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Demand for 5G smartphones reaches the highest level in history
By 2021, both consumers and institutions will be rapidly advancing the digital revolution in an unprecedented era of social distancing and remote work-a trend that may continue for a long time after the pandemic subsides.
The time is ripe for many commercial products and services to take advantage of the unparalleled high-speed connections and minimal delay waves brought about by 5G. However, the most cutting-edge technology is undoubtedly the smartphone. By combining mobile phones and computing functions in a single multifunctional device, smart phones bring tremendous mobility and accessibility through one-stop services, enabling consumers to get support in all aspects of their daily lives.
Some people may look back fondly on the good times on mobile phones, when we could only use voice calls and text messages, there was no addictive social media platform, and the notifications we now receive seem to be endless. Nevertheless, the ever-improving mobile network and the instant connectivity of increasingly diverse smartphone applications will undoubtedly continue to bring value to users.
According to predictions by one of the leading smartphone manufacturers, vivo, as researchers record exponential growth between 2020 and 2021, the demand for 5G devices is catching up with the entire smartphone market.
Another report released by Gartner shows that the global demand for 5G-enabled smartphones has more than doubled this year. “In 2020, consumers will reduce their spending on smartphones, but the introduction of new products will drive users to increase their demand substantially in 2021. Low-end 5G smartphones are becoming more and more popular outside of China, which is expected to bring 5G smartphones More momentum will be in all regions in 2021,” said Anshul Gupta, senior research director at Gartner.
How did we get here, and how did the smartphone brand bring us here?
Define the fifth generation
5G is the latest global wireless standard, also known as the fifth-generation cellular mobile communication technology. Compared with 4G LTE technology, 5G increases the flux density by a hundred times and the connection density by ten times. This allows a new type of digital infrastructure that can connect almost everything and everyone with minimum delay through peak data transmission speeds, providing a unified experience for all of us, and ultimately achieving higher efficiency and optimized performance. Enhance the new user experience.
Thousands of industries are consolidating due to reliable and simplified networks between machines, equipment, and other digital objects. With many creative applications ranging from augmented reality/virtual reality experience to vehicles to driverless cars for everything, 5G will provide humans with the basis for building smart cities with integrated Internet of Things technology, thereby effectively reconstructing our living environment and redefining it Our daily life.
There is no doubt that 5G can promote unlimited applications at the industrial and consumer levels. For tech-savvy individuals who are accustomed to heavy equipment loads, 5G will change the rules of the game, elevating their collective digital devices into powerful cloud synchronization gateways that can utilize the most resource-intensive applications and data streams. As companies and countries compete to push society into the next stage of technological transformation, many industries are currently undergoing paradigm shifts.
Preparing for the 5G competition-in-depth exploration with vivo
The 5G technical standards are formed by a series of innovative research and development results led by companies such as vivo. The 5G products or services shown to consumers today are actually a fine technology combination formulated by the Third Generation Partnership Project (3GPP), which is an alliance composed of the International Telecommunications Standards Organization to provide a stable collaboration platform.
As the whole world becomes familiar with the infinite possibilities of contemporary mobile communication technology, consumers hope to equip themselves with devices containing cutting-edge functions to complement their interconnected and fast-paced daily life.
Businesses and governments are racing to prepare for the new digital gold rush. Many people don’t know that as companies cannibalize each other in the competition for the most 5G technology patents, they are fighting and forming alliances every day.
As one of the top players, vivo has participated in the formulation of 3GPP 5G standards for more than five years. As one of many companies focusing on 5G technology, vivo established a special 5G working group in Beijing and Shenzhen, China as early as December 2016. A month later, vivo made its debut at the 2017 3GPP conference. Since then, vivo has submitted more than 5000 5G proposals to 3GPP, formed 15 technical features, and obtained 3 technical project approvals. Vivo has more than 100 global standards experts working in its communications research institute, and currently holds more than 3,000 5G invention patents.
User-oriented innovation
As a leading smartphone company with in-depth research and development capabilities, vivo is committed to accelerating the empowerment of consumers in the new era by designing cutting-edge 5G smartphones at various price points. Vivo has accumulated more than 400 million users worldwide, has a deep understanding of changing consumer needs, and strives to become one of the main contributors to the industry’s 5G technology, building a bridge between users and the digital world.
“The main way for consumers to indulge in the new digital age must be the most convenient, most portable, most cost-effective, and readily available digital device: smartphone. As a leader in smartphone manufacturing and 5G connectivity, vivo has been designing The diversified product series are ready for the next generation of connectivity and bring joy to global users at a moderate price,” said Rakesh Tamrakar, an expert on vivo 5G standards.
