June, Shanghai. People from all over the world discuss the fourth industrial revolution, innovation and sustainable development in MWCS 2017. Everyone has high hopes for the future communication technology. This is why the speech of Qualcomm CEO Steve Molenkov, communicating on the theme of "Innovation on the Road to 5G," has resonated with the audience. He said, "Innovation is the growth and success of the mobile ecosystem. "Key"; "Invention of new technologies is driving a new generation of experiences, and promote industrial integration"; "By 2035, 5G will create 12 trillion US dollars of economic output worldwide."
Accelerated by 5G global standards, commercialized in 2019
In fact, just before the General Assembly, Prime Minister Li Keqiang expressed in an important speech delivered at the Davos Forum in summer that compared with previous industrial revolutions, achieving inclusive growth in the new round of industrial revolution is even greater. possibility. Because the new round of industrial revolution represented by networking, digitization, and intelligence not only creates new supplies and demands, but also greatly expands the space for development, and it also gives all parties more opportunities for equal participation.
There is no doubt that 5G will serve as one of the basic technologies to support inclusive growth and employment in various industries. In the future, this technology, like printing presses, the Internet, electricity, steam engines, and telegraphs, will be used as a "universal technology" to support almost all industries.
Qualcomm CEO Steve Molenkov quoted the report of “5G Economy†in the MWCS speech, saying that “5G-related products and services will reach US$12 trillion by 2035â€; “China, South Korea and Japan 5G The value chain will create 12.5 million jobs. "There are 93% of Chinese respondents expect 5G will create new products and services that are unprecedented."
Qualcomm CEO Steve Molenkov speaks
When we look ahead to 2035, we may wish to review the past. Qualcomm began research and development of 5G technology many years ago and is currently leading the way in some key 5G technologies, such as scalable OFDM parameters, multi-user massive MIMO, independent TDD subframes, low-latency delay slot structure design, and advanced channels. Codes, etc., are also actively promoting the development of the 5G NR (Global System for Air Navigation) 5G global standard.
In 2016, also during MWCS, Qualcomm announced the launch of the 5G New Air Interface (NR) prototype system and test platform. The 5G NR prototype system operates in the sub 6GHz band. Prior to this, Qualcomm has introduced a 5G millimeter wave prototype system and test platform that operates at 28GHz and can use advanced beamforming and beam steering technology in NLOS environments. Supports robust mobile broadband communications.
Time arrived in June 2017, Qualcomm has launched a "full coverage" 5G new air prototype system below 6GHz, millimeter wave band and spectrum sharing technology to support testing, demonstration and validation of 5G designs, and to promote and track 3GPP 5G new air interface The standardization process has accelerated the large-scale trials and commercial deployment of 5G new airspace. Of course, cooperation is the main theme, said Qualcomm CEO Steve Molenkov, currently on a global scale, Qualcomm and China Mobile, AT&T, NTT DOCOMO, Vodafone, Telstra, SK Telecom, Ericsson, ZTE, etc. 5G new air verification and testing.
In March 2017, 3GPP member companies have reached a consensus that will speed up the 5G new air standardization process, in order to promote the large-scale trial and deployment of 5G new airspace as soon as possible in 2019. To achieve this goal, 3GPP will first complete the specification of the non-independent 5G new air interface and take it as an interim milestone. The non-independent 5G new air interface will use the existing LTE wireless and evolved packet core network as its mobility management and network coverage. The pillars, while adding new 5G wireless access, will be able to support some 5G use cases in 2019, while continuing to realize the broader vision of 5G new airspace in 2020 and in the future.
Of course, changes in mobile communications technology will not happen suddenly. How can we smoothly transition to 5G? Steve Molenkov said that Gigabit LTE will be an important pillar of the 5G experience. Currently, 20 operators around the world are beginning to deploy Gigabit LTE networks, which is the first step towards the 5G enhanced mobile broadband experience. Qualcomm's Snapdragon X16 modem and Snapdragon 835 mobile platform help commercialize the world's first gigabit LTE terminals. Based on the development of Gigabit LTE, Qualcomm launched the second generation Gigabit in February this year. LTE Modem - The Snapdragon X20 LTE chipset based on the 10-nanometer FinFET process technology enables LTE Category 18 download speeds of up to 1.2Gbps.
Embracing the era of big connection
Qualcomm CEO Steve Molenkov said that the current number of mobile connections worldwide has reached 7.6 billion, making it the largest technology and innovation platform in human history. And 5G, etc. are supporting the arrival of the era of big connections as general technology.
The automotive industry is an important area that reflects the influence of 5G. Morenkov said that by 2035, 5G will create more than 2.4 trillion US dollars of total economic output for the automotive industry, its supply chain and customers, and the cumulative economic impact of 5G on the automotive industry will account for nearly 20% of the global 5G overall economic impact. He believes that 5G is an integral part of future connected cars and self-driving cars, which will help increase productivity and sales value, improve user experience and environmental quality, reduce traffic accidents and reduce mortality.
