1. High refresh rate: 3840Hz to ensure smooth and seamless motion graphics.
2. High brightness: The screen is bright enough to be clearly visible even in bright lighting conditions.
3. High contrast ratio: The contrast ratio is optimized to ensure that colors are vivid and detailed with optimal visibility.
4. Wide viewing angle: The screen is designed to be visible from a wide range of viewing angles.
5. Consistency: The screen provides consistent image quality and uniformity across the entire display.
6. High color accuracy: The screen accurately reproduces colors to ensure that images are displayed with exceptional color fidelity.
Overall, a high-quality LED display screen delivers exceptional picture quality, with sharp, vivid images and seamless motion graphics delivered with consistent color and brightness across the entire display area combined with stable and secure installation.
The curved screen can be divided into two types, inner curved screen and outer curved screen, both of which are assembled by the smallest unit module. A specific radius value must be specified for the curved screen, which affects the smoothness of the transition on the screen. The smaller the radius, the narrower the width (or height, depending on the direction of the curve) of the module needed to achieve the same smooth transition. The larger the radius, the lower the manufacturing difficulty, the lower the relative cost, and the lower the installation difficulty.
1. The screen body must have good drainage measures.
2. The connections between the screen body and the building as well as between different components of the screen should be waterproof and leak-proof.
3. The LED display screen body and the shell must be correctly grounded, with a ground resistance of less than 3 ohms, to enable the timely release of large currents and protect against strong electric and magnetic attacks.
4. Careful consideration of the environment to ensure the screen is properly protected from the elements, dust, and mechanical damage.
5. Proper installation of supporting structures, including the power supply and control system.
6. Appropriate location placement and positioning to ensure a clear and unobstructed view of the screen.
7. Ensure the safety of the installation personnel and passersby.