Fifth-generation mobile technology,
5G, will become critical infrastructure in a super-connected world, Ken Hu,
Huawei’s Deputy Chairman and Rotating CEO, has said.
The Huawei’s Deputy Chairman and
Rotating CEO who stated this while delivering a keynote speech at “The Road to
5G” session at the capacity building event which ended at the weekend said that
the driving forces for 5G will include demand for a superior user experience,
the emergence of the Internet of Things, and the requirements of vertical
industries in the upcoming industrial revolution, Hu said in a keynote speech
at a forum held on the sidelines of the Mobile World Congress.
He emphasizing that the 5G vision
can be realized only through open cross-industry collaboration, intensive
technological innovation, and evolutionary commercialization strategies.
“Fully deployed 5G networks will
have the capability to reach over 100 billion smart nodes,” Hu said. “This
capability is extremely valuable for many applications.
“Additionally, 5G’s one-millisecond
latency will pave the way for self-driving vehicles and industrial applications
that require extremely low latency.
“Meanwhile, 5G will have a peak
speed of 10 Gbit/s, so that downloading an 8G byte high-definition movie takes
almost no time: from more than an hour with 3G, to seven minutes with 4G, to
six seconds with 5G.
“More than just an upgrade, 5G will
become a powerful platform that enables new applications, new business models,
and even new industries – as well as many disruptions,”Hu said.
To get to 5G, Hu said that
telecommunications operators must first collaborate openly with vertical
industries, and let business needs drive standards development and
technological innovation.
Second, the industry needs intensive
technological innovation, such as Huawei’s recent breakthrough in developing a
new air interface for future 5G networks.
The industry, he said needed to
innovate in key areas such as network architecture and all-spectrum access, Hu
added.
To get to 5G, Hu said the industry
should adopt evolutionary technology commercialization strategies, in which the
operators make full use of innovations designed for future 5G networks.
“We believe that such strategies
will help mobile operators maximize their return on investment in 4G, stimulate
market demand for 5G, and extend their market leadership from 4G to 5G,” said
Hu.
It would be recalled that Huawei
announced a 4.5G commercial blueprint in late February. It said that 4.5G,
which will come in 2016, would leverage 5G innovations to 4G networks, helping
operators increase revenue by delivering a better experience to consumers and
offering new applications that provide vertical industries with enhanced network
features such as more connections and lower latency than is available from
current 4G networks.
After years of research, Huawei has
successfully developed an adaptive and software-defined air interface
architecture that uses technologies including Sparse Code Multiple Access
(SCMA), Filtered-Orthogonal Frequency Division Multiplexing (F-OFDM), and polar
coding. These technologies improve spectrum efficiency at least three-fold,
while at the same time allowing for more connections and ultra-low latency.
Fifth-generation
mobile technology, 5G, will become critical infrastructure in a
super-connected world, Ken Hu, Huawei’s Deputy Chairman and Rotating
CEO, has said.
The Huawei’s Deputy Chairman and Rotating CEO who stated this while delivering a keynote speech at “The Road to 5G” session at the capacity building event which ended at the weekend said that the driving forces for 5G will include demand for a superior user experience, the emergence of the Internet of Things, and the requirements of vertical industries in the upcoming industrial revolution, Hu said in a keynote speech at a forum held on the sidelines of the Mobile World Congress.
He emphasizing that the 5G vision can be realized only through open cross-industry collaboration, intensive technological innovation, and evolutionary commercialization strategies.
“Fully deployed 5G networks will have the capability to reach over 100 billion smart nodes,” Hu said. “This capability is extremely valuable for many applications.
“Additionally, 5G’s one-millisecond latency will pave the way for self-driving vehicles and industrial applications that require extremely low latency.
“Meanwhile, 5G will have a peak speed of 10 Gbit/s, so that downloading an 8G byte high-definition movie takes almost no time: from more than an hour with 3G, to seven minutes with 4G, to six seconds with 5G.
“More than just an upgrade, 5G will become a powerful platform that enables new applications, new business models, and even new industries – as well as many disruptions,”Hu said.
