As we all know, 5G has brought about a huge disruptive impact, and almost every industry is considering what it means for them. Qualcomm believes that 5G will promote mobile technology as a universal technology. Like general technologies such as printing presses, telegraphs, steam engines, electricity, and the Internet, the changes brought about by 5G will redefine workflows and reshape competition rules. 5G innovation will also have far-reaching and wide-ranging impacts – from positively affecting the productivity of people and machines to ultimately improving the lives of people around the world.
Qualcomm Executive Vice President Cristiano Amon said in the keynote speech at the summit that the overall economic benefits of 5G will be realized globally by 2035. It will support a wide range of industries and will produce products and services worth up to $12 trillion.
Amon also said that by 2035, only the 5G value chain itself can generate up to 3.5 trillion US dollars of output, of which the output created in China is 984 billion US dollars; in promoting employment, 5G will create 950 in China. Ten thousand jobs. According to the survey, China is eagerly awaiting the arrival of 5G. More than 90% of respondents expressed their expectation that 5G will help companies improve their international competitiveness and productivity, and believe that 5G will drive the growth of small and medium-sized enterprises and create new industries.
Qualcomm Executive Vice President and QCT President Cristiano Amon
Indeed, this is an era of rapid change that humans have never experienced. In the process of the evolution towards 5G, the billions of terminals with extraordinary capabilities are combining with cutting-edge technologies in robotics, artificial intelligence, autonomous vehicles, nanotechnology and more. This combination will bring about tremendous changes - Qualcomm It is called "inventing the revolution"; and such an era is called "the era of big connections" by China Mobile.
In this exciting time, what kind of enterprise can achieve "quick braking" at the 5G "entry"? With strong R&D strength, and deep technical accumulation in the 3G/4G era, and looking to the future, companies that continue to advance the boundaries of wireless communication technology are undoubtedly in a more advantageous position.
As Meng Pu, chairman of Qualcomm China, said: “Qualcomm has been innovating for more than 30 years, constantly promoting the evolution of technology and promoting the communication technology of generations and generations. This is what we call the future. From 3G to 4G to 5G, we are confident to work with our partners to advance mobile technology and change the world together."
Qualcomm began research and development of 5G technology in 2006. Its advanced technologies such as scalable OFDM parameters, multi-user massive MIMO, advanced channel coding, independent TDD subframes, and low-latency slot structure design are also promoting 5G. The new 5G New Radio standard was established.
Dr. Durga Malladi, Senior Vice President, Engineering Technology, Qualcomm
Qualcomm has also launched several 5G new air interface prototype systems covering 6GHz, millimeter wave band and spectrum sharing technology, which will speed up testing, display and verify 5G design, and promote and track 3GPP 5G new air interface standardization process to accelerate 5G new Large-scale trials and commercial deployment of air ports. Dr. Durga Malladi, senior vice president of engineering technology at Qualcomm, said that Qualcomm has successfully completed the first 3G-based 5G new air interface connection, and several of its technologies have been selected for the current 5G new air interface research project. Last year, the Qualcomm 5G prototype system solution was also awarded the “World Internet Leading Scientific and Technological Achievements†by the Third World Internet Conference.
At the summit, Huang Yuhong, vice president of China Mobile Research Institute, announced that China Mobile, Qualcomm and ZTE plan to cooperate in interoperability testing and OTA field test based on 5G new air interface specification. The test will be based on the 3.5GHz frequency band and will promote mobile. The ecosystem enables large-scale rapid verification and commercialization of 5G new air interface technology, enabling the 5G new air interface infrastructure and terminals complying with the 3GPP Rel-15 standard to be ready to support the timely deployment of commercial networks.
Earlier, Qualcomm, Ericsson and AT&T also announced plans to cooperate in interoperability testing and OTA field testing based on the 5G new air interface specification, which will support millimeter-wave spectrum operation, which will accelerate commercial deployment in the 28 GHz and 39 GHz bands.
Gigabit LTE is critical to the next generation communication experienceDuring the summit, Qualcomm also released its seventh-generation LTE multimode modem, the Qualcomm Opteron X20 LTE chipset. Based on the leading 10nm FinFET process technology, this modem has a peak downlink speed of up to 1.2Gbps and is currently sampling. This is also Qualcomm's second modem to support gigabit downlink speed.
Qualcomm released the Opteron X16 modem as early as February 2016, supporting the "fiber-like" 1Gbps network speed, and it has been applied to real network products. Recently, Qualcomm, Telstra, Ericsson and NETGEAR announced the launch of the world's first commercial Gigabit LTE network and terminals. The new Gigabit LTE network can deliver up to 1Gbps downlink speed while providing up to 150Mbps uplink speed.
The high-profile Opteron 835 processor integrates the X16 Gigabit LTE modem and integrates 2x2 802.11ac Wave-2 and 802.11ad supporting multi-gigabit Wi-Fi, making it the first in the home and on the go. A commercial processor that provides gigabit connectivity.
Yan Chenxi, vice president of sales and product marketing at Qualcomm, said that the Gigabit LTE supported by Snapdragon is critical to the next generation experience. He also said that with the release of several leading OEMs and operators worldwide to support Gigabit LTE-enabled terminals and networks, the launch of the Opteron X20 LTE modem will drive the development of a new connectivity experience across the mobile ecosystem. It will also pave the way for 5G development. In addition, in the vertical industry, regardless of the C-V2X technology for the automotive industry, or the UAV communication and smart city, Qualcomm has also launched corresponding solutions and active layout. From this perspective, at the most important entrance to the development of the 5G industry, only those enterprises that have deep accumulation in the field of communication and continue to invest in R&D and innovation can realize the “entry barrierâ€.
In China, “cooperative innovation†is becoming a key word for the development of 5G industry. The Ministry of Industry and Information Technology said that in the 5G R&D process, China will strengthen cooperation with the world and jointly promote the maturity of the 5G industry chain with domestic and foreign companies. This is precisely in line with the commitment of leading companies such as Qualcomm to “root China, share wisdom, and achieve innovationâ€. For example, Meng Pu, chairman of Qualcomm China, said, “The soil for 5G technology growth is very fertile, which comes from the world and China. The emphasis on innovation and collaboration; combining cutting-edge wireless technology with local innovation in China is bound to drive 5G's rapid growth in the most efficient way."
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