Three Key Factors in Adhesive Transparent Led Film Size Design
1.Three Critical Factors in Size Design
(1) Content Display Requirements
Must match content type (e.g., videos require higher resolution) and minimum viewing distance.
(2) Venue Spatial Conditions
Includes physical dimensions of the installation area, load-bearing limits, and audience viewing angles.
(3) Pixel Pitch
Selected based on viewing distance (e.g., P5 is suitable for indoor viewing at 3-5 meters, P10 for outdoor viewing at 10+ meters).
2.Power Consumption and Power Supply Requirements
Adhesive transparent led film power consumption is divided into average power consumption and maximum power consumption. Average power consumption, also called operational power consumption, refers to the actual power usage during normal operation. Maximum power consumption occurs during startup or extreme conditions (e.g., full brightness), with average power consumption typically being 1/3 of the maximum.
3.Key Considerations for Adhesive Transparent Led Film
The selection of Pixel Pitch should comprehensively consider content display requirements, site conditions, installation location, and effective viewing distance. When the installation position is farther from the viewing distance, a larger Pixel Pitch should be chosen. This is because, in long-distance viewing scenarios, a larger Pixel Pitch ensures brightness effectiveness by increasing the power of individual light-emitting points (rather than simply adding more LEDs). However, note that a larger Pixel Pitch reduces resolution per unit area, affecting content detail.
Kensence Product Selection Recommendations:
Indoor applications (e.g., sightseeing elevators, commercial display windows, viewing distance 3-10m): P5 or P6.25 specifications are recommended to balance clarity and viewing experience.
Outdoor curtain walls (viewing distance ≥10m): P10 or higher models are advised, with high-brightness designs to counteract ambient light interference.
The final solution should be determined through a comprehensive evaluation of the installation environment, viewing distance, and content requirements.