Tajikistan National Theatre P2.5 Curved Giant LED Screen Project

A large theatre needs more than a standard LED screen.

For the Tajikistan National Theatre project, the goal was to create a large-format indoor visual centerpiece capable of delivering high-resolution stage content while integrating a smooth curved screen structure.

The final solution uses a P2.5 indoor flexible LED module system to create a giant curved LED display measuring:

11,840 mm × 8,960 mm

With a total resolution of:

4,736 × 3,584 pixels

the screen combines an impressive physical scale with more than 16.9 million pixels, creating a highly detailed visual surface for stage performances, presentations, ceremonies, and large-format multimedia content.

The project is also equipped with a NovaStar H2 video processor and Hirender S3 server, providing the processing and content-management foundation required for a large high-resolution LED display system.

This case demonstrates how a curved giant LED screen can become an architectural and visual centerpiece inside a major performance venue.

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1. Project Overview

This indoor LED display project was developed for the Tajikistan National Theatre, where a large visual display was required as part of the stage environment.

Instead of using a conventional flat LED wall, the project adopts a curved giant LED screen built with P2.5 flexible LED modules.

Key Project Specifications

With an area exceeding 106 square meters, this is not simply a conventional indoor display.

It is a true large-format LED visual wall designed to become one of the dominant visual elements of the performance space.

2. The Scale of the Giant LED Screen

The physical dimensions are one of the most striking aspects of this project.

The display measures:

11.84 meters wide × 8.96 meters high

This produces a total display area of approximately:

11.84 × 8.96 = 106.1 m²

A screen of this scale creates a completely different visual experience from a smaller conference-room or retail LED display.

For theatre audiences, the screen can occupy a substantial portion of the viewer's visual field.

This makes it suitable for displaying:

• Stage backgrounds

• Performance graphics

• Cinematic video

• Cultural imagery

• Event branding

• Ceremony content

• Multimedia presentations

• Large-format animations

Rather than functioning only as an information screen, the LED wall can become part of the stage scenery itself.

That is one of the biggest advantages of using a giant LED display in a theatre environment.

3. Why P2.5 Was Selected

Pixel pitch has a major influence on both image quality and project cost.

For this project, a P2.5 indoor LED display was selected.

P2.5 means that the center-to-center distance between neighboring pixels is 2.5 mm.

For a very large indoor screen, this provides a strong balance between:

• Pixel density
• Viewing distance
• Image detail
• Screen size
• System resolution
• Project cost

A smaller pixel pitch could provide greater pixel density, but it would also substantially increase the total pixel count, processing requirements, and system cost.

For a theatre application where most viewers are positioned several meters or more from the screen, P2.5 provides a practical high-resolution solution.

The result is a screen with enough detail for large-format video while maintaining an appropriate technical configuration for a display exceeding 100 square meters.

4. Why Flexible LED Modules Were Used

A standard rigid LED module is designed primarily for flat displays.

However, this project required a curved LED screen.

To create the required shape, flexible or soft LED modules were used.

Flexible LED modules allow the LED surface to follow curved structures that would be difficult to achieve using conventional rigid cabinets.

This makes them especially useful for:

• Curved stage backgrounds
• Concave LED walls
• Convex LED displays
• Cylindrical LED structures
• Creative architectural displays
• Immersive spaces

In this project, the flexible module system helps create a continuous curved visual surface rather than a flat rectangular wall.

The curvature makes the giant screen feel more integrated with the theatre architecture and stage environment.

5. Creating a Large Curved LED Display

Building a small curved LED screen is relatively straightforward.

Building a curved display over 11 meters wide and almost 9 meters high requires much more careful engineering.

The curvature must remain smooth across the entire screen.

If the supporting structure is inconsistent, small alignment differences between modules can become highly visible once the full display is illuminated.

Important factors include:

• Structural accuracy
• Module alignment
• Surface continuity
• Magnetic module positioning
• Power distribution
• Signal distribution
• Service access

For a giant LED wall, even small installation errors can accumulate across hundreds of modules.

This is why mechanical design is just as important as the LED modules themselves.

A successful curved LED project requires the display system and supporting structure to be designed together.

6. 4736 × 3584 High-Resolution Visual Canvas

The final LED display resolution is:

4,736 × 3,584 pixels

This equals approximately:

16,973,824 pixels

or nearly 17 million physical LED pixels.

That is an important number for a giant theatre display.

Large physical size alone does not guarantee good image quality.

The combination of large dimensions + P2.5 pixel pitch allows the screen to maintain substantial visual detail across the complete stage backdrop.

This can improve the presentation of:

• Facial details
• Stage photography
• Fine text
• Architectural visuals
• Cultural patterns
• Video playback
• Motion graphics

For content producers, the large pixel canvas also provides significantly more creative freedom than a lower-resolution stage display.

7. NovaStar H2 Video Processing System

A giant LED display requires more than LED modules.

The video processing system is responsible for receiving, processing, scaling, switching, and delivering content to the screen.

This project uses a NovaStar H2 video processor.

For a screen with a resolution of 4,736 × 3,584 pixels, video processing becomes especially important because the system must manage a very large visual canvas.

