Singapore Indoor P1.8 Flexible LED Display Project – High-Resolution Curved LED Solution

Project Overview

This indoor P1.8 flexible LED display project in Singapore was designed for a commercial indoor environment where both image quality and screen shape were important.

Unlike a standard flat LED wall, the project required a flexible LED display that could follow the designed structure smoothly while maintaining consistent brightness, color, and image continuity across the entire screen.

With a fine P1.8 pixel pitch, the display provides clear images even when viewers are relatively close to the screen. It is suitable for shopping malls, exhibition halls, showrooms, reception areas, brand spaces, museums, and other indoor locations that require a modern visual presentation.

Project Specifications

• Project Location: Singapore

• Product Type: Indoor Flexible LED Display

• Pixel Pitch: P1.8

• Installation Environment: Indoor

• Refresh Rate: ≥7680Hz

• Input Voltage: 90–264V

• Output Voltage: DC 5V

• Display Type: Flexible / Curved LED Display

• Application: Commercial Interior Display

The high refresh rate of ≥7680Hz helps reduce visible flicker when the screen is recorded by cameras or smartphones. This is especially useful in retail spaces, exhibitions, events, and branded environments where visitors often take photos or videos.

Design Drawing Before Production

For a flexible LED display project, the design drawing is an important step before production.

The drawing is not only used to confirm the overall appearance of the screen. It also helps engineers check whether the proposed shape can be built correctly with the selected flexible LED modules.

Before production, the engineering team normally confirms several details in the drawing, including:

• Overall LED display dimensions

• Curved or irregular screen shape

• Radius of each curved section

• Flexible LED module arrangement

• Module quantity

• Supporting frame dimensions

• Power supply positions

• Receiving card positions

• Signal cable routing

• Power cable routing

• Installation and maintenance access

For this Singapore project, the design drawing helped confirm how the P1.8 flexible LED modules would follow the required curve.

The module layout also needed to avoid unnecessary gaps between sections. If the radius, frame, and module arrangement do not match correctly, the finished LED screen may show visible seams or uneven curves.

A detailed drawing therefore allows many installation problems to be identified before the screen reaches the site.

Flexible Structure for Curved Installation

One of the main advantages of a flexible LED display is that it can create shapes that conventional flat LED cabinets cannot easily achieve.

Instead of forcing a flat cabinet onto a curved wall, flexible LED modules can follow a customized metal structure.

Depending on the project design, flexible LED displays can be used for:

• Concave LED walls

• Convex LED screens

• Column LED displays

• Wave-shaped displays

• Circular structures

• Arc-shaped walls

• Irregular creative LED installations

For this project, the structure was designed according to the required indoor shape so that the LED surface remained smooth and visually continuous.

Factory Testing Before Shipment

Before shipment to Singapore, the LED display was assembled and tested in the factory.

The testing process included checking:

• Module alignment

• Dead pixels

• Brightness consistency

• Color consistency

• Signal transmission

• Power connections

• Receiving card configuration

• Video playback

• Low-gray performance

• Long-duration operation

The screen was also tested with different types of content, including solid colors, text, images, gradients, and moving video.

This helps identify problems that may not be visible when only one test image is displayed.

Because the screen uses a refresh rate of ≥7680Hz, engineers also checked its performance under camera recording conditions.

Installation in Singapore

After factory inspection, the flexible LED display was packed and shipped to the project location in Singapore.

During installation, the supporting structure was checked first to make sure the actual dimensions matched the approved drawing.

The flexible modules were then installed section by section.

Special attention was given to the transition between curved areas because even a small difference in frame position can create visible lines on a fine-pitch LED screen.

After installation, engineers completed signal mapping, brightness adjustment, color calibration, and content testing.

The final screen provided a smooth curved appearance and clear visual performance for the indoor environment.

Application Value

A flexible LED display is not only used to play advertising content.

Its biggest advantage is the ability to become part of the interior architecture.

Instead of installing a rectangular screen after the space has already been designed, architects and designers can integrate the LED display into walls, columns, curved structures, and other creative surfaces.

For commercial spaces in Singapore, this type of solution can be used for:

• Brand advertising

• Digital art

• Product promotion

• Corporate information

• Exhibition content

• Interactive visual installations

• Interior decoration

The combination of P1.8 resolution and flexible structure allows the display to provide both visual quality and creative freedom.

Conclusion

This Singapore indoor P1.8 flexible LED display project shows how design drawings, structural accuracy, flexible LED modules, and factory testing work together in a customized LED installation.

With a refresh rate of ≥7680Hz, Input 90–264V, and Output DC 5V, the display is designed for stable indoor operation and high-quality visual presentation.

For flexible LED projects, confirming the design drawing before production is particularly important. A well-prepared drawing helps ensure that the screen dimensions, curvature, module arrangement, frame structure, wiring, and installation conditions are all coordinated before manufacturing begins.

For customized indoor flexible LED display projects, our team can provide support from drawing review and structural design to production, testing, packaging, and installation guidance.

Contact TOOSEN

TOOSEN can provide customized sphere diameter, pixel pitch, installation structure and control solutions according to your indoor space and viewing distance.

TOOSEN LED Official Website：https://www.toosenled.com/