By Zhou Nan
The concept of “new infrastructure” has been for the first time included in China’s government
work report this year, which vowed to develop next-generation information networks and expand
5G applications, build more charging facilities and promote wider use of new-energy automobiles,
and stimulate new consumer demand and promote industrial upgrading.
New infrastructure, together with new urbanization initiatives and major projects, will be given
priority in the Chinese government’s efforts to expand effective investment this year.
How will the “two sessions,” annual meetings of the top legislature and political advisory body of
China, chart the course for China’s development at this special time in history is a topic attracting
worldwide attention.
Singaporean newspaper Lianhe Zaobao pointed out that economic “remedies” are definitely a
major focus this year, as how China will set the tone for its economy and resume work and
production is catching the eye of the world.
Now, solutions are revealed. Great expectations are placed on new infrastructure, new
urbanization initiatives and major projects. They are taken as a priority because they are able to
both address the current demand to offset the impacts of COVID-19 and help lay a foundation for
digital economy and innovative development in the long run.
How will new infrastructure change our lives and the society? The government work report has
given a clear answer – to develop next-generation information networks and expand 5G
applications.
For consumers, 5G might mean faster internet speed, higher-definition videos, and faster
downloads. However, 5G is more than those, and it will usher in an era of “new connection.” The
broadband, less latency and high stability of the technology will further break the restrictions on
people-to-people, people-to-things, and things-to-things connection, thus realize an internet of
everything. 5G, like today’s power facilities, will become a key infrastructure in the future digital
world, serving as a bedrock for digitalization of each industry.
Take health sector as an example. During the COVID-19 epidemic, 5G technology was used by
Wuhan’s Leishenshan Hospital and the west campus of Wuhan Union Hospital to transmit CT
images and other relevant treatment information to a command center in Beijing which dispatched
corresponding medical experts from a “cloud” server to conduct comprehensive analysis on
intractable cases. This method offered real-time assistance for medical workers saving lives on the
frontline.
The technology of 5G features broad bandwidth, less latency and wide connection, which can
perfectly fix the problems of remote diagnosis and treatment, such as delay, low video definition
and stutters. Therefore, to realize wide connection of medical devices through 5G technology,
promote online consultation of experts and optimize the allocation of medical resources is
considered a qualitative leap in the medical world.
Not only the health sector, 5G will also be applied to the internet of vehicles, autopilot, industrial
internet, smart homes, and smart cities. The “new connection” powered by 5G is inspiring
indefinite imagination for the future.
Some compare data to mine, computing to electricity, and 5G, AI and cloud computing to light,
TV and other appliances that present computing in a colorful manner, in the smart world of new
infrastructure. To realize the imagination for the future digital world, “new connection” is only
one of the many steps.
When 5G connects hundreds of industries, the world has to face gigantic waves of data. After all,
an autopilot vehicle generates 64TB of data in a single day, which is able to fill 32 hard discs.
Without supercomputing capability, these data cannot create their due value, let alone helping us
make the production and decision systems more efficient and smarter.
In the future, huge data will be generated on terminals, edge and cloud, so computing must be
completed where data are generated. Besides, computing capability must be diversified for
terminals, edge and cloud. Only by doing this can the value of data be maximized and industrial
digitalization be accelerated. So it’s obvious that new connection and new computing are core to
new infrastructure.
Empowered by new connection and new computing, industries are now accelerating digital
transformation, working in high speed to upgrade themselves.
In Xiamen, Southeast China’s Fujian Province, an all-scenario smart port is put into operation,
which is expected to save over 10 million yuan ($1.4 million) of labor cost each year. In
Shenzhen, 5G, cloud and AI technologies are applied to the construction of smart airports,
reducing 20 percent of the waiting time for passengers, and freeing 4 million passengers from
ferry buses each year. In Suzhou, East China’s Jiangsu Province, a smart water affair system
powered by these technologies is making the city’s water clearer.
In the future, the development of new infrastructure will surely digitalize and upgrade the society
at a higher speed, bringing us whole new experiences beyond imagination.
