On June 21, the 2018 IMT-2020 (5G) Summit hosted by the IMT-2020 Promotion Group was opened at Shenzhen Wuzhou Hotel. More than 400 experts from home and abroad participated in the discussion on the topic of '5G commercial' and shared the latest achievements. With the point of view, Dr. Cui Xian, Technical Director of Vivo, gave a speech on the theme and challenge of 5G mobile phone.
Dr. Cui Xian said that the deep integration of 5G and artificial intelligence will become the trend of the 5G mobile phone era. Vivo defines it as a 5G smart phone. Artificial intelligence gives mobile phone learning and thinking capabilities, and 5G gives mobile phones more powerful communication capabilities. The combination will enable the mobile phone to evolve from 'Smart Phone' to 'Brain Phone', giving users more powerful features and a more intimate experience.
The 3GPP plenary meeting held in San Diego, USA, approved the freezing of the independent networking function of the 5G mobile communication technology standard (5GNR). In addition to the non-independent networking standards completed in December last year, 5G has completed the first phase of full-featured standardization work. Enter the full-scale industrialization sprint stage.
5G industry ecosystem, compared to previous generations, will eventually provide more types of carriers for consumers to provide services, including mobile phones, wearables, AR, VR and other multiple terminal forms, and 5G mobile phones will still be the most in the entire 5G ecological chain. The key part.
According to Dr. Cui Xian, Vivo has started the research and development of 5G terminal prototypes, and will actively participate in the scale trials of operators. It is planned to launch 5G pre-commercial terminals in 2019. It is expected that commercialization of 5G smart phones will be realized in 2020. Dr. Cui Xian shared the technical difficulties and solutions for 5G mobile phones in RF front-end, antennas, and motherboard design.
As a member of China Mobile’s “5G Terminal Pioneer Program”, Vivo launched pre-research of key technologies such as 5G antennas and radio frequency last year, and actively participated in the operator's strategic plan, and seized a favorable opportunity for the deployment of 5G mobile phones. In June, Vivo and Qualcomm announced that they successfully collaborated to develop a 5G mobile phone millimeter wave antenna array and integrate it into the vivo mobile phone, and perform wireless air interface measurement.
Terminal manufacturers have little say in the development of previous generations of wireless technology standards. Accompanying the accelerated upgrading of the industry, user experience is increasingly valued, and terminal manufacturers have more discourse space. In this context, vivo adapts to trends and will 5G rises to the strategic level of the enterprise, advances its layout, breaks through innovation, and strives to take the initiative in the 5G era.
Shortly after the 5G vision was put forward by the International Telecommunication Union (ITU) in 2015, Von launched a number of basic 5G technologies and participated in the research and development of global 5G standards. In 2016, Vivo set up a 5G R&D center in Beijing, China, and began to fully participate in 5G. Core Technology and Standardization Research As of June 2018, Vivo has submitted more than 1000 5G technical proposals to 3GPP, which has made important technical contributions to the 5G standard. So far vivo has established six R&D centers at home and abroad, including Shenzhen, Dongguan, Nanjing, Hangzhou, Beijing and San Diego, USA.
Currently, Vivo has a large number of 5G key core technologies, which lays a solid technical foundation for the development of 5G smart terminals. For example, Vivo and Qualcomm completed the development of the 5G demonstration system in April 2018, achieving 5G end-to-end applications. Real experience: Upstream bandwidth 200Mbps, Downstream bandwidth 1.2Gbps, End-to-end delay is less than 5ms. During the development of the entire 5G demonstration system, Vivo has developed an engineering prototype that can interface with Qualcomm 5G prototype system and the corresponding back-end simulation network. Qualcomm provides The 5G prototype system conforms to the 3GPP standard. Both parties integrate resources and capabilities to jointly promote 5G commercial processes.
As the world's leading smartphone company, Vivo has the advantage of being closer to consumers and well aware of the problems and demands of consumers in using mobile communications. Vivo is stepping up its R&D of 5G mobile phones and striving to launch 5G pre-supported independent networking in 2019 Commercial mobile phones provide users with the ultimate 5G experience.
