainy. Selecting the appropriate pixel pitch is therefore essential.
Screen Size
Different screen sizes require distinct see-through LED display solutions. For smaller areas, multiple options exist beyond conventional see-through displays—flexible LED crystal film screens and see through LED crystal film screens with translucent effects are viable alternatives. For larger areas, opting directly for see-through LED displays is recommended.
Usage Scenarios
The choice of see through LED display varies depending on the usage scenario. For indoor settings, indoor-rated displays are suitable, while outdoor-rated displays are appropriate for external environments. Mixing indoor and outdoor types is not recommended, as it may lead to screen damage.
Permanent and Rental
Both indoor and outdoor scenarios offer permanent and portable installation options. Permanent installations are designed for long-term, stable use, such as wall-mounted displays for continuous advertising or as creative installations.
Rental installations are better suited for events requiring frequent location changes, such as temporary gatherings or weddings. Their quick-disassembly/assembly design makes them highly convenient for temporary activities.
Conclusion
As detailed above, see through LED displays demonstrate excellent application prospects in both functionality and practicality. In the future, see through LED displays will continue to evolve toward greater refinement, creating products with enhanced fashion-forward and technological appeal.