XR Stage Series
Rental Stage LED Display
- 500*500mm LED Display Cabinet
- 16Bits For Virtual Production Studio
- 7680Hz Refresh Rate for Flicker-free Display
- 15,000:1 High Contrast Ratio
- Wide Color Gamut with 96% DCI-P3 and 98% NTSC
- Support Active Shutter 3D Technology
- Front or Rear Dual Maintenance
- 3 Year Warranty and 5% Spare Part
XR Series Stage LED Screen
Linsn XR Series has been specifically developed for use in the Film & Television industries & Virtual Production Studio as well as extended reality applications. The XR LED panel offers trusted reliable performance with sophisticated & high-speed components such as wide color gamut LEDs, high-speed & high-grayscale IC drivers, and broadcast standard processing.
Novastar VMP + MX40 Pro + A10s Pro
We choose Novastar XR solution specially designed for camera shooting scenarios, and can effectively solve problems with black field and scan lines. This solution features industry-leading image boosting technology, which helps users create shooting scenes more comparable to real environments. This solution is driven by Novastar all-new LED control platform VMP, which integrates design, monitoring, and management, bringing users the ultimate control experience.
Variable Frame Rate
With support for up to 7680Hz refresh rate, it eliminates black frame issues during filming, ensuring stable imaging for professional virtual production. The display also features Low-Gray High-Refresh Technology, maintaining smooth performance even at low brightness, with no visible flicker or scan lines under camera capture.
Lightweight and Thin
The 500×500mm LED display cabinet is designed for portability and stability, weighing only 6.5kg with a slim thickness of 92mm. Its lightweight build makes it easy to carry, transport, and install, significantly reducing labor costs and improving efficiency during setup and dismantling.
Perfect Structure
Linsn boasts a top-tier domestic design team, known for its unique design philosophy and multiple core technologies. With innovative structural design and sleek, modern lines, Linsn delivers an exceptional and cutting-edge user experience.
Fast Installation
Auto-locking system for fast and easy installation with ultimate safty and pixel protection
Front & Real Maintenance
The XR Stage Series Rental LED Display offers dual maintenance, supporting both 100% front access and rear service. Featuring magnetic LED panels, it allows quick front removal within 5 seconds using simple tools, making installation and maintenance fast, easy, and cost-effective.
Seamless Display and Better Visual Effects
Die-cast aluminum cabinet makes seamless splicing of image and video display, offering you the perfect visual experience you desire from any angle. The picture quality confronts viewers with an entirely new sensory experience.
Multi Installation Way of Cabinet
Support 3 installation ways of cabinet with hanging installation, concave& convex installation, and stack installation.
More Features
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Specifications
| LED Type | 1415 |
| Pixel Pitch (mm) | P2.604 |
| Cabinet Size (W×H×D) (mm) | 500 × 500 × 92 |
| Cabinet Resolution | 192 × 192 |
| Cabinet Weight (kg) | 6.5kg |
| Cabinet Material | Die-cast Aluminum |
| Module Size (W×H) (mm) | 250 × 250 |
| Brightness (nit) | ≥1200 (after calibration) |
| Grayscale (bit) | ≥16 |
| Refresh Rate (Hz) | 7680 |
| Standard Color Temperature (K) | 6500 ± 500 |
| Viewing Angle (H/V) (°) | 160 / 160 |
| Scanning Method | 1/8 |
| AC Operating Voltage (V) | 100-240 |
| Power Consumption (Max/Avg) (W/m²) | 450 / 150 |
| Color Gamut | ≥95% DCI-P3 |
| HDR10 | Supported |
| Storage Temperature (℃) | -40 ~ +60 |
| Operating Temperature (℃) | -10 ~ +40 |
| Storage Humidity (RH) | 10% ~ 90% |
| Operating Humidity (RH) | 10% ~ 90% |
| IP Rating (Front/Rear) | IP60 |
| LED Lifetime (H) | 100,000 |
| Module Maintenance | Front Maintenance |
| Power & Others Maintenance | Rear Maintenance |
| Installation Method | Front or Rear Installation |
XR500 Series LED Cabinet Details
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Tech Support
Linsn LED has a professional technology support team to solve any tech problem for you, tech support covers installation, configuring, and anything about LED display, please check our contact us page. Or turn to Indoor LED screen page to know more!
