According to Qualcomm, the scale of 5G related products and services will reach 12 trillion US dollars in 2035. As the fifth-generation mobile communication technology, according to the research and evaluation of China IMT-2020 5G Propulsion Demand Working Group, 5G needs to have higher performance than 4G in user experience rate, connection density and end-to-end delay and traffic density. . China Telecom's experts said that 5G should have three key technical capabilities: 1. Support user experience rate of 0.1~1Gbit/s and peak rate of up to 10Gbit/s; 2. mMTC large-scale machine communication reaches 100,000 square kilometers 3, URLLC high reliability low latency reaches 1 millisecond.
In the words of Qualcomm founder Jacob, in the 5G era, mobile phone upload and download speeds are as fast as current fiber broadband speeds. How to understand this speed? It takes less than a second to download a movie. At that time, the mobile phone, like the current computer, can support a variety of extreme applications, and the mobile Internet will usher in a new round of explosive development.
At the “2017 China International Internet of Things and Wisdom China Summit Forum†hosted by Internet of Things on August 16th, Liao Xianyu, Director of Qualcomm Product Marketing, brought the latest speech “The Evolution of Linked 5G Massive Internet of Things†to the audience. , share the latest layout and progress of Qualcomm on 5G.
NB-IoT and eMTC represent LPWA technology to accelerate the promotion of Internet of Things applications
Ms. Liao Xianyu said that in the next 30 years, Qualcomm will use more than 30 years of experience in the field of mobile communications, and technology innovations in connection technology, computing technology and all SoCs will be integrated into the 5G field on a large scale. Today, the Internet of Things using Qualcomm chips Terminal shipments have exceeded 1.5 billion.
According to a survey released by Machina Research in May 2017, as of 2025, there will be more than 5 billion IoT devices connected worldwide, covering smart cities, mobile health, environmental monitoring, connected buildings, and networking industries. The development of the Internet of Things industry of “Internet of Everything†has spawned the rise of LPWA technology (Low Power Wide Area), which has made it better in low power consumption, low cost, wide coverage and large capacity. Solution, with large-scale applications such as shared bicycles and remote meter reading, LPWA technology represented by NB-IoT and eMTC has obtained a wide range of Internet of Things applications.
In the Internet of Things applications, the most numerous are low-power, wide-coverage application scenarios. The 3GPP standardization organization has developed NB-IoT and eMTC for such application scenarios. NB-IoT coverage is better, power and cost are low; eMTC and NB-IoT have higher speed, better mobility, support for voice and positioning functions, both can be upgraded on LTE network, which can maximize the network speed. NB-IoT requires less bandwidth, greater flexibility in deployment, and easier deployment. The advantages of NB-IoT include the ability to use the spectrum of 2G networks. This is a very big advantage.
From the mobile Internet to the mobile Internet of Things, through the rapid development of the Internet of Things represented by NB-IoT and eMTC, the ICT industry will be integrated with various industries to make the entire market bigger and bring more development space for operators. Realization of digital transformation in various industries.
To date, more than 20 mobile operators worldwide have announced the deployment of Cat-M1 and /Cat-NB1 networks. In North America, there is basically a Cat-M1 network, and one operator has announced that it will take the Cat-NB1 network. In China, the three major operators generally deploy Cat-NB networks. Telecom will commercialize eMTC networks in 2018. Unicom is also in contact with Qualcomm. At Shanghai Mobile Conference, China Unicom and Qualcomm jointly exhibited eMTC demos. Japan is all dual-network layout, and more regions around the world will become dual-network support in the future.
In the words of Qualcomm founder Jacob, in the 5G era, mobile phone upload and download speeds are as fast as current fiber broadband speeds. How to understand this speed? It takes less than a second to download a movie. At that time, the mobile phone, like the current computer, can support a variety of extreme applications, and the mobile Internet will usher in a new round of explosive development.
At the “2017 China International Internet of Things and Wisdom China Summit Forum†hosted by Internet of Things on August 16th, Liao Xianyu, Director of Qualcomm Product Marketing, brought the latest speech “The Evolution of Linked 5G Massive Internet of Things†to the audience. , share the latest layout and progress of Qualcomm on 5G.
NB-IoT and eMTC represent LPWA technology to accelerate the promotion of Internet of Things applications
Ms. Liao Xianyu said that in the next 30 years, Qualcomm will use more than 30 years of experience in the field of mobile communications, and technology innovations in connection technology, computing technology and all SoCs will be integrated into the 5G field on a large scale. Today, the Internet of Things using Qualcomm chips Terminal shipments have exceeded 1.5 billion.
According to a survey released by Machina Research in May 2017, as of 2025, there will be more than 5 billion IoT devices connected worldwide, covering smart cities, mobile health, environmental monitoring, connected buildings, and networking industries. The development of the Internet of Things industry of “Internet of Everything†has spawned the rise of LPWA technology (Low Power Wide Area), which has made it better in low power consumption, low cost, wide coverage and large capacity. Solution, with large-scale applications such as shared bicycles and remote meter reading, LPWA technology represented by NB-IoT and eMTC has obtained a wide range of Internet of Things applications.
In the Internet of Things applications, the most numerous are low-power, wide-coverage application scenarios. The 3GPP standardization organization has developed NB-IoT and eMTC for such application scenarios. NB-IoT coverage is better, power and cost are low; eMTC and NB-IoT have higher speed, better mobility, support for voice and positioning functions, both can be upgraded on LTE network, which can maximize the network speed. NB-IoT requires less bandwidth, greater flexibility in deployment, and easier deployment. The advantages of NB-IoT include the ability to use the spectrum of 2G networks. This is a very big advantage.
From the mobile Internet to the mobile Internet of Things, through the rapid development of the Internet of Things represented by NB-IoT and eMTC, the ICT industry will be integrated with various industries to make the entire market bigger and bring more development space for operators. Realization of digital transformation in various industries.
To date, more than 20 mobile operators worldwide have announced the deployment of Cat-M1 and /Cat-NB1 networks. In North America, there is basically a Cat-M1 network, and one operator has announced that it will take the Cat-NB1 network. In China, the three major operators generally deploy Cat-NB networks. Telecom will commercialize eMTC networks in 2018. Unicom is also in contact with Qualcomm. At Shanghai Mobile Conference, China Unicom and Qualcomm jointly exhibited eMTC demos. Japan is all dual-network layout, and more regions around the world will become dual-network support in the future.
Fast Wireless Charger,Iphone Wireless Charger,Portable Wireless Charger,Best Wireless Phone Charger
wzc , https://www.dg-wzc.com