A professional processing platform can support functions required in complex stage environments, such as:

• Multi-source signal management
• Video scaling
• Source switching
• Window management
• Large-resolution output
• LED display control

The processor therefore becomes an important part of the complete giant-screen system rather than an optional accessory.

8.Hirender S3 Media Server

The project also uses a Hirender S3 server.

For large theatre applications, a dedicated media server helps manage and output high-resolution visual content.

The server and LED processor work together as part of the content chain:

Media Content → Media Server → Video Processor → LED Control System → Giant LED Screen

For stage applications, this architecture helps support more professional content management than simply connecting a laptop directly to the display.

It is particularly useful when a venue needs to manage different programs, stage visuals, multimedia presentations, or large-format video materials.

9. Why Giant LED Screens Work for Theatres

Theatres increasingly use LED technology because it offers advantages that conventional projection systems or printed stage backgrounds cannot easily provide.

Large Visual Impact

A 106 m² display creates a strong visual focal point.

The screen can transform the stage appearance instantly without physically changing scenery.

Dynamic Stage Backgrounds

Traditional stage backgrounds are static.

LED screens can display:

• Video
• Animation
• Real-time graphics
• Live feeds
• Digital scenery

This provides greater flexibility for different performances.

High Brightness

LED displays generate their own light.

Unlike projection, image brightness is less dependent on projection distance or projection surface conditions.

This makes LED particularly useful for stages with complex lighting environments.

Creative Screen Shapes

Flexible LED modules allow designers to move beyond standard flat rectangles.

Curved screens can become part of the overall architectural design.

10. Key Technical Challenges

Projects of this size involve several engineering considerations.

Structural Accuracy

The supporting structure must follow the required curvature precisely.

Module Consistency

Color and brightness uniformity are particularly important across a screen exceeding 100 m².

Signal Transmission

Nearly 17 million pixels must be managed reliably.

Power Distribution

A giant LED screen requires a carefully designed power distribution system rather than a simple centralized power connection.

Heat Management

Even indoor displays generate substantial heat when operating across a large surface area.

Maintenance

Technicians must be able to access and replace modules or electronic components when necessary.

These factors should be considered during system design, not after the screen has already been manufactured.

11. Project Specifications

For B2B buyers, the key project data can be summarized as follows.

The combination of P2.5 + flexible modules + approximately 106 m² screen area + nearly 17 million pixels is the key technical highlight of this project.

12. What Buyers Can Learn from This Project

The most important lesson is that a giant LED screen should not be selected based on screen size alone.

For large indoor displays, buyers should consider the complete system.

Screen Shape

Does the project require a flat, curved, cylindrical, or custom-shaped display?

Viewing Distance

This helps determine whether P1.8, P2, P2.5, P3, or another pixel pitch is appropriate.

Physical Size

Screen dimensions directly determine display area and total resolution.

Content Resolution

A large high-resolution screen requires suitable video content and processing equipment.

Processor Capacity

The processing system must support the required total pixel load.

Installation Structure

For curved screens, structural precision is especially important.

Maintenance

Large displays should be designed for efficient long-term service.

The correct solution is therefore not just:

“Which LED module should I buy?”

It is:

LED Module + Screen Structure + Control System + Video Processing + Content System + Installation + Maintenance

That system-level approach becomes increasingly important as screen size increases.

13. FAQ

How large is the Tajikistan National Theatre LED screen?

The display measures 11.84 meters × 8.96 meters, with a total screen area of approximately 106.1 square meters.

What pixel pitch does the screen use?

The project uses P2.5 indoor flexible LED modules.

What is the screen resolution?

The complete display resolution is 4,736 × 3,584 pixels, providing approximately 16.97 million physical pixels.

Why use flexible LED modules?

Flexible LED modules allow the screen to follow a curved supporting structure, making them suitable for theatre stages, creative displays, cylindrical screens, and architectural LED installations.

Why is a curved LED screen suitable for a theatre?

A curved display can integrate more naturally with the stage architecture and create a wider, more immersive visual background for audiences.

What video processor is used?

The project uses a NovaStar H2 video processor.

What media server is used?

The LED system is paired with a Hirender S3 server for content playback and management.

Is P2.5 suitable for a giant indoor LED screen?

P2.5 can provide a strong balance between resolution, viewing distance, total pixel count, and project cost for large indoor displays. The final pixel pitch should always be selected according to the venue and audience viewing distance.

14. Conclusion

The Tajikistan National Theatre P2.5 curved giant LED screen project demonstrates what is possible when large-format LED technology is combined with flexible modules and professional video processing.

At 11.84 × 8.96 meters, the display covers approximately 106 square meters and reaches a resolution of 4,736 × 3,584 pixels.

Its most important advantage is not simply its size.

The combination of:

Giant Scale + P2.5 Fine Pixel Pitch + Curved Design + Flexible LED Modules + Nearly 17 Million Pixels + Professional Video Processing

creates a large visual canvas designed for demanding theatre and stage environments.

For theatres, auditoriums, conference halls, cultural centers, entertainment venues, and other large indoor spaces, this type of curved giant LED display can transform a conventional stage background into a dynamic digital visual environment.

JunChen Display provides customized indoor LED display solutions including flat, curved, flexible, and large-format LED systems according to screen dimensions, viewing distance, installation structure, and project requirements.