Our display screen utilizes COB flip-chip technology, which is different from the traditional SMD surface-mount program. It makes the LED display screen’s image quality clearer and more delicate, your perfect choice for indoor display screens.
COB flip-chip encapsulation
Using the latest COB packaging technology, the LED and chip are encapsulated together on the PCB board. The LED is smaller with a finer pitch, allowing the display resolution to reach 8K. It is very practical for indoor conference and exhibitions.meanwhile, flip-chip LED on PCB to reduce the risk of scratching and collisions, extending the lifespan of our display screen.
Constant current driving
We take the constant current method to drive LED chips not only reduces energy consumption but also provides more uniform illumination. The LED display screen shows stable images without flickering.
Front maintenance
The LED display modules are installed on the cabinet using magnets, eliminating the need for screws and wires. It’s a plug-and-play setup, saving installation space and providing easy access for maintenance.
16:9 golden ratio for HD display. The cabinet size is 600×337.5mm, designed with a 16:9 golden HD display ratio. Its thickness is only 30mm, making it easy to transport and install.
P0.78125 P0.9375 P1.25 COB LED display screen specifications
Model | P0.78125 | P0.9375 | P1.25 |
Pixel Pitch | 0.78125mm | 0.9375mm | 1.25mm |
LED Type | COB Flip | ||
Pixel Composition | 1R1G1B | ||
Pixel Density | 768×432 | 640×360 | 480×270 |
Module Size (mm) | 300×168.5 | ||
Cabinet Size (mm) | 600×337.5 | ||
Cabinet Material | Aluminum | Aluminum | Aluminum |
Cabinet Weigh | 5kg/sqm | 30kg/sqm | 30kg/sqm |
Brightness (nits) | 300-1000 | ||
Refresh Rate (Hz) | 3840 | ||
Viewing Angle | 160/160° (H/V) | ||
Max. Power Consumption | 350w/sqm | ||
Ave. Power Consumption | 120w/sqm | 130w/sqm | 120w/sqm |
Operating Temperature | -20℃ – 60℃ | ||
Operating Humidity | 10% – 90% | ||
Input Voltage | 100 – 240V | ||
Frame Frequency | 50-60HZ | ||
Life Span | 100,000 hours | ||
Waterproof | IP54 | ||
Service | Front Maintenance |
P0.78125 P0.9375 P1.25 COB LED display screen application
P0.78125, P0.9375 and P1.25 COB LED display screens are three COB package LED display products with different point spacing. Their point spacing respectively represents the distance between two adjacent LED pixel points, and the smaller the value, the higher the pixel density and the finer the picture display effect.
The P0.78125 COB LED display screen achieves extremely high pixel density and exquisite image quality with its ultra-small pixel pitch. It is suitable for applications that pursue high definition and high precision, such as high-end commercial displays, command centers, etc.
The dot pitch of the P0.9375 COB LED display screen is slightly larger than that of the P0.78125, but it also has high-density display characteristics and is suitable for close viewing. Its seamless splicing design effectively reduces the interference of visual gaps, and the picture display is complete and coherent.
It is widely used in indoor high-end large-screen display fields such as corporate exhibition halls, big data displays, and conference rooms.
The P1.25 COB LED display screen has a moderate point spacing, and its box-type design is convenient for installation and maintenance. The die-cast aluminum box design not only ensures the stability and flatness of the structure, but also makes the entire screen display smoother.
This product is mostly used in indoor large-screen areas that pursue high-definition displays, such as exhibition halls, big data display platforms, and video conference rooms.
In general, these three COB LED display screens have the advantages of high definition, high contrast and high refresh rate, and can meet the needs for high-quality display in different occasions.
At the same time, the application of COB packaging technology enables these displays to perform well in terms of stability and dead light rate. In specific applications, users can choose appropriate dot spacing products according to actual needs to achieve the best visual effects and user experience.