The development of the TV industry is changing with each passing day. 2014 has so far been the stage where the industry's pattern has changed the most. Not only has the development speed of new display technologies such as OLED and QLED advanced, but also smart systems and Internet sources have slowly been stationed in our living rooms. TV is emerging from the boring old image and gradually emerged into a new kind of multimedia center with more intelligent freedom. Is it faster than imagined that MicroLED can overturn the eye?
Video technology contends that Micro LED comes faster than expected
From the beginning of 2014 to now, the display technology market has undergone tremendous changes in more than three years. Manufacturers belong to two different camps: OLED and QLED. They have vigorously promoted their technology and gradually emerged a large number of outstanding products. The ultimate goal is to replace LCDs and become the new leader in OLEDs, which are called "next-generation display technologies," or indeed QLEDs that will soon be self-illuminating. In fact, these two display technologies are already standing in high-end products. Firmly, of course, they also face the threat of new challenger Micro LED.
Self-luminous is one of the advantages of MicroLED
Micro LED was first known in the world. In 2016, Apple announced that its follow-up product might adopt Micro LED technology. This technology, which uses a tiny LED light source to form a display screen, has been favored by many people in the industry since its appearance, and its technology is much easier. Tune to the color and better life expectancy.
Samsung's previously exhibited 146-inch Micro LED display device
Micro LED really has a very good advantage, is a natural display technology panel material, but it still has the yield rate, LED density is too large and complex components and other issues, currently used in smart watch products, and more According to Samsung’s 146-inch Micro LED display device exhibited at CES this year, the Micro LED seems to be earlier than we expected.
Perhaps in the near future, the Micro LED TV will soon meet with us. I will also look forward to this kind of technology for civilian use. After all, this era of advocating for visual entertainment and affordable food can meet the needs of the eyes, from certain On the other hand, it is more important than satisfying the appetite of the appetite. I wonder if the netizens present here have similar views with me.
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Camera Module
Sensor structure:
A lens collects light of a particular color, and a color filter filters light of other colors, projecting one color onto the area
Connection mode of Sensor and substrate:
COB: Module takes the sensor die and connects the sensor to the substrate through the gold wire.
CSP/TSF: Sensor is connected to the substrate and packaged when shipped.
IR Cut and Blue Galss:
The function of IR Cut is to filter out the light frequency invisible to human eyes (reflected back). What human eyes can see is 400~700nm.
Blue Glass absorbs infrared rays, which are not easy to be reflected internally
The Image circle of the Lens needs to cover the sensor's sensitive area
Lens shading:
A condition in which light is unevenly distributed, such as when the center is lit and the outside is dimmed. This is mainly because most of the light is concentrated in the middle, and because different wavelengths of light are imprinted in different places
FOV:
The lens Angle of the module must be the same as that of the lens; otherwise, when the lens Angle is too large, dark Angle may appear.
Blink Sync Module,Thermal Camera Module,Raspberry Pi Noir Camera,Thermal Imaging Module
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