Professional Indoor LED Screen Solutions in Malaysia

Indoor LED displays are generally selected for controlled indoor environments where close viewing distance, visual comfort, and front maintenance access may be important. They are designed for enclosed spaces with controlled lighting and typically use finer pixel pitches suited to closer viewing.

Outdoor LED systems have different environmental, weather-protection, and brightness requirements — they must remain visible in direct sunlight and withstand rain, dust, humidity, and temperature variation. Explore our Outdoor LED Display solutions for weatherproof high-brightness outdoor applications.

Pixel pitch is the distance between the centres of two adjacent LEDs, measured in millimetres. It is the single most important factor in determining image resolution, viewing distance, and price. A smaller pixel pitch delivers higher resolution but costs more per square metre.

The industry guideline for minimum comfortable viewing distance is approximately one metre per millimetre of pixel pitch. For a detailed guide covering pixel pitch from P1.25 to P10, see our LED screen pixel pitch guide. The following reference helps you select the appropriate pitch for your application:

Refresh rate refers to how many times per second the display updates its image, measured in Hertz (Hz). For indoor LED displays, a high refresh rate is recommended for professional installations — particularly those that will be photographed or recorded on camera. High refresh rate options are available depending on the selected LED configuration.

A higher refresh rate eliminates scan lines and flicker that appear when cameras capture the screen. This is essential for broadcast studios, auditoriums with camera recording, and corporate events where screens appear in video content.

The scan rate (1/16, 1/32, etc.) describes how many LED rows are driven simultaneously. A lower scan ratio (1/16) provides higher brightness and better colour uniformity, while a higher scan ratio (1/32) reduces power consumption. Our engineers select the optimal scan rate based on your brightness and efficiency requirements.

Choosing the correct pixel pitch based on viewing distance ensures viewers see a sharp, seamless image without noticing individual LEDs. The minimum viewing distance is the closest point at which the image appears smooth; the optimal viewing distance is where the full resolution is perceived comfortably.

Minimum viewing distance is approximately equal to the pixel pitch in millimetres, expressed in metres. Optimal viewing distance is approximately 2 to 3 times the pixel pitch in metres.

LEDSCREEN.ASIA provides complete turnkey installation services. Our process includes site assessment, structural design, electrical planning, screen calibration, and system integration with your existing AV infrastructure.

System configuration includes video processor setup, input source mapping, colour calibration, brightness and uniformity adjustment, and content management system deployment. We ensure your LED display is fully operational and integrated with your workflow before project handover.