With the development of the Internet of Things, 5G communication has become one of the most popular markets, and all major communication companies around the world are vigorously developing their own 5G technology. Today's Qualcomm 5g economic report was published. The report pointed out that 5G will generate 12 trillion US dollars of products and services, equivalent to one Indian GDP. Recently, Qualcomm Technologies, a subsidiary of Qualcomm, and a number of industry research experts jointly published a report called "5G Economy", which is very optimistic about the GDP forecast of the 5G industry. The study found that the overall economic benefits of 5G will be realized globally by 2035. It will support a wide range of industries, including retail, education, transportation or entertainment, and will generate $12.3 trillion worth of goods and services due to 5G technology. The study also shows that by 2035, only the 5G value chain (OEMs, operators, content creators, application developers and consumers) can generate up to $3.5 trillion in total revenue while creating 22 million jobs. post. Over time, global GDP growth is comparable to GDP across India. India is currently the seventh largest economy in the world. Business decision makers and opinion leaders around the world expect 5G to bring broad benefits to the overall society and economy, to achieve new products and services, increase productivity, and allow new industries to emerge. According to statistics, more than 90% of respondents agree that 5G will bring new products, new services and new use cases that have never been seen before. The study conducted a 5G Expectation Survey for business and technology industry leaders. According to the results, 5G will have a profound impact on the global economy. Most technology and other industry decision makers also strongly believe that 5G has the qualities that can drive the overall transformation of the economy. The research results of "5G Economy" are based on surveys of more than 3,500 corporate decision makers, technology innovators, opinion leaders and technology enthusiasts around the world, highlighting the global economic and social impact that 5G will have in the coming decades. 5G commercial time is in sight. Qualcomm, which has always been charged with corporate patent fees, what is the charging standard for 5G? Qualcomm 5G patent fee standard Qualcomm recently announced the 5G patent license fee, because currently on the 5G, Qualcomm's patents can be compared to Huawei, no one can match him. Once he uses his chip to use his technology, he has to pay for it. . His 5G patent license fee is as follows: The patent fee for 5G mobile phones that fully use Qualcomm mobile network core patents is: - Single mode 5G mobile phone: 2.275% - Multimode 5G mobile phone (3G/4G/5G): 3.25% is not fully using Qualcomm mobile network standard core patent, The patent fee for non-core patented 5G mobile phones is: - Single mode 5G mobile phone: 4% - Multimode 5G mobile phone (3G/4G/5G): 5% It is clear that in the future, 5G mobile phones will basically be multi-mode mobile phones, so the patent fee from Qualcomm to mobile phone manufacturers is 3.25% or 5%. At present, most of the domestic mobile phone manufacturers should pay 5%, and also use his chip to collect additional money. It can be said that even if Qualcomm does not sell chips, Chinese mobile phone manufacturers have to contribute more than 3 billion US dollars per year (refer to this year's data). After all, Qualcomm currently has more than 130,000 mobile communication patents worldwide. A large number of patent applications under review. This standard seems to be consistent with 4G mobile phones. You can count how much royalties you pay for Qualcomm when you buy your mobile phone. No wonder Apple, Samsung, Huawei rebel, it’s better than stealing money, it’s not blame, but except for them. No one else dares to resist.
Differential pressure sensor (DPS) is a sensor used to measure the difference between two pressures. It is usually used to measure the pressure difference between the front and rear ends of a certain equipment or component.
Looseness often occurs during installation. The transmitter is connected with the three valve manifold. The bolts should be tightened diagonally. Generally, they cannot be locked at one time. The sealing ring should be densified during the installation of the three valve manifold.
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