Tamrakar has 20 years of experience in the mobile communications industry. He is one of the main representatives of vivo in 3GPP, holds a number of patents, and presided over a number of 3GPP RAN1 meetings (physical layer of the designated radio interface), which led to the successful standardization of MIMO and NR in unlicensed spectrum technology. Multiple Input Multiple Output (MIMO) is a key 5G technology that can improve throughput and signal-to-noise ratio, while NR is a new radio interface and radio access technology for cellular networks. He has written and contributed a large number of technical papers on 3GPP RAN1 topics in 3G, 4G and 5G standards.
“Through our strong R&D network spanning nine innovation centers and the support of a global research team, vivo knows consumers in the industry best. We focus on hardware design and software ecosystem innovation to improve terminal performance and user experience. Vivo puts the end user at the center of everything we do and invests heavily in 5G connectivity to reach the stage where the product is realized and the technology is put in the hands of consumers,” he added.
Vivo’s 5G research, standardization and industrialization
Vivo’s unique user-oriented innovation is the origin behind its numerous patent contributions to the 5G standard, many of which have been universally praised at 3GPP conferences and are now applicable to everyday smartphone users.
One of vivo’s most notable contributions includes the standardization and performance enhancement of Rel-17 multi-SIM card technology. Previously, incoming voice calls from one competing 5G SIM card would interrupt the data flow of the other, resulting in poor performance because one would cancel the other. Vivo researchers have long discovered that consumers prefer 5G smartphones with dual card slots to gain greater flexibility in different usage scenarios. Vivo researchers have successfully tried to eliminate this conflict, which has led to today’s market Doka 5G smartphones have appeared.
Compared with devices running on 4G, the initial implementation of 5G technology was initially found to be very resource intensive. However, consumers have become accustomed to the large amount of time allowed by smartphones in the past.
Always user-centric innovation, vivo’s patented Rel-16 terminal power-saving technology simplifies terminal operation. It reduces normal energy consumption by creating a new “dozing” state, allowing device software to become inactive when the hardware is idle. 5G smartphones can now intelligently seize every opportunity to rest, thereby extending battery life.
In addition, vivo has also optimized algorithms and systems to promote this technology, combined with 120-watt fast charging to ensure that users are completely satisfied with their devices. Some vivo smart phones use a superconducting carbon fiber liquid cooling system to prevent the device from overheating, which is especially common in intensive multimedia entertainment or e-sports scenarios.
Another problem caused by 5G technology is the increasing number of antennas and components installed in smartphones. However, users are relentless in their pursuit of ultra-thin smartphones wrapped in smooth metal casings. Never disappointing, vivo’s proprietary 3D stack design uniquely includes all these industry-leading technologies, making the new 5G smart phone thinner than its predecessor’s 4G smart phone.
6G has a vision
With the gradual deployment of 5G commercial networks around the world, and more and more advanced equipment penetrates into all aspects of our lives, thought leaders in the mobile industry have begun to look forward to the next generation: 6G.
Vivo is one of the few select companies with extensive expertise and in-depth understanding of consumer needs to turn this vision into reality. Together with leading companies, research groups and academic institutions, this combined elite group is expected to reach a consensus on the vision and requirements of the next generation of connectivity. In order to start this exciting new era, the Vivo Communication Research Institute (VCRI) released two white papers at the end of 2020, subdividing all aspects of 6G technology. Vivo communication standards experts provided a set of diversified hypothetical scenarios and case studies, and analyzed how the sixth generation will reflect more than just technological changes when we merge our physical and digital worlds.
“At present, mobile infrastructure is still relatively isolated from the physical world and only exists as an auxiliary tool for consumers. Dynamically connecting our physical environment with the ubiquitous digital system requires extremely high seamlessness. In 2030 and beyond, 6G Standard technology will begin to foster a ubiquitous, complex, real-time and fully integrated digital world. This new field will revolutionize thousands of industries through a wide variety of applications, thereby creating an efficient, sustainable and eco-friendly future world. “Tamrakar said.
The 6G communication system will include multiple device terminals to realize agile perception and precise control between the digital system and our physical domain; this is equivalent to the nerve endings perceiving important information from every inch of the human body, so that our central nervous system can take response measures. Therefore, a large number of harmonious connections and smart terminals in the form of smart phones or wearable devices are fundamentally needed to make the entire IoE (Internet of Everything) system work. To this end, vivo introduced smart watches, wireless earbuds and Jovi AI assistant to introduce users to its thriving digital ecosystem.
Despite all these detailed foundations laid by technology companies, the 5G race and 6G marathon are far from over. Nevertheless, economical smartphones with innovative functions will continue to be used as an interface for daily users to interact with the all-encompassing network infrastructure to accelerate the upcoming social intelligence transformation.
This content was produced by Insights, the custom content department of MIT Technology Review. It was not written by the editors of MIT Technology Review.
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