This milestone is
significant as the arrival of 5G is creating major design challenges for smartphone
manufacturers and network operators. To fully support the rollout of 5G
services, even greater complexity and tougher requirements have been added to
antenna designs and technologies.
For end users, mm-Wave technology can
attain higher data rates to enable the 5G peak data rate of around 10-20 times higher
than that of existing 4G LTE technology, providing a better wireless experience
especially with AR, VR, AI, and UHD (ultra-high definition) video applications.
“Through this landmark cooperation between Vivo
and Qualcomm, Vivo's industry leadership and innovation on 5G mm-Wave antenna
design will contribute to creating optimal devices for end users,” said Dr.
Huan-Chu Huang, Antenna Technical Director/ Principal Antenna Expert at Vivo. “After
this successful completion of 5G mm-Wave antenna design and measurement based
on a Vivo commercial form factor, consumers will soon see the next round of new
device designs offering superior performance benefits and a taste of the next
generation mobile experience.”
It is expected that both 5G sub-6 GHz and
mm-Wave antenna technology will be deployed in every major market around the
world, with some markets by 2019 and others to follow in 2020. Beyond this
collaboration, according to Dr. Huan-Chu Huang, Vivo is also proactively applying for patents and publishing international
research papers on mm-Wave antenna designs to prepare for the arrival of 5G
age.
This latest innovation is another example
of Vivo’s dedication to break new ground and to lead in critical industry initiatives
such as 5G development. “From the early days of WiGig to 5G mm-Wave today, Vivo
has been focused on deep studies and solid works on mm-Wave antenna designs and
technologies. This successful development of 5G mm-Wave antenna array
technology for smartphones denotes a further progression of Vivo’s accumulation
of industry-leading technology breakthroughs and capabilities,” said Dr.
Huan-Chu Huang.
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