Nowadays, more and more car manufacturers are choosing to cooperate with Qualcomm to launch their next-generation connected cars. During the MWCS, Qualcomm and Geely announced that Geely will select the Qualcomm Opteron platform to integrate into its car's next-generation infotainment system. These systems include the world’s first infotainment system that uses the Xiaolong 820Am car platform and integrates a 4G LTE modem. Geely Automobile, which is based on the Peilong Auto Platform, is expected to start selling from 2020. The Geely Connected Vehicle with Xiaolong LTE Modem and onboard information processing applications is now available.
Geely Selects Qualcomm Opteron Platform
High data rates are revolutionizing the automotive industry, and LTE is also expanding. Ecosystems based on eMTC (LTE Cat. M1) and NB-IoT (Cat. NB-1) two kinds of IoT technologies are being formed to realize the 5G era. Massive Internet of Things provides a solid foundation. Currently, Qualcomm's MDM9206 LTE IoT global multimode modem has been widely recognized by the industry. During MWCS, China Unicom, together with Ericsson and Qualcomm, successfully implemented the world's first application case based on eMTC (CAT-M1) VoLTE, relied on 4G FDD network, and also used the Internet of Things terminal equipment integrating Qualcomm MDM9206 multimode LTE IoT modem module. Collaboration demonstrated two application scenarios of Cat-M1 VoLTE - Fire Alarm Trigger Panel and GPS Emergency Tracking Device. The demonstration successfully demonstrated the great potential and unique advantages of VoLTE technology based on LTE IoT eMTC in the new Internet of Things applications and services. Currently, terminal manufacturers in different industries have successively launched various terminal products equipped with MDM9206 supporting LTE IoT Cat M1 technology, GPS trackers, voice gateways, mobile POS machines, and container monitoring equipment.
Earlier, China Mobile officially launched the NB-IoT/eMTC/GSM three-module communication module A9500. The communication module adopts Qualcomm MDM9206 LTE IoT modem, which has low power consumption, low bandwidth, several years of battery life and wider coverage, and supports voice call and TCP/IP protocol. In addition, based on the Qualcomm MDM9206 LTE IoT IoT chip, Qualcomm, China Mobile Research Institute and Mobike Bicycle also jointly conducted the first LTE IoT multimode field test in China.
In the wearable area, during MWCS, Qualcomm released the new Qualcomm Snapdragon Wear 1200 platform that supports eMTC (LTE Cat M1) and NB-IoT (LTE Cat. NB1) connectivity, and ODM vendors Borqs and Quanta have developed a Snapdragon-based solution. The Wear 1200 reference platform helps vendors accelerate product development. Qualcomm's wearable solutions now support the launch of more than 150 products in more than 50 countries. During the period of MWCS, Guangdong Little Talent Technology Co., Ltd., 360 Children Watch, and Reading Lang introduced the latest children's smart watch products based on Snapdragon Wear 2100.
Innovation to Differentiate the Terminal Experience
Innovation is the foundation of Qualcomm. Qualcomm CEO Steve Molenkov said that Qualcomm has been focusing on how to apply cellular technology and mobile terminals in new scenarios.
Currently, the Snapdragon 835 mobile platform for the world's top mobile terminals is supporting the launch of a large number of new ultra flagship mobile phones, such as Xiaomi 6, Samsung Galaxy S8/S8+, HTC 11, Nubian Z17, One Plus 5, etc., and Qualcomm's previous generation flagship Compared to the processor, the Snapdragon 835 uses a leading 10-nanometer process to achieve various performance improvements. In the "2017 End-Product White Paper and Terminal Quality Report" released by China Mobile, the Snapdragon 835 mobile platform stands out in the comprehensive performance evaluation of the flagship chip, with comprehensive performance in communication performance, mobile game performance, live video, and power control. Ranked first.
Qualcomm Booth
"Inventing new technologies is driving a new generation of experiences." Qualcomm also announced Qualcomm fingerprint sensors for next-generation ultrasonic fingerprinting solutions in Shanghai, and has jointly demonstrated with vivo. The program is based on the previous generation of technology to achieve new enhanced features, including display-oriented, glass and metal sensors, directional gesture detection, underwater fingerprint matching and device wake-up. The Qualcomm fingerprint sensor is the first commercially available integrated ultrasonic mobile solution that enables a better mobile authentication experience by detecting heartbeat and blood flow. The display-oriented Qualcomm fingerprint sensor is the first commercial multi-functional ultrasonic solution announced by the mobile industry. It can scan, record, and match fingerprints through 1200-micron OLED screens; Qualcomm fingerprint sensors for glass and metal are The first commercially available solution capable of scanning through 800-micron-thick glass panels and 650-micron-aluminum-enclosure shells has improved over the previous generation of 400-micron glass or metal penetration capabilities.
During the MWCS, Steve Molenkov also stated that in the future, China, Asia, and the global industrial chain will be supported through models such as ecosystem cooperation, global business development, and continuous investment innovation. Currently in China, Qualcomm is working closely with Chinese operators, equipment vendors, terminal manufacturers and various parties in the industry chain, in 5G, artificial intelligence, mobile Internet, cloud computing, Internet of things, big data, smart terminals, integrated circuits, robots, Drones, virtual reality and many other areas work together to innovate and achieve win-win results.
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