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XR LED Screen

XR LED screen for broadcast

XR LED Screen

XR LED screens deliver ultra-high resolution and seamless visuals, perfect for virtual production and immersive environments. With advanced technology, they create realistic scenes for films, broadcasts, and live events, offering unmatched flexibility and performance for cutting-edge virtual experiences.

Product Key Features

Perfect on camera

High refresh rate 1/8 scan

≧98% DCI-P3, ≧86% REC2020

Fast & Easy built

Low Brightness High grey

Durable Die-cast aluminum cabinet

Magnets assembly

Intelligent module data storage

Special edge design protection

Technical Specs

Model1.51.952.312.6
Pixel Pitch(mm)1.51.952.312.6
Pixel Density(pixels/m2)409,600262,985187,403147,929
LED typeSMD1212SMD1212SMD1212SMD1212
Module Dimension250 x 250mm 9.85” x 9.85”250 x 250mm 9.85” x 9.85”250 x 250mm 9.85” x 9.85”250 x 250mm 9.85” x 9.85”
Module Resolution160 x 160128 x 128108 x10896 x96
Panel Dimension500 x 500 x 68mm 19.7” x 19.7” x 2.68”500 x 500 x 68mm 19.7” x 19.7” x 2.68”500 x 500 x 68mm 19.7” x 19.7” x 2.68”500 x 500 x 68mm 19.7” x 19.7” x 2.68”
Panel Resolution320 x 320256 x 256216 x216192 x192
Panel Type and MaterialDie-Casting AluminiumDie-Casting AluminiumDie-Casting AluminiumDie-Casting Aluminium
Panel Weight8.2 kg (18 lbs)8.2 kg (18 lbs)8.2 kg (18 lbs)8.2 kg (18 lbs)
Color space>98% DCI-P3, >86% REC20020>98% DCI-P3, >86% REC20020>98% DCI-P3, >86% REC20020>98% DCI-P3, >86% REC20020
Typical Brightness(nits)≥1000 nits≥1000 nits≥1500 nits≥1500 nits
Viewing AngleH160°/V160°H160°/V160°H160°/V160°H160°/V160°
Multiplexing(scan)8898
Refresh Rate7680Hz7680Hz7680Hz7680Hz
Controller SystemBrompton/NOVASTARBrompton/NOVASTARBrompton/NOVASTARBrompton/NOVASTAR
Operating Power 100 - 240 V, 50 - 60 Hz100 - 240 V, 50 - 60 Hz100 - 240 V, 50 - 60 Hz100 - 240 V, 50 - 60 Hz
Max. Power Consumption (W/m2)720720732715
Avg. Power Consumption (W/m2)230230234229
ServiceabilityFront&RearFront&RearFront&RearFront&Rear
IP RatingP41(Indoor)P41(Indoor)P41(Indoor)P41(Indoor)
Operating Temp/Humidity-20°~ 50°C, 10~90% RH -20°~ 50°C, 10~90% RH -20°~ 50°C, 10~90% RH -20°~ 50°C, 10~90% RH
Storage Temp/Humidity-40°~ 60°C, 10~90% RH-40°~ 60°C, 10~90% RH-40°~ 60°C, 10~90% RH-40°~ 60°C, 10~90% RH
LEDs lifespan75000 hours75000 hours75000 hours75000 hours
Curving( Concave)Max 5°Max 5°Max 5°Max 5°
CertificatesFCC, ETL, TUV-CE,RoHsFCC, ETL, TUV-CE,RoHsFCC, ETL, TUV-CE,RoHsFCC, ETL, TUV-CE,RoHs

Note:The specifications are subject to change without prior notice

Let‘s talk about your projects.

Share some details about your vision and requirements, and we can explore how our customized LED solutions can bring your ideas to life. Whether it’s design flexibility, installation challenges, or performance goals, we’re here to discuss and deliver the perfect solution tailored to your needs.

What unique features do XR LED screens have compared to traditional LED screens?

XR LED screens are specifically engineered to meet the advanced demands of virtual production, extended reality (XR), and immersive environments. Compared to traditional LED screens, they offer several unique features:

XR LED screens
Color Accuracy and Consistency:

Advanced Calibration: They utilize sophisticated color calibration techniques to achieve exact color representation, which is crucial for content that requires color matching and grading.

Wide Color Gamut: Support for a broader spectrum of colors ensures more vibrant and true-to-life images.

XR LED screens
Low Latency Performance:

Responsiveness: Designed with minimal input lag to synchronize perfectly with live cameras and motion tracking systems, preventing motion blur and lag in dynamic scenes.

Smooth Interaction: Essential for interactive applications where immediate feedback enhances the user experience.

XR LED screens
Anti-Moiré and Matte Finishes:

Improved Visuals on Camera: Special surface treatments reduce moiré patterns and reflections when filmed, resulting in cleaner images.

Matte Glue-On Surface: Minimizes glare and enhances image quality, especially under studio lighting.

How do XR LED screens achieve seamless visual effects?

XR LED screens achieve seamless visual effects by meticulously integrating precise hardware engineering with advanced software solutions. The key factors include:

Physical Alignment: Precision in panel manufacturing and assembly ensures that there are no visible gaps or misalignments.

Visual Uniformity: Advanced calibration techniques guarantee consistent brightness and color across all panels.

Content Synchronization: Sophisticated control systems and synchronization technologies ensure that the content is displayed uniformly and in sync, eliminating visual artifacts.

Services

How do XR LED screens enhance virtual production effects?

XR LED screens elevate virtual production by merging the digital and physical worlds in a cohesive and efficient manner. They offer:

Real-Time Integration

Real-Time Integration

Allowing for immediate visualization and capture of virtual elements alongside live action.

Creative Freedom

Creative Freedom

Enabling quick changes and experimentation with environments and effects.

Enhanced Realism

Enhanced Realism

Providing high-quality visuals that improve the believability of scenes.

Workflow Efficiency

Workflow Efficiency

Streamlining production processes and reducing the need for extensive post-production work.

Applications

What are the applications of XR LED screens in film, broadcasting, TV studios, and live events?

.01

Film & Television

Enhance production quality with real-time virtual environments, reducing post-production needs.

.02

Broadcasting

Create dynamic and interactive sets that engage viewers and streamline production workflows.

.03

Live Events

Offer immersive experiences that captivate audiences, whether in person or remotely.

Applications

How do XR LED screens achieve perfect synchronization with cameras and other studio equipment?

XR LED screens synchronize perfectly with cameras and other studio equipment by:

Utilizing genlock systems to align refresh rates and eliminate visual artifacts.

Implementing real-time camera tracking and rendering to adjust virtual content dynamically.

Employing high-performance hardware and software to minimize latency.

Integrating centralized control systems and synchronization protocols for unified operation.

Ensuring meticulous calibration and continuous monitoring to maintain synchronization.

Is the installation process complex, and what professional support is needed?

Complexity

The installation is complex due to advanced technology, customization, mechanical alignment, integration, and safety requirements.

Professional Support Needed

Technical specialists, engineers, software professionals, and trained operators are essential for successful installation and operation.

Key Actions

Engage experienced professionals, plan thoroughly, prioritize safety, and invest in training and support for optimal results.

Contact us

Have questions or need assistance? Contact us today! Our team is ready to help you.

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