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COB LED module displays are compact and efficient lighting solutions that consist of multiple LED chips placed directly on a circuit board, without the use of individual LED packages. Wire bonding is used to establish electrical connections between the LED chips and the module substrate. Some advantages of wire bonding in COB LED module displays include enhanced thermal management, improved electrical conductivity, and a compact design. Wire bonding enables the creation of high-resolution displays with excellent color consistency and brightness.
COB (Chip-on-Board) LED display is an innovative and advanced technology in the field of LED display solutions. Unlike traditional LED displays that use individual LED chips mounted on a circuit board, COB LED displays feature multiple LED chips directly integrated onto a single substrate. This integration technique offers several advantages, making COB LED displays increasingly popular in various applications. One of the key benefits of COB LED displays is their high pixel density. With multiple LED chips packed closely together, COB displays can achieve a higher level of pixel density compared to traditional displays. This results in sharper and more detailed images, enabling greater visual impact and enhancingthe overall viewing experience for the audience.
COB LED large displays also offer improved color uniformity. By utilizing multiple LED chips on a single substrate, the distribution of colors across the display is more even and consistent. This eliminates issues such as color discrepancies or blotchiness, ensuring that the displayed content appears more vibrant and true to life. Another advantage of COB LED displays is their enhanced thermal management. With the LED chips directly mounted on the substrate, heat dissipation is more efficient and effective. This not only prolongs the lifespan of the display but also minimizes the risk of overheating, which can negatively impact performance and reliability. COB LED displays are also known for their wide viewing angles. Thanks to the compact arrangement of LED chips, the viewing angles are increased significantly, allowing for a clear and unobstructed view from various perspectives. This makes COB LED displays an ideal choice for applications where a large number of viewers are present, such as in stadiums, conference halls, medium and large conference rooms.
Model |
TC-ZM1.2 |
TC-ZM1.5 |
TC-ZM1.8 |
Pixel Pitch |
P1.25 |
P1.538 |
P1.875 |
Pixel Density (pixel/m2) |
640000 |
422500 |
284444 |
Packaging Method |
Wire bonding COB |
||
COB Module Size |
320*160mm |
300*168.75mm |
|
Module Resolution (pixel) |
256*128 |
208*104 |
160*90 |
Bottom Case Material |
Aluminum |
||
Module Weight (kg/pcs) |
0.5 |
||
Flash Correction Storage |
Support |
||
White Balance Brightness |
600nits |
||
Viewing Angle |
Horizontal 170°, Vertical 170° |
||
Refresh Rate (Hz) |
3840 |
||
Contrast Ratio |
20000:1 |
||
Color Temperature (K) |
2000K+10000K Adjustable |
||
Luminance Uniformity |
97% |
||
Chromaticity Uniformity |
±0.003Cx,Cy |
||
Luminance/Chromaticity Correction |
Support |
||
Display Unit Input Voltage |
AC 100-240V 50/60Hz |
||
Working Voltage (V) |
DC 3.8 |
||
Max Power (w/pcs) |
≤18 |
||
Signal Interface |
HUB320 |
||
IP Grade |
IP54 |
||
Working Temperature and Humidity Range |
-10℃-+40℃/10%RH-90%RH |
||
Storage Temperature and Humidity Range |
- 40℃-+60℃/10%RH-90%RH |
||
Service Life (hours) |
100000 |
||
Certification |
CCC |