Can 5G drive the speed of chip development?

No problem, and it's still growing very fast.

Huawei has been investing in the development of 5G technology since 2009, whether it is the release of the Kirin 990, or the recent announcement that they have successfully overcome the difficulties of PA chips, and will be handed over to domestic companies for OEM, mass production in the second quarter of next year.

Yes, every technological revolution can effectively promote technological progress.

Absolutely, society will only progress if it progresses, and it will never progress if it rests on its laurels.

5G and chip manufacturing are two fields, and it is demand that drives the development of chips, and chips have been developing.

Although the localization of the chip industry is accelerating and has achieved remarkable results, the current output still cannot effectively meet the demand for chips in various industries, and at the same time, the import dependence of some industries on high-end chips has made China's chip imports rank among the top in the world in recent years.

According to statistics from the General Administration of Customs, the import value of chips in China in 2019 was 304 billion US dollars, far exceeding the second-ranked ** import value. However, compared with 2018, the import value decreased by 8 billion US dollars, a year-on-year decline. Industry insiders believe that the development of domestic chips is accelerating.

<> industry insiders expect that the implementation of the "Several Policies for Further Encouraging the Development of the Software Industry and the Integrated Circuit Industry" issued by the industry will undoubtedly accelerate the development of industrial agglomeration and promote the industry to benchmark against international leading technologies.

Semiconductor chips may usher in new opportunities for the "Internet of Everything".

The acceleration of domestic substitution has forced some imported chips to either decline sharply or be replaced. At the same time, with the construction of China's 5G network and smart city, semiconductor chips have become an indispensable underlying support for "new infrastructure", and local power semiconductor chips are expected to usher in new opportunities for development.

Industry insiders said that under the vigorous promotion of policies, the chip industry has a lot of room for domestic substitution, and there is also a lot of room for improvement in the market-oriented development of the entire domestic chip industry.

According to the relevant data released by ***, China's chip self-sufficiency rate will reach 70% in the next five years, while China's chip self-sufficiency rate in 2019 is only about 30%.

In addition, the rapid development of new infrastructure major areas such as 5G, artificial intelligence, industrial Internet, and big data centers has generated a huge demand for chips, and high-quality companies with technology accumulation in the industry will have more opportunities for domestic substitution.

3 allChina's 5G network construction is progressing steadily, and commercial use is off to a good start

At present, in addition to baseband chips for China's 5G mobile phones, domestic enterprises are involved in intermediate frequency chips, radio frequency chips, processor chips, power management chips, wireless chips, touch fingerprint chips, audio chips, CIS chips, etc., and they have their own representative state-owned enterprises in these fields.

With the country's emphasis on chip manufacturing, policy support is expected to increase, and the promotion of 5G applications will also bring technological breakthroughs, and these enterprises with first-mover advantages will likely grow into representatives of domestic chips in the future.

At present, the 5G era is accelerating, and the world's major economies are accelerating the commercial implementation of 5G. Driven by policy support, technological progress and market demand, China's 5G industry has developed rapidly and has achieved good results in various fields.

As we all know, RF front-end chips are the core components of mobile intelligent terminal products, and the pursuit of low power consumption, high performance, and low cost is the main driving force for its technological upgrading, and it is also the main direction of chip design and development.

The existing mobile communication and Internet of Things communication standards under the 5G standard will be unified, so the application field of RF front-end chip products under the unified standard will be further amplified in the future. At the same time, the value of RF front-end chips for a single smartphone under 5G will continue to rise.

Now there is a very good phenomenon in the domestic chip market, that is, many mobile phone manufacturers have begun to develop their own chips, such as Xiaomi and OPPO. However, the chip industry is a high-tech industry, and it must still take time and money to see results. Now domestic 5G chips must still look at Qualcomm, MediaTek, and Zhanrui.

In September, Zhanrui released a 6nm 5G chip with a running of more than 400,000, which seems to be only Tanggula 7 series, which is already comparable to the strength of the industry's mainstream mid-to-high-end 5G chips, and the performance and technology of Tanggula 8 series and 9 series have not yet been released, which is quite exciting.

China's 5G network construction is in full swing and has begun to have the right to speak in the industry. As of July 22, 2019, Huawei has signed 50 commercial 5G contracts with global telecom operators. In terms of smartphones, in 2018, Huawei, Xiaomi, and OPPO all ranked among the top five in the world in terms of smartphone shipments.

At present, domestic chips are in an accelerated stage of development, and the acceleration of domestic substitution chips has forced some imported chips to be greatly reduced.

The development of 5G in China is very good, with Huawei as the main pioneer, leading relevant institutions to carry out research and development work, and recently the country has also launched some policies related to the development of 5G, so the development of 5G still has a good prospect in China.

In 2018, 5G began to be commercialized in some countries, kicking off the prelude to global 5G development, and the global 5G development will show the following trends in the future.

