To better understand the IC market, applications for IC end-use applications should not be overlooked because they complement each other. Whether in mature or developing economies, the growth of demand for electronic systems and the increase in the number of terminal applications have contributed to the development of the IC market to varying degrees. Driven by the integrated circuit market, it has a strong impetus to the research on key system applications of integrated circuit requirements. It is expected that there will be a greater breakthrough in 2021.
The Internet of Things - is a virtual representation of a uniquely identifiable object with an Internet structure (IP address) that has been in development for nearly 10 years and continues to grow strongly.
Virtual and augmented reality - Next-generation ICs: Virtual and augmented reality in headsets, next-generation home factory robots, drones and smartphones will grow.
Automotive Electronics - In-vehicle infotainment, connectivity, assistive and autonomous driving functions as well as safety and environmental requirements are expected to drive new sales of automotive ICs. MCUs, analog and mixed-signal devices will continue to account for the largest share of automotive IC sales.
Smartphones - Smartphones are the fastest growing mobile phone market. IC content accounts for about 30% of the average selling price of smartphones. The successful adoption of 4G and new 5G smartphones with virtual reality capabilities will have a major impact on the sales of NAND flash, analog, DSP and logic IC devices.
Personal PC - Tablet demand is weak. What is the future market direction of these systems? How will their growth affect traditional PC sales? What IC content do these computing systems require? It will be the topic that we will focus on in the next period of time.
Wearable Electronics - Sales of semiconductor products for wearable electronics, such as personal medical monitoring devices and fitness/activity trackers for health applications, are growing. The largest market for medical systems used in the United States is in the United States, accounting for approximately 30% of global sales in 2017, followed by Europe, Asia Pacific and Japan.
N-BK7 Precision Windows are ideally suited for industrial and low power laser applications. The high tolerance design yields minimal beam distortion and scatter. Broadband coating options extend the range of these precision windows through the visible and near-infrared spectra.
Our plane plates are also available with the following coatings:
VIS range (ARB2: R < 0.5 % per surface, AOI = 0°, λ = 450 - 700 nm).
NIR range (ARB2: R < 0.5 % per surface, AOI = 0°, λ = 725 - 1050 nm).
Nd:YAG fundamental (ARHS: R < 0.2 % per surface, AOI = 0°, center wavelength 1064 nm)
Reflective aluminum coating (RAL: for λ = 400 nm - 12 μm, damage threshold > 200 mJ / cm2)
Front surface mirror silver coating (RAGV: for λ = 500 nm - 12 μm, damage threshold > 200 mJ / cm2)
For customized optics please contact our sales team for your individual quotation.
Bk7 Wafers,K9 Wafers,Thin Transparent Glass,4 Inch Bk7 Wafers
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