
Stonbel COG glass-based MLED display products adopt a new process route of LTPS , fully utilizing the unique advantages of high LTPS charge mobility, so as to significantly improve the luminous efficiency and brightness uniformity of display devices. At the same time, the gray scale correction mode is also equipped to realize the uniform and stable transition of the picture, improve the detail expression of the display picture, and still perceive the subtle changes of the detail display brightness under the dark picture. The LTPS pixel driver is also used instead of the original small IC pixel driver, which minimizes the pixel size and effectively saves the physical space of a single pixel. Compared with the IC pixel driver, the resolution is greatly improved, bringing more detailed picture performance, and enabling the product to achieve the visual effect of "zero frame". It is mainly used in command center, dispatching center, urban transportation, data center, large conference room, enterprise exhibition hall, etc.


Superior Protection and High Stability
Adopted exclusive COG packaging and processing technology.
Thanks to secondary encapsulation technology, the product can bear vertical pressure of 100N/cm², delivering stronger compression resistance and a higher protection rating.
Ultra-high Contrast to Restore Authentic Colors
It covers a broadcast-grade color gamut of 125% NTSC and reproduces 281 trillion delicate and abundant colors.
With an ultra-high contrast ratio of 10000:1, the screen restores true-to-life colors.
Images are displayed softly to greatly improve overall visual experience.
Area packaging technology ensures even luminescence of LED modules. It features a full 170° horizontal and vertical viewing angle without color deviation and effectively eliminates moiré patterns.
The matte coating and secondary optical diffusion technology reduce luminous radiation and ease retinal strain for viewers.
Excellent Heat Dissipation and Outstanding Energy Efficiency
Direct circuit connection with the PCB board creates the shortest thermal path and minimal thermal resistance, achieving better heat dissipation performance than discrete SMD components.
The common cathode design cuts heat generation remarkably and improves energy efficiency.
Widely Used in Various Display and Control Scenarios
Smart Security
Command Center
Big Data Monitoring Center
Conference Center
Traffic Dispatching Center

