LED holographic transparent screens, as a new type of display product, have been widely used in multiple fields in recent years. The following is a detailed summary of its advantages and disadvantages:

Advantage
High transparency: LED holographic transparent screens have high transparency, usually with a transparency rate of over 80%, and some even up to 90%. This allows the screen to seamlessly blend into the surrounding environment while preserving the transparency of the background line of sight, providing users with a more natural visual experience.
High definition and high brightness: Using high-performance driver ICs and advanced production processes, LED holographic transparent screens can present high-definition and high brightness image effects. Whether it's text, images, or videos, they can all be presented to users with extremely high clarity, bringing a delicate visual experience.
3D stereoscopic effect: LED holographic transparent screen can present a three-dimensional and realistic image effect, especially when playing 3D videos or holographic videos, it can form a strong three-dimensional effect, making the displayed content more vivid and impactful.
Ultra light and ultra-thin: The LED holographic transparent screen adopts a lightweight design, which is like a thin film attached to a flat surface such as glass, without the need for additional keel structure or adhesive fixation. This not only reduces installation difficulty and cost, but also improves the flexibility and applicability of the screen.
Energy saving and environmentally friendly: The LED holographic transparent screen adopts a low-power design and does not require auxiliary heat dissipation equipment, with good natural heat dissipation effect. Compared to traditional LED displays, its energy-saving effect can reach over 30%, which is in line with the modern concept of green environmental protection.
Easy maintenance: The LED holographic transparent screen can achieve single point single control, which means that when any light bead is damaged, only a single light bead needs to be replaced, without the need to replace the entire module. This greatly reduces maintenance costs and time, and improves the reliability and lifespan of the screen.

Shortcoming
Limited viewing angle: Although LED holographic transparent screens can present the best viewing effect at specific angles, color distortion or reduced brightness may occur when viewed from other angles. This limits its application in certain situations that require a wide viewing angle.
Vulnerable to damage: Due to the thin and soft nature of LED holographic transparent screens, they are easily damaged by external physical factors such as scratches, impacts, etc. This reduces its service life and stability, and requires strengthened protection during use.
The display effect is affected by ambient light: Under strong light irradiation, the display effect of LED holographic transparent screens may be affected, resulting in unclear display content or reflection. This requires considering the influence of surrounding ambient light when selecting the installation location.
In summary, LED holographic transparent screens have shown wide application prospects in multiple fields due to their high transparency, high-definition and high brightness, 3D stereoscopic effect, ultra light and ultra-thin, energy-saving and environmentally friendly, and simple maintenance advantages. However, its drawbacks such as limited viewing angle, susceptibility to damage, and display effects affected by ambient light also need to be noted and addressed in practical applications.