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Immersive XR LED Display for Studio & Virtual Production
XR LED display, as a fast-rising trend in virtual production for film and studio use, is gaining more attention and market share than ever before. With its bright future, it’s becoming a go-to solution for immersive, real-time environments.
As the core of any XR stage, the LED wall must deliver sharp visuals, high grayscale performance, and the right brightness balance. That’s why choosing the right display—and the right supplier—is a smart and valuable decision.
Curious how it all works? Let’s dive in and explore everything you need to know about XR LED walls together!
Table of Contents
1. What Is an XR LED Display?
An XR LED display is a high-quality LED wall used as a digital backdrop in virtual production, powered by real-time rendering engines like Unreal Engine. It replaces green screens by syncing with camera tracking to create immersive, realistic environments.
XR stands for Extended Reality, combining AR, VR, and MR technologies to blend the real and virtual worlds in real time. This next-gen filming method offers more creative freedom and lifelike visuals for modern productions.
XR LED walls are now widely used in film, TV, concerts, and commercials—including hits like The Mandalorian, Westworld, and live performances by global stars. With growing demand, XR has become a game-changer in visual storytelling.
2. How Does the XR Stage Work?
An XR stage combines a large LED wall, a real-time game engine (like Unreal Engine), and a camera with tracking to render and display virtual scenes live. These three elements work together to blend real actors and virtual content seamlessly.
The game engine generates dynamic visual effects, which are shown on the LED wall as a realistic background. Meanwhile, the tracking camera detects position changes and sends data to adjust visuals in real time.
In actual production, actors perform in front of the LED walls, while the director sees the final composited footage instantly. This live workflow speeds up production, reduces post-editing, and improves performance quality.
Advanced setups like Linsn XR panels use top-grade LED chips, grayscale ICs, and industry-standard processors for flawless display. Powered by Novastar’s VMP + MX40 Pro + A10s Pro solution, the system delivers smooth images without scan lines or flickering.
This XR workflow is now widely adopted in film, television, and event production, offering a faster, smarter, and more immersive alternative to traditional green screen techniques.
2.1 Core Components of XR Stage
An XR stage consists of four essential components: an LED wall, a display control system, a camera with tracking, and a rendering server. These elements work together to deliver immersive virtual production environments in real time.
(1) LED Wall
The LED wall acts as a high-resolution digital backdrop that replaces traditional green screens. It surrounds the stage with realistic visuals, allowing actors to perform in a more immersive setting.
(2) Display Control Syste
This system ensures accurate color adjustment, smooth frame processing, and ultra-low latency. It plays a critical role in meeting the high-performance demands of XR filming.
(3) Camera & Tracking System
Equipped with motion tracking, the camera captures actor positions and sends real-time data to the rendering engine. This ensures perfect alignment between physical movement and digital content.
(4) Rendering Server
The rendering server extends the real scene by generating 3D virtual environments based on live camera input. It fills in the space beyond the LED screen, creating a seamless, cinematic experience.
2.2 XR Production Workflow
XR production starts by playing pre-designed virtual scenes on the LED screen, allowing actors to perform directly in front of a realistic background.
The camera, equipped with a tracking device, captures both the actors and their position in relation to the screen, sending data to the game engine for real-time visual updates.
A media server and control system coordinate the playback, rendering, and synchronization, ensuring smooth integration between physical and virtual elements.
This workflow lets directors preview the final effects live, reduces the need for green screen editing, and speeds up post-production significantly.
3. Benefits of XR LED Display
XR LED displays have transformed the way virtual production is done, offering a smarter alternative to green screens. By combining real-time rendering with immersive LED environments, they bring powerful advantages to filmmakers, content creators, and studios alike.
3.1 Reduces Post-Production Workload
XR LED screens simplify complex tasks like image matting, especially with translucent materials such as glass. By capturing realistic visuals in-camera, the need for extensive CGI and green screen keying is minimized.
3.2 Creates a More Realistic Lighting Environment
The LED screen itself emits accurate, dynamic lighting that matches the virtual scene. This improves the quality of reflections and ambient light on actors and props, reducing the need for artificial adjustments.
3.3 Real-Time Visualization for Directors
With XR LED technology, directors and cinematographers can view, modify, and adjust background environments and effects live during filming, allowing for instant creative decisions.
