With the continuous development of the display industry, more and more types of display screens are emerging on the market. A difference in technology may bring a new product. This article mainly takes you to understand Dip led screen from several different aspects.Dip is a technology of encapsulation.Encapsulation technology is crucial because only packaged products can become the end product and can be used by users. The good or bad encapsulation technology directly affects the performance of the product itself as well.
What is a dip LED screen?
Dip led screen is a kind of LED dot matrix display technology, which combines the advantages of LED screen and Dip display technology, and combines the two.
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Better display effect
Compared with the traditional LED display, the advantage of the Dip led screen is that it adopts dot matrix display technology, and dot matrix display technology can make the resolution of the display screen higher, so as to bring better visual effects to users.
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Wider range of applications
Dip led screens can also be used in many fields, such as in some relatively high-end office places, government agencies, exhibition centers, stadiums, and so on. Therefore, it can bring users better visual effects and more application range.
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Cheap price
Because Dip led screen adopts dot matrix display technology, its price is much lower than ordinary LED display, and because of its high brightness and long service life, it is very economical to use.
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Easy to install
The installation of the Dip led screen is also very convenient, you only need to fix it on the wall, and you don’t need too much technical support. The traditional LED display requires professionals to install, so it is not very suitable for ordinary home users.
Which is better SMD or DIP?
SMD and DIP are two different processes for different products. For the DIP process, it has many advantages, such as:
Can produce more products in a smaller space;
Reduced rework;
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Increased productivity;
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Improved product quality.
This is why many manufacturers choose to produce DIP products instead of SMD products. However, with the development of manufacturing technology, SMD production has been eliminated.
Most companies are looking for new ways to improve production efficiency to adapt to changing market demands. The DIP process has obvious advantages in this regard because it can produce more products in a smaller space. However, the SMD process can still produce high-quality products very well. Therefore, when a customer asks which of these two processes is better, we should consider the value it provides.
What is the viewing angle of the dip LED?
The luminous angle of the Dip led module can reach 60-80°, so relatively speaking, the viewing angle of the Dip led screen is wider, thus improving the advertising efficiency of the DIP LED screen. It’s worth noting that DIP LED screens are often used for large-scale outdoor displays where people will be viewing the screen from a distance. In this case, the viewing angle may not be as important as the brightness and color saturation of the display.
What is the difference between SMD and COB LED screen?
1. COB is the abbreviation of COB Led, and SMD is the abbreviation of SMD Led, which simply means patch.
2. From the perspective of light emission, the light emission angle of SMD lamp beads is relatively narrow, generally between 25°~35°, while the light emission angle of COB light beads can reach 60°~80°.
3. From the perspective of luminous efficiency, due to the process and packaging method of SMD lamp beads, its luminous efficiency is relatively low.
4. From the appearance point of view, SMD lamp beads are usually flat and long, while COB lamp beads are spherical.
5. From the price point of view, the price of SMD lamp beads is relatively high, while the price of COB lamp beads is relatively low.
COB technology is a new LED packaging technology. Compared with traditional LED packaging technology, COB LED technology has many advantages:
1) Fast heat dissipation, which reduces the heat generated by the chip heating;
2) Strong impact resistance.
3) High reliability.
4) Environmental protection and no pollution.
5) Small size and lightweight;
6) Reduced production costs.
7) More beautiful and more energy-saving advantages.