To get to 5G, Hu said that telecommunications operators must first collaborate openly with vertical industries, and let business needs drive standards development and technological innovation.
Second, the industry needs intensive technological innovation, such as Huawei’s recent breakthrough in developing a new air interface for future 5G networks.
The industry, he said needed to innovate in key areas such as network architecture and all-spectrum access, Hu added.
To get to 5G, Hu said the industry should adopt evolutionary technology commercialization strategies, in which the operators make full use of innovations designed for future 5G networks.
“We believe that such strategies will help mobile operators maximize their return on investment in 4G, stimulate market demand for 5G, and extend their market leadership from 4G to 5G,” said Hu.
It would be recalled that Huawei announced a 4.5G commercial blueprint in late February. It said that 4.5G, which will come in 2016, would leverage 5G innovations to 4G networks, helping operators increase revenue by delivering a better experience to consumers and offering new applications that provide vertical industries with enhanced network features such as more connections and lower latency than is available from current 4G networks.
After years of research, Huawei has successfully developed an adaptive and software-defined air interface architecture that uses technologies including Sparse Code Multiple Access (SCMA), Filtered-Orthogonal Frequency Division Multiplexing (F-OFDM), and polar coding. These technologies improve spectrum efficiency at least three-fold, while at the same time allowing for more connections and ultra-low latency.
- See more at: http://www.vanguardngr.com/2015/03/huawei-outlines-vision-for-5g-at-2015-mwc/#sthash.84CY0wIP.dpuf
The Huawei’s Deputy Chairman and Rotating CEO who stated this while delivering a keynote speech at “The Road to 5G” session at the capacity building event which ended at the weekend said that the driving forces for 5G will include demand for a superior user experience, the emergence of the Internet of Things, and the requirements of vertical industries in the upcoming industrial revolution, Hu said in a keynote speech at a forum held on the sidelines of the Mobile World Congress.
He emphasizing that the 5G vision can be realized only through open cross-industry collaboration, intensive technological innovation, and evolutionary commercialization strategies.
“Fully deployed 5G networks will have the capability to reach over 100 billion smart nodes,” Hu said. “This capability is extremely valuable for many applications.
“Additionally, 5G’s one-millisecond latency will pave the way for self-driving vehicles and industrial applications that require extremely low latency.
“Meanwhile, 5G will have a peak speed of 10 Gbit/s, so that downloading an 8G byte high-definition movie takes almost no time: from more than an hour with 3G, to seven minutes with 4G, to six seconds with 5G.
“More than just an upgrade, 5G will become a powerful platform that enables new applications, new business models, and even new industries – as well as many disruptions,”Hu said.
To get to 5G, Hu said that telecommunications operators must first collaborate openly with vertical industries, and let business needs drive standards development and technological innovation.
Second, the industry needs intensive technological innovation, such as Huawei’s recent breakthrough in developing a new air interface for future 5G networks.
The industry, he said needed to innovate in key areas such as network architecture and all-spectrum access, Hu added.
To get to 5G, Hu said the industry should adopt evolutionary technology commercialization strategies, in which the operators make full use of innovations designed for future 5G networks.
“We believe that such strategies will help mobile operators maximize their return on investment in 4G, stimulate market demand for 5G, and extend their market leadership from 4G to 5G,” said Hu.
It would be recalled that Huawei announced a 4.5G commercial blueprint in late February. It said that 4.5G, which will come in 2016, would leverage 5G innovations to 4G networks, helping operators increase revenue by delivering a better experience to consumers and offering new applications that provide vertical industries with enhanced network features such as more connections and lower latency than is available from current 4G networks.
After years of research, Huawei has successfully developed an adaptive and software-defined air interface architecture that uses technologies including Sparse Code Multiple Access (SCMA), Filtered-Orthogonal Frequency Division Multiplexing (F-OFDM), and polar coding. These technologies improve spectrum efficiency at least three-fold, while at the same time allowing for more connections and ultra-low latency.
- See more at: http://www.vanguardngr.com/2015/03/huawei-outlines-vision-for-5g-at-2015-mwc/#sthash.84CY0wIP.dpuf
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