3.4 Minimizes Set Extensions and Scene Changes
Virtual backgrounds eliminate the need to build or digitally extend large sets, which saves both physical resources and 3D modeling time. Scene changes can be done with one click instead of physical resets.
3.5 Saves Time and Budget
By reducing post-editing, physical set building, and travel for location shoots, XR virtual production significantly lowers overall production costs and shortens the delivery timeline.
3.6 Boosts Actor Performance
Instead of imagining CG environments in front of green screens, actors can directly interact with realistic scenes. This enhances immersion, performance accuracy, and emotional delivery.
3.7 Captivates Audiences with Surreal Experiences
XR LED displays deliver visually stunning, surreal environments that would be difficult or expensive to film in real life. This grabs audience attention and elevates storytelling possibilities.
4. Applications of XR LED Screen
XR LED screens are revolutionizing multiple industries by blending virtual and physical worlds in real time.
From filmmaking to education, the technology opens up creative possibilities while reducing costs and improving efficiency.
Below are some key applications where XR LED display technology truly shines:
4.1 Product Launches / Keynote Speeches
- Create impactful and futuristic presentations with dynamic 3D backgrounds.
- Seamlessly integrate real-time graphics, animations, and product demos.
- Enhance brand storytelling with immersive visuals that engage both live and online audiences.
4.2 Virtual Studios
- Replace traditional green screens with realistic XR environments.
- Enable real-time content editing and camera tracking for flexible production.
- Save time and cost on physical sets while achieving high-end visuals.
4.3 Driving Simulation
- Simulate real-world driving environments for training or testing.
- Surround-view XR LED walls provide a highly immersive, 360° experience.
- Ideal for automotive R&D, driving schools, and VR racing setups.
4.4 Live Sports Broadcasting
- Place commentators or analysts inside a virtual sports environment.
- Easily switch between stadiums, player stats, and AR overlays.
- Deliver more engaging, data-rich broadcasts without leaving the studio.
4.5 Medical Virtual Simulation
- Create safe, controlled XR environments for medical training.
- Simulate surgical procedures, emergency responses, and anatomy visualization.
- Enhance training quality without needing live patients or real equipment.
4.6 TV Studio Production
- Bring high-end visual storytelling to entertainment and news shows.
- Quickly adapt sets for different programs with immersive digital backdrops.
- Improve viewer engagement with real-time graphics and camera tracking.
5. The Technical Requirements for XR Cabinets
To create an immersive and professional XR virtual production setup, not just any LED cabinet will do.
Your display needs to meet some serious technical requirements, because what you see is what you shoot. Here’s what to look for when choosing LED cabinets for XR production:
- Flicker-Free Performance
Your screen should be completely free of scanning lines and black frames when filming. This ensures clean footage without post-production headaches.
- Stable and Accurate Viewing
Make sure there’s no distortion or color shift when viewing the screen from different angles. Consistent color and image stability are crucial, especially when multiple cameras are involved.
- High Color Accuracy (SDR & HDR)
Whether you’re working in SDR or HDR, your screen must accurately reproduce colors. That means supporting wide color gamuts like DCI-P3, Rec.709, or even Rec.2020 to match what content creators see on their monitors.
- Gray-Scale Precision
A good XR LED screen allows ultra-fine control over gray levels. Through calibration, it should handle smooth transitions and subtle contrasts beautifully—ideal for cinematic-level shoots.
- True HDR Support (HDR10 / HLG / PQ10)
The screen should support true HDR formats and match the PQ curves used in software like Unreal Engine and DaVinci Resolve. This way, you get content playback that looks exactly as intended.
- Adaptive Frame Rate
To support high-frame-rate filming like 120Hz or even 200Hz, the cabinet needs frame rate adaptability. Ideally, it should handle any frequency between 23.98Hz to 480Hz—with adjustable steps as small as 0.01Hz.
- Camera Sync and Genlock Compatibility
A solid XR system supports Genlock and shutter sync functions. These features prevent scanning lines and ensure that what you capture matches exactly what’s on screen, even when shooting at different shutter speeds (like 1/100s or 1/200s).
- Thermal Stability
Heat can change brightness, color, or even color temperature. That’s why thermal compensation is a must—it keeps the screen stable and consistent, even during long shoots.
