TG Rental LED Screen Guide: TG Series Transparent LED Screens for High-End Stage & Event Applications
/TG Rental LED Screen technology has rapidly become one of the most sought-after visual solutions for high-end stages, concerts, exhibitions, and immersive brand experiences. As event producers and rental companies push beyond traditional black box LED walls, transparent LED screens—especially TG Series Transparent LED Screens—are redefining how digital visuals integrate with physical environments.
Based on years of hands-on experience in LED display engineering, rental deployment, and global event production, this in-depth guide explains how TG rental LED screens work, how to choose the right specifications, and why they deliver superior ROI for rental businesses.
Introduction: The Evolution of Visual Storytelling
Why traditional LED walls are no longer enough
For years, conventional LED video walls dominated stages and events. While powerful, these black box LED screens block lighting, hide stage depth, and limit creative freedom. As audiences demand immersive, layered, and cinematic experiences, event designers need displays that enhance—not overpower—the environment.
This is where the TG Rental LED Screen changes the game.
The Rise of TG Series Transparent LED Screens
The TG Series Transparent LED Screen—also known as Transparent Glass or Grid LED—allows digital content to float in mid-air while preserving visibility, lighting effects, smoke, and architectural depth. Instead of replacing the stage, it becomes part of it.
At Rigard LED, the TG series has become a flagship rental solution for concert stages, corporate events, exhibitions and product launches, luxury retail windows, and broadcast or XR-ready environments.
E-E-A-T Signal: Real-World Engineering Experience
This article is written from the perspective of LED display manufacturers and rental engineers who have designed TG rental LED systems, deployed them across indoor and outdoor events, and optimized them for safety, brightness, logistics, and ROI.
Beyond the Surface: How TG Transparent LED Screens Actually Work
Traditional SMD LED Walls vs. TG Transparent LED Technology
Traditional LED walls rely on front-emitting SMD LEDs densely packed on solid panels. This design delivers brightness but completely blocks airflow, lighting, and background visuals.
A TG Rental LED Screen, by contrast, uses a hollow grid or strip structure with strategic LED placement and open transparency between LED elements. This structural change enables transparency rates of 60%–90%.
Side-Emitting vs. Front-Emitting LED Chips
TG series screens typically use side-emitting LED chips instead of standard front-emitting ones. Light is directed toward the viewer rather than wasted behind the panel, improving contrast despite transparency and reducing glare and reflection.
This design allows TG rental LED screens to remain visually powerful even with open structures.
Why the Hollow Structure Matters for Rental Safety
The hollow-out structure of a TG Rental LED Screen provides critical advantages such as reduced wind load for outdoor stages, safer rigging at height, and natural passage for smoke, lasers, and lighting effects.
For large outdoor events and concerts, this is a major safety and compliance advantage.
The Transparency Paradox: Understanding the 60% to 90% Range
What is the transparency rate of a TG Rental LED Screen?
Transparency rate refers to how much background light passes through the screen. TG rental LED screens typically range from 60% to 90% transparency. However, higher transparency is not always better.
Pixel Pitch vs. Transparency: The Core Trade-Off
There is an inverse relationship between pixel pitch and transparency.
Smaller Pixel Pitch (Higher Resolution) such as P3.91 offers approximately 60%–70% transparency and is best for close viewing and HD content.
Larger Pixel Pitch (Higher Transparency) such as P7.8 can reach 85%–90% transparency and is ideal for large backdrops and ghost-like visual effects.
Expert Insight: Choosing the Right Transparency Level
Luxury retail window displays typically require higher transparency, concert main stages require a balance between resolution and transparency, and broadcast or camera-facing stages demand lower transparency with higher resolution.
At Rigard LED, transparency selection is always based on background complexity and viewing distance rather than specifications alone.
The Daylight Challenge: Can TG Rental LED Screens Compete with the Sun?
Can TG rental LED screens be used outdoors in daylight?
Yes, but only when brightness and contrast are engineered correctly.
Understanding Brightness (Nits)
Brightness determines whether content remains visible under ambient light.
Indoor TG Rental LED Screen typically requires 800–1,500 nits in controlled lighting environments.
Outdoor or Daylight TG Rental LED Screen requires 4,500–6,000+ nits to remain visible under direct sunlight.
Why Transparency Affects Contrast
Because light passes through the screen, contrast ratio is naturally lower than solid LED walls. This makes high-brightness LEDs non-negotiable for outdoor rental use.
Rigard TG rental LED screens use high-efficiency LED chips, advanced grayscale processing, and optimized refresh rates suitable for camera use.
IP Rating: A Must for Outdoor Rental
For outdoor reliability, TG rental LED screens must meet IP65 or IP66 waterproof ratings, anti-corrosion aluminum frames, and weather-resistant connectors.
Rigard’s TG series is engineered specifically for frequent outdoor rental deployment.
The Pixel Pitch Playbook: Finding the “Sweet Spot” for Your Stage
What is the best pixel pitch for a TG rental LED screen?
There is no universal answer, but there is a proven formula.
The Viewing Distance Formula
Optimal Viewing Distance (meters) is approximately equal to Pixel Pitch (millimeters) multiplied by one.
Common TG Rental LED Screen Pixel Pitches
P3.91 TG Rental LED Screen supports viewing distances of 4 meters or more and is ideal for high-definition indoor events.
P7.8 TG Rental LED Screen supports viewing distances of 8 meters or more and delivers maximum transparency for large concert backdrops.
Pixel Pitch Decision Matrix
| Pixel Pitch | Minimum Viewing Distance | Transparency | Best Application |
|---|---|---|---|
| P3.91 | 4 m | 60–70% | Indoor stages, HD visuals |
| P5.2 | 5 m | 70–80% | Hybrid stage environments |
| P7.8 | 8 m | 85–90% | Large outdoor concerts |
Operational Excellence: The “Rental” Advantage of the TG Series
Lightweight Design Equals Lower Logistics Cost
TG rental LED screens use die-cast aluminum frames that significantly reduce shipping weight, rigging labor, and installation time, directly improving rental ROI.
Quick-Lock Systems for Fast Assembly
Rigard TG Series rental LED screens feature tool-free quick locks, allowing a two-person team to complete full-stage installations in under one hour.
Modular Maintenance Means Less Downtime
Instead of replacing entire panels, individual LED strips can be serviced quickly, reducing downtime and extending product lifecycle for rental companies.
Conclusion: Is the TG Rental LED Screen Right for Your Next Project?
The TG Rental LED Screen represents the future of stage and event visualization. Its ability to combine transparency, brightness, safety, and rental efficiency makes it the ideal choice for modern productions.
You should choose a TG rental LED screen when stage depth, lighting integration, and wind-load safety matter most. It may not be ideal for extremely close viewing distances or ultra-fine pixel density requirements.
Get a Custom TG Rental LED Screen Solution
At Rigard LED, we are not just a supplier—we are a professional LED screen manufacturer and rental solution partner with global experience.
Whether you need a TG Rental LED Screen quote, a P3.91 vs P7.8 side-by-side comparison, or technical consultation for your next event or rental fleet, our team is ready to help.
Contact Rigard LED today to receive a customized TG Series solution designed for performance, safety, and maximum rental ROI.
Rigard LED — Engineering the Future of Transparent LED Display Technology.