International 5G chips, uh, in the telecom listed development better uh, adopted by many people around the world, for the development of 5G, but for the future or for 100 years later, there is a better development.

The domestic 5G chips are blocked, the United States is too bad, and the current domestic 5G chips are the strongest in Huawei's Kirin 9000 chips.

First of all, I am very optimistic about the development of domestic 5G, because this is the first thing we created originally, so it is higher and faster and stronger in line with the development law of our China, so I hope he can develop better.

The change of heart has greatly affected the combat effectiveness of informationized equipment, which has become a bottleneck in the development of informationized combat capability, and will be given priority and rapid development.

Personally, I feel that the development of 5G is not good, and there are many mobile phone companies that are assembly companies and have no technical content. They may be cheating the state of subsidies

The development of domestic 5G chips is very good, and foreign countries that are ahead of the world average will suppress the development of domestic 5G chips, but they still can't stop his sustainable development.

I'm only at the fifth level, and if you develop, the situation is still very good, and I have also opened inorganic salts. The form of domestic 5G is still very good.

The optimism about the prospects of the 5G chip market has made foreign chip giants such as Qualcomm, Intel, Samsung, etc. are actively researching and developing, and strive to realize the commercial use of 5G chips as soon as possible. Chinese companies do not want to miss this huge opportunity, and companies such as HiSilicon, MediaTek, UNISOC and Datang Lianxin have joined the battle for 5G chips. For a time, a market pattern of Chinese and foreign countries going hand in hand has been formed, and a number of 5G chips have been launched!

In the next three years, China is still in the introduction period of 5G development, and 5G construction is gradually penetrating into county seats, and the coverage density is gradually deepening.

Now is the best time for the development of 5G chips. The "core" breakthrough of domestic 5G is aimed at mobile communication terminal products, baseband processors and RF front-end chips.

5G development of domestic chips to welcome new opportunities -- the domestic chip industry has two major development opportunities: one is 5G, artificial intelligence and other new applications. The domestic chip industry has two major development opportunities: first, 5G, artificial intelligence, etc.

This is still okay, in recent years, companies have paid more and more attention to chips, and many companies have invested a lot of money to research chips.

5G application innovation will become a mainstream trend in China and the world. Up to now, China has built more than 1.15 million 5G base stations, accounting for more than 70% of the world's largest and most advanced 5G standalone network, with 5G network coverage in all prefecture-level cities, more than 97% of counties and 40% of towns and towns in the country; The number of 5G end users has reached 100 million, accounting for more than 80% of the world's total. 5G intelligent connection is inseparable from the development and breakthrough of chips, which shows that now is the best time for the development of 5G chips.

5G commercialization, the United States has become one of the first countries in the world to launch 5G commercialization. Nominally, its commercial speed is second only to South Korea. The current situation is not optimistic.

Summary. 5G was first developed by South Korea's Samsung. 5G data transmission technology is the fifth generation of mobile communication technology, which was first developed by South Korea's Samsung Company.

As we all know, the speed of 4G is about ten times higher than that of 3G, and the speed of 5G is much higher than that of 4G, and the data transmission speed can be increased by 100 times.

5G was first developed by Hanma Huiguo Samsung. 5G data transmission technology, the fifth-generation mobile communication technology, was successfully developed by South Korea's Samsung Company. As we all know, the 4G network speed is about ten times higher than that of 3G high-altitude eggplant, and the 5G network speed is much higher than 4G, and the data transmission speed can be increased by 100 times.

The 5G network is a fifth-generation mobile communication network, and its peak theoretical transmission speed can reach 20Gbps, which is more than 10 times faster than the transmission speed of the 4G network. For example, a 1G movie can be completed in less than 4 seconds**. With the birth of 5G technology, the era of using intelligent terminal codes to share 3D movies, games, and ultra-high UHD programs is coming to us.

Summary. 1. The chip spectrum of mobile phones is different. The biggest difference between 5G mobile phones and 4G mobile phones is that the baseband chip needs to support 5G networks.

2. The function of the baseband chip determines our communication mode, whether we use 2G, 3G, 4G or 5G networks;

3. The quality of the baseband chip algorithm directly plays a decisive role in our network signal;

4. The baseband chip is mainly responsible for the modulation and demodulation of wireless signals, similar to the optical modem in the home broadband network.

The difference between 5G chips and 5G mobile phones.

1. The chip spectrum of mobile phones is different. The biggest difference between 5G mobile phones and 4G hand-to-hand manuscript machines is that the baseband chip is leaky and needs to support 5G networks. 2. The function of the baseband chip determines our communication mode, whether we use 2G, 3G, 4G or 5G networks; 3. The quality of the baseband chip algorithm directly plays a decisive role in our network signal; 4. The baseband chip is mainly responsible for the modulation and demodulation of wireless signals, and is similar to the optical modem in the home broadband network.

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