- Power & Heat Efficiency
Low power consumption and smart thermal management help avoid overheating, which is essential for maintaining performance and extending the life of your screen.
If you’re building or upgrading your XR stage, don’t just look at size or resolution—check under the hood.
From frame rate control to HDR support and thermal stability, each of these technical details plays a major role in ensuring your XR production runs smoothly and looks amazing on camera.
6. Linsn LED XR2.6 vs Conventional Products Comparison
Linsn XR series is specially designed for film, television, and virtual production studios, including extended reality (XR) applications. These XR LED panels deliver reliable, high-performance visuals with advanced features such as a wide color gamut, high-speed and high-grayscale IC drivers, and broadcast-grade processing.
6.1 Linsn LED XR2.6 Series – High-End LED Cabinet for Filming LED Walls
- Rental Stage LED Display
- 500*500mm LED Display Cabinet
- 16Bits For Virtual Production Studio
- 7680Hz Refresh Rate
- 15,000:1 High Contrast Ratio
- Wide Color Gamut with 96% DCI-P3 and 98% NTSC
- Support Active Shutter 3D Technology
Specifications
| LED Type | 1415 |
| Pixel Pitch (mm) | P2.604 |
| Cabinet Size (W×H×D) (mm) | 500 × 500 × 92 |
| Cabinet Resolution | 192 × 192 |
| Cabinet Weight (kg) | 6.5kg |
| Cabinet Material | Die-cast Aluminum |
| Module Size (W×H) (mm) | 250 × 250 |
| Brightness (nit) | ≥1200 (after calibration) |
| Grayscale (bit) | ≥16 |
| Refresh Rate (Hz) | 7680 |
| Standard Color Temperature (K) | 6500 ± 500 |
| Viewing Angle (H/V) (°) | 160 / 160 |
| Scanning Method | 1/8 |
| AC Operating Voltage (V) | 100-240 |
| Power Consumption (Max/Avg) (W/m²) | 450 / 150 |
| Color Gamut | ≥95% DCI-P3 |
| HDR10 | Supported |
| Storage Temperature (℃) | -40 ~ +60 |
| Operating Temperature (℃) | -10 ~ +40 |
| Storage Humidity (RH) | 10% ~ 90% |
| Operating Humidity (RH) | 10% ~ 90% |
| IP Rating (Front/Rear) | IP60 |
| LED Lifetime (H) | 100,000 |
| Module Maintenance | Front Maintenance |
| Power & Others Maintenance | Rear Maintenance |
| Installation Method | Front or Rear Installation |
6.2 Linsn LED XR2.6 vs Conventional Products
Let’s take a look at how XR2.6, with its key features, stacks up against traditional LED products. This comparison will show why XR2.6 is a top choice for virtual production and XR stages.
| Feature | XR2.6 | Conventional Products |
| Ink Color Uniformity | Uniform ink color with deep blacks even in low light | Uniform color but lacks deep blacks in bright light |
| Contrast Ratio | High contrast ratio of 15,000:1 | Lower contrast ratio around 7,000:1 |
| Grayscale Performance | 16-bit grayscale, detailed dark areas | 13-bit grayscale, detail loss in shadows |
| Refresh Rate | 7680Hz, ultra-smooth and flicker-free | 3840Hz, may show black frames when recorded |
| Color Gamut Standard | Wide DCI-P3 coverage, accurate colors | Limited to NTSC, less vibrant colors |
| Wide Color Gamut Video | 96% DCI-P3, 98% NTSC, vivid visuals | Narrower gamut, duller video colors |
| Active 3D Performance | Active shutter 3D, supports 120–240fps+ | Lower frame rates, less stable 3D output |
| Low Latency | 32ms (≤2 frames) ultra-low latency | 77ms (~4.5 frames), noticeable input delay |
| HDR vs SDR | True HDR support, rich details in bright/dark scenes | Only SDR, less dynamic and flat visuals |
(1) Ink Color Uniformity Comparison
Consistent ink color and deep blacks are key for clear visuals. XR2.6 offers uniform color with darker blacks in low light.
Conventional products have uniform ink color but lack deep blacks under bright light. This can cause washed-out images and less realistic scenes.
(2) Contrast Ratio Comparison
XR2.6 delivers deeper blacks, achieving an impressive contrast ratio of 15,000:1. This creates more vivid and dynamic images.
