Recently, Sharp officially released its second-generation 8K ultra-high-definition TV products in China, and announced the 8K + AIoT ecological integration strategy.
In the display field, Sharp’s innovation and leadership has always been invincible. It invented the world’s first LCD TV. In terms of 8K, it began research and development in 2009. It first released 8K signal switches in 2016 and launched the world’s first in 2017. A consumer-grade 8K TV, the world's first 8K set-top box was launched in 2018, which is called the "father of 8K."
Sharp’s second-generation Megvii series Aquos 8K TV has three different models, namely 60-inch, 70-inch, and 80-inch, with ultra-narrow bezel design, simple two-foot base (60/70 inches) or floor-standing two-foot base (80 inches). Inch), hidden back panel, with lavender luminous sensor lights.
It adopts Japanese original panel, IGZO-TFT, high transmittance UV2A II liquid crystal technology, 1024 backlight partitions, 4000 nits peak brightness, native resolution 7680×4320, and can be intelligently filled with 1080p/4K picture pixels through AI processing engine Achieve 8K resolution level, and also support AI bright color technology, which can intelligently analyze and optimize each frame of the picture, finely divide the backlight, and reconstruct the brightness of the picture.
In terms of color, it supports 125% ultra-wide color gamut, the backlight source and the filter are two-pronged, and it is cadmium-free and environmentally friendly, in line with the European RoSH standard.
On the sound, there are Dolby Atmos, Yamaha Audio Engine, and aptX HD.
The operating system is based on Android 8.0, supports Bluetooth sound transmission, wireless screen transmission, low-latency HDMI output, multiple 8K playback methods, AI smart light control, AI far-field smart voice and other technologies.
The price in China has not yet been announced, starting at 46,000 yuan in Japan, with a top allocation of 124,000 yuan.
Wedge Prism can be used to deflect the laser beam at a certain angle alone, or combine the two together as beam deflection application. A single prism can offset the incident beam by a certain angle. If measured by diopter, it is a diopter, which is equivalent to an offset of 1cm at a distance of 1m
Ø can be used for beam deflection
Ø 0.5 ° - 15 ° beam deflection
Ø products without coating or antireflection coating are available
In addition, irregular prism pairs are also provided
Wedge prism can be used to deflect the laser beam at a certain angle alone, or combine the two together as beam deflection application. A single prism can offset the incident beam by a certain angle. If measured by diopter, it is a diopter, which is equivalent to an offset of 1cm at a distance of 1m
Two can be used as deformable prisms (to correct the elliptical beam output by the laser tube), or to set the beam at 4 θ Deflect at various angles within the range, θ It refers to the light deflected by a single prism. This beam shaping is realized by rotating two beams respectively, which is typically used to scan different positions in imaging.
Wedge Optical Window
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