On June 21st, the 2018 IMT-2020 (5G) Summit hosted by the IMT-2020 (5G) Promotion Group was opened at Shenzhen Wuzhou Hotel. More than 400 experts from home and abroad participated in the discussion on the subject of '5G commercial'. Share the latest achievements and opinions. Dr. Cui Xian, Technical Director of Vivo, delivered a speech on the vision and challenges of 5G mobile phones.
Dr. Cui Xian said that the deep integration of 5G and artificial intelligence will become the trend of the 5G mobile phone era. Vivo defines it as a 5G smart phone. Artificial intelligence gives mobile phone learning and thinking capabilities, and 5G gives mobile phones more powerful communication capabilities. The combination will enable the mobile phone to evolve from 'Smart Phone' to 'Brain Phone', giving users more powerful features and a more intimate experience.
The 3GPP plenary meeting held in San Diego, USA, approved the freezing of the independent networking function of the 5G mobile communication technology standard (5GNR). In addition to the non-independent networking standards completed in December last year, 5G has completed the first phase of full-featured standardization work. Enter the full-scale industrialization sprint stage.
5G industry ecosystem, compared to previous generations, will eventually provide more types of carriers for consumers to provide services, including mobile phones, wearables, AR, VR and other multiple terminal forms, and 5G mobile phones will still be the most in the entire 5G ecological chain. The key part.
According to Dr. Cui Xian, Vivo has started the research and development of 5G terminal prototypes, and will actively participate in the scale trials of operators. It is planned to launch 5G pre-commercial terminals in 2019. It is expected that commercialization of 5G smart phones will be realized in 2020. Dr. Cui Xian shared the technical difficulties and solutions for 5G mobile phones in RF front-end, antennas, and motherboard design.
As a member of China Mobile’s “5G Terminal Pioneer Program”, Vivo launched pre-research of key technologies such as 5G antennas and radio frequency last year, and actively participated in the operator's strategic plan, and seized a favorable opportunity for the deployment of 5G mobile phones. In June, Vivo and Qualcomm announced that they successfully collaborated to develop a 5G mobile phone millimeter wave antenna array and integrate it into a vivo phone, and perform wireless air interface measurement.
Terminal manufacturers have little say in the development of previous generations of wireless technology standards. Accompanying the accelerated upgrading of the industry, user experience is increasingly valued, and terminal manufacturers have more discourse space. In this context, vivo adapts to trends and will 5G rises to the strategic level of the enterprise, advances its layout, breaks through innovation, and strives to take the initiative in the 5G era.
Shortly after the 5G vision was put forward by the International Telecommunication Union (ITU) in 2015, Von launched a number of basic 5G technologies and participated in the research and development of global 5G standards. In 2016, Vivo set up a 5G R&D center in Beijing, China, and began to fully participate in 5G. Core Technology and Standardization Research As of June 2018, Vivo has submitted more than 1000 5G technical proposals to 3GPP, which has made important technical contributions to the 5G standard. So far vivo has established six R&D centers at home and abroad, including Shenzhen, Dongguan, Nanjing, Hangzhou, Beijing and San Diego, USA.
Currently, Vivo has a large number of 5G key core technologies, which lays a solid technical foundation for the development of 5G smart terminals. For example, Vivo and Qualcomm completed the development of the 5G demonstration system in April 2018, achieving 5G end-to-end applications. Real experience: Upstream bandwidth 200Mbps, Downstream bandwidth 1.2Gbps, End-to-end delay is less than 5ms. During the development of the entire 5G demonstration system, Vivo has developed an engineering prototype that can interface with Qualcomm 5G prototype system and the corresponding back-end simulation network. Qualcomm provides The 5G prototype system conforms to the 3GPP standard. Both parties integrate resources and capabilities to jointly promote 5G commercial processes.
As the world's leading smartphone company, Vivo has the advantage of being closer to consumers and well aware of the problems and demands of consumers in using mobile communications. Vivo is stepping up its R&D of 5G mobile phones and striving to launch 5G pre-supported independent networking in 2019 Commercial mobile phones provide users with the ultimate 5G experience.