In comparison, conventional products have limited black depth, resulting in a lower contrast ratio around 7,000:1. This reduces overall image richness and detail.
(3) Grayscale Performance Comparison
XR2.6 features 16-bit grayscale, capturing fine details even in dark areas. This ensures smoother and more natural shadow transitions.
Conventional products offer only 13-bit grayscale, which can cause loss of detail in shadowed regions. This results in less accurate and harsher dark scenes.
(4) High Refresh Rate Comparison
XR2.6 offers a high refresh rate of 7680Hz, delivering smooth and flicker-free visuals. This ensures stable image quality even during fast motion.
Conventional products run at 3840Hz, which may cause visible black frames when recorded at default settings. Although adjustable, this can affect shooting quality.
(5) DCI-P3 vs NTSC Color Gamut Comparison
The XR2.6 screen covers a wider DCI-P3 color gamut, providing richer and more accurate colors for a lifelike experience.
In contrast, conventional products mainly support the smaller NTSC gamut, limiting color vibrancy and realism.
(6) Wide Color Gamut Video Comparison
The XR2.6 display delivers vibrant videos with a broad DCI-P3 color range, enhancing visual impact. The XR2.6 product uses customized wavelength LED chips to achieve 96% DCI-P3 and 98% NTSC color gamut coverage.
Meanwhile, conventional screens with NTSC gamut show less vivid colors, reducing overall video quality.
(7) Active 3D Video Performance
The XR2.6 product features active shutter 3D technology with advanced driver ICs. It supports dynamic frame rates ranging from 120fps to 240fps and beyond for smooth 3D visuals.
Compared to conventional products, XR2.6 delivers smoother and more stable 3D performance with higher frame rates and better image clarity.
(8) Low Latency Comparison
XR2.6 offers an ultra-low latency mode of just 32ms(≤2 frames input-to-display), ensuring near real-time responsiveness.
In contrast, conventional products have higher latency around 77ms (≈4.5 frames), causing noticeable input delay.
(9) HDR vs SDR Video Performance Comparison
XR2.6 supports true HDR, delivering vibrant colors and richer details in bright and dark scenes. Conventional products only handle SDR, resulting in less dynamic and flatter images.
7. Future of XR LED Wall Technology
XR LED wall technology is evolving rapidly, driving advancements in virtual production and immersive experiences. Here are six key trends shaping its future.
(1) Higher Resolution
XR LED walls will offer even finer pixel pitch for sharper, more detailed images.
(2) Improved Color Accuracy
Advanced color calibration will ensure truer, more vibrant colors matching real-world visuals.
(3) Increased Refresh Rates
Higher refresh rates will reduce flicker and motion blur, improving camera capture quality.
(4) Smarter Real-Time Integration
Better syncing with real-time rendering engines will enable smoother, more responsive XR experiences.
(5) Enhanced Brightness Control
Wider brightness ranges will adapt to various lighting conditions, preventing glare and preserving detail.
(6) Energy Efficiency and Heat Management
New tech will reduce power consumption and heat, making XR setups more sustainable and reliable.
8. FAQs
XR (Extended Reality) combines virtual and real elements, including AR, VR, and mixed reality. Virtual production uses virtual sets and real-time rendering to allow filmmakers to see digital backgrounds live on set. XR is broader, while virtual production focuses specifically on the filmmaking process.
The best resolution for a video wall depends on its size and viewing distance, but generally, higher resolution like 4K or above is ideal for clear, sharp images.
To calculate LED wall pixels, multiply the number of horizontal pixels by the number of vertical pixels:
Total Pixels = Width (pixels) × Height (pixels).
You get width and height by dividing the wall’s physical size by the pixel pitch.
XR LED walls support real-time rendering and camera tracking, enabling dynamic virtual backgrounds that sync perfectly with live filming, unlike static regular LED screens.
They allow filmmakers to see virtual sets in real-time on set, reducing post-production time and enhancing creative flexibility.
9. Conclusion
XR LED displays are revolutionizing digital content creation with advanced technology and versatile applications. Their benefits and future potential make them essential for modern virtual production.
Choosing the right LED display solution can elevate your projects and open new creative possibilities. If you want to learn more or have questions, feel free to contact us!