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Recently, Qualcomm officially announced the launch of the world's first fully integrated 5G new air interface (5GNR) millimeter wave and sub-6GHz RF module for smartphones and other mobile terminals, and the two modules cooperate with the released Snapdragon X505G modem to form a complete solution "from modem to antenna", providing strong support
for the development and commercial use of 5G smart terminals.
Qualcomm said that all of the new parts are currently sampling customers, and they are expected to appear in
the first 5G smartphones early next year.
"Qualcomm was the first to overcome numerous technical hurdles in mmWave, including RF propagation issues, software priority scheduler complexity, thermal issues, and the physical placement of modules in small handheld devices
.
" Jeff Fieldhack, Counterpoint's director of research for North America, sees this as a major breakthrough
in 5G.
"Qualcomm's forward-looking investment in 5G allows us to provide the industry with mobile mmWave solutions that were once considered unachievable, as well as fully integrated sub-6GHz RF solutions
.
Today, such solutions from modems to RF and across mmWave and sub-6GHz bands are preparing mobile 5G networks and devices, especially smartphones, to support
large-scale commercial use.
Qualcomm President Cristiano Amon said this is an important milestone
for the mobile industry.
Specifically, Qualcomm launched the QTM052 millimeter wave antenna module and the Qualcomm QPM56xx6GHz sub-RF module, which can work with the SnapdragonX505G to make the smartphone transmission speed reach a new high
.
With the new module, manufacturers can allow the device to cover the 5G frequency band, including the millimeter wave band, which has a shorter transmission distance but faster speed, and the sub-6GHz frequency band, it becomes more reliable
.
Recently, Qualcomm officially announced the launch of the world's first fully integrated 5G new air interface (5GNR) millimeter wave and sub-6GHz RF module for smartphones and other mobile terminals, and the two modules cooperate with the released Snapdragon X505G modem to form a complete solution "from modem to antenna", providing strong support
for the development and commercial use of 5G smart terminals.
Qualcomm said that all of the new parts are currently sampling customers, and they are expected to appear in
the first 5G smartphones early next year.
"Qualcomm was the first to overcome numerous technical hurdles in mmWave, including RF propagation issues, software priority scheduler complexity, thermal issues, and the physical placement of modules in small handheld devices
.
" Jeff Fieldhack, Counterpoint's director of research for North America, sees this as a major breakthrough
in 5G.
"Qualcomm's forward-looking investment in 5G allows us to provide the industry with mobile mmWave solutions that were once considered unachievable, as well as fully integrated sub-6GHz RF solutions
.
Today, such solutions from modems to RF and across mmWave and sub-6GHz bands are preparing mobile 5G networks and devices, especially smartphones, to support
large-scale commercial use.
Qualcomm President Cristiano Amon said this is an important milestone
for the mobile industry.
Specifically, Qualcomm launched the QTM052 millimeter wave antenna module and the Qualcomm QPM56xx6GHz sub-RF module, which can work with the SnapdragonX505G to make the smartphone transmission speed reach a new high
.
With the new module, manufacturers can allow the device to cover the 5G frequency band, including the millimeter wave band, which has a shorter transmission distance but faster speed, and the sub-6GHz frequency band, it becomes more reliable
.
