MIP, short for "MicroLED in Package," is an advanced diode packaging technology that combines RGB diodes smaller than 100 microns into a surface mounted diode (SMD).
Key Advantages of MIP LED Displays
1. Excellent Visual Consistency
MIP LED displays deliver outstanding uniformity in color, brightness, and image quality across the entire screen, ensuring a seamless viewing experience without visible color variations or dark spots.
2. High Brightness (≥1000 nits)
With a brightness level of 1,000 nits or higher, MIP LED displays produce vivid and clear images even in brightly lit indoor environments, making content more engaging and easier to see.
3. High Refresh Rate (≥3840Hz)
A refresh rate of 3840Hz or above ensures smooth motion reproduction, reduces screen flickering, and provides superior visual performance for live broadcasts, video playback, and professional filming applications.
4. Superior Heat Dissipation
The advanced packaging structure of MIP technology enables efficient heat management, helping maintain stable performance, extend the display's lifespan, and reduce the risk of overheating during continuous operation.
Parameters of P0.9 MIP LED display
Pixel Pitch | P0.9375 GOB |
|---|---|
LED Panel Size | 300x168.75 mm |
Resolution | 320x180 dots |
Density | 1137778 |
LED Package | Flip Chip / Chip 0606 |
Scan | 45 / 54 |
Refresh Rate | 3840Hz |
Input Voltage | AC 110-240V |
Cabinet Peak Power | 60W |
Brightness Range | 0-1200 |
Target Application Scenarios
Conference & Video Meeting Centers: Ensures that small text, spreadsheet numbers, and high-definition video feeds are crisp and legible for premium corporate boardrooms.
Command & Dispatch Centers: Delivers reliable, non-stop operation and granular map data visualization for military, traffic, and security monitoring centers.
Television Broadcast Studios: High refresh rates provide flicker-free performance under professional studio lighting and camera setups.
Exhibition Halls, Schools, and Hospitals: Serves as a versatile platform for complex public information, diagnostic imaging support, and high-impact digital messaging walls.
