The LED industry lacks killer applications, not only the Taiwanese factory is miserable, but also the profits of international companies such as Cree Q1. However, the recent emergence of new micro LED technology is seen as beyond the next generation of OLED display. The number of LEDs used in each TV panel jumps from millions, which will be able to smash the global epitaxial machine capacity, which is referred to as the industry "savior." PixeLED is ultra-small in size and can exhibit extremely high resolution, and the large amount is considered to be the savior of the LED industry. The picture shows a red, green and blue PixeLED magnified hundreds of times under the microscope. The global epitaxial machine MOCVD is seriously oversupplied, and the oversupply is over 20%. The old equipment manufacturer Aixtron announced on Monday that it was acquired by FGC, indicating that the German factory is not optimistic about the prospects. But the bottom of the valley has the opportunity to flip at any time, what kind of killer application is enough to replace the huge demand for lighting backlight? The answer is the micro LED that is visible under the microscope. Micro LED has two characteristics: power saving and high resolution. The industry has been able to achieve a size as small as 30 × 30 microns (0.03mm), the volume is 1% of the current mainstream LED, and the width is smaller than one hair. Because of the ultra-small performance, the resolution of the performance is particularly high; the Retina display of the Apple iPhone 6S has a resolution of about 400 ppi, and if the micro LED is used, it can easily reach 1500 ppi or more. Another research institute pointed out that Apple's Taiwan lab is already developing the possibility of micro LEDs. The Institute of Green Energy Institute of Taiwan Institute of Technology said that the micro LED is "super run". "In the backlight technology, if the LED is a national car, the OLED is a banquet, the micro LED is a super run. I am Apple must do micro LED, because Samsung I have already done OLED." At present, the number of LEDs used in 32-inch TVs is about 30~40. If you use micro LEDs, each of them is at least a few million, and the amount is amazing. It is expected to boost the production capacity of the upstream epitaxial plant. Samsung, Japan JDI, Nichia Development has begun. Among the few manufacturers in the world that have the ability to develop, Taiwan is one of them, and has applied for a patent called PixeLED. Li Yunli, CEO of Innolux, said: “The Taiwanese factory is absolutely capable of producing such wafers, but the key to success is two: one is the willingness of the brand factories such as Apple and Samsung; the other is the wafer moving technology, which carries millions of ultra-small ones at a time. LED chips have thresholds to overcome." Oca Glass provides smartphones with a Touch interface that is critical to their functionality.
Oca glasses are the most commonly used displays because they produce excellent image quality while consuming low power consumption. Instead of emitting light directly, they use a backlight or reflector to create the image, which makes them easy to read even in direct sunlight. oca glass is energy efficient and relatively safer to handle than crt. Oca glasses are used more efficiently in battery-operated electronics because they consume minimal power.
There are several advantages of OCA (Optically Clear Adhesive) glass:
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1. Enhanced Optical Clarity: OCA glass provides excellent optical clarity, ensuring that the display quality is not compromised. It allows for accurate color reproduction and sharpness, making it ideal for high-resolution displays.
2. Improved Touch Sensitivity: OCA glass offers better touch sensitivity compared to other adhesive materials. It enables precise and responsive touch inputs, enhancing the overall user experience.
3. Bubble-Free Installation: OCA glass is designed to provide a bubble-free installation process. The adhesive layer is evenly distributed, minimizing the chances of air bubbles forming between the glass and the display.
4. Thin and Lightweight: OCA glass is thin and lightweight, which helps to maintain the sleekness and portability of electronic devices. It allows for thinner and lighter designs without compromising on durability.
5. High Durability: OCA glass provides excellent resistance to scratches, impacts, and other physical damage. It helps protect the underlying display from accidental drops or everyday wear and tear.
6. Easy Repair and Replacement: In case of damage, OCA glass can be easily replaced without affecting the functionality of the display. The adhesive layer can be removed and replaced, making repairs more convenient and cost-effective.
7. Compatibility with Curved Displays: OCA glass is suitable for curved displays, allowing for seamless integration into devices with curved or flexible screens. It maintains the smoothness of the display surface without causing distortion or visual artifacts.
Overall, OCA glass offers superior optical clarity, touch sensitivity, durability, and ease of repair, making it a preferred choice for various electronic devices such as smartphones, tablets, and televisions.