The first implementable 5G NRB (5G NR) specification was successfully completed at the 3GPP TSG RAN plenary meeting in Lisbon on December 21, 2017. The world's largest number of operators, including China's top three carriers, Qualcomm and ZTE Home Mobile Industry Leader Announces: The Complete First 5G NR Standard Launches Comprehensive Development of 5G New Air Ports for the Global Mobile Industry, Supporting Foundations for Large-Scale, 5G NR Trial and Commercial Deployment to Be Earliest By 2019
Non-isolated 5G NRs will leverage existing LTE wireless and evolved packet core networks as the backbone of mobility management and network coverage with the addition of a new 5G NR radio access carrier that will support some 5G use cases by 2019.
Interestingly, it is the standard release day, Ericsson and Qualcomm, a joint joint operation of many operators to show compliance with the global 3GPP non-independent 5G new air interface standard multi-vendor interoperability connectivity.It is understood that the live demonstration shows below 6GHz and millimeter-wave band end to The new 5G air interface system, operating in the 3.5 GHz and 28 GHz bands respectively, is targeted at low-level data connections, using 5G new air interface pre-commercial base stations from Ericsson and 5G new air interface terminal prototypes from Qualcomm.
The significance of this demonstration is that it demonstrated a commercially viable interoperability connection compliant with the 3GPP 5G new air interface standard, following the implementation of the first non-independent 5G new air interface implementation standard Facilities and terminals pave the way.
It is not difficult to see Qualcomm in these two heavy news have played a very important role, in fact, as the giants of the communications industry, it 5G network development in all aspects have their own power point can be said to have made a huge contribution.
As early as October 18 last year, Qualcomm announced the availability of the X50 5G modem as the first company to launch a commercial 5G modem chipset solution that initially will support millimeter-wave spectrum operation in the 28GHz band and Qualcomm Completed within a year based on the Snapdragon X50 data connection to help OEM manufacturers for the development of early terminal 5G network.From this regard you can see the research conducted by Qualcomm is very forward-looking, at present in addition to Many of the key 5G technology beyond X50 modems are Qualcomm's leading technology achievements and has released a 'Full Coverage' 5G Prototyping System that includes millimeter-wave, 5G new air interface below 6GHz and 5G new air interface spectrum sharing.
In addition to its own technical achievements, Qualcomm has been actively cooperating with industry to jointly promote the testing and testing of pre-commercial 5G.
Domestically, on February 22 this year, announced the ZTE and China Mobile to carry out related tests, the three giants announced on November 17 this year, China Mobile 5G Joint Innovation Center successfully implemented the world's first laboratory based on the 3GPP R15 standard end-to-end 5G NR system interworking (IoDT), the demonstration of the successful use of ZTE's 5G NR pre-commercial base station and Qualcomm's 5G NR terminal prototype interoperability.This system runs in the 3.5GHz band, supports 100MHz high bandwidth, The protocol implements a new air interface Layer 1 architecture that is fully compliant with the 3GPP R15 standard.
Globally, December 15, Qualcomm, ZTE, Wind Tre announced a 5G pilot collaboration in the 3.7GHz band that will validate 5G services and technologies to enable a standard 5G new air interface infrastructure and terminal to accelerate 5G Deployment in Italy.
The first implementable 5G NRB (5G NR) specification was successfully completed at the 3GPP TSG RAN plenary session in Lisbon on December 21, 2017. The world's largest 3G carriers including China's top three carriers, Qualcomm and ZTE Home Mobile Industry Leader Announces: The Complete First 5G NR Standard Launches Comprehensive Development of 5G New Air Ports for the Global Mobile Industry, Supporting Foundations for Large-Scale, 5G NR Trial and Commercial Deployment to Be Earliest By 2019
Non-independent 5G NRs will leverage existing LTE wireless and evolved packet core networks as the backbone of mobility management and network coverage with the addition of a new 5G NR radio access carrier that will support some 5G use cases by 2019.
Interestingly, it is the standard release day, Ericsson and Qualcomm, a joint joint operation of many operators to show compliance with the global 3GPP non-independent 5G new air interface standard multi-vendor interoperability connectivity.It is understood that the live demonstration below 6GHz and millimeter-wave band end to The new 5G air interface system, operating in the 3.5 GHz and 28 GHz bands respectively, is targeted at low-level data connections, using 5G new air interface pre-commercial base stations from Ericsson and 5G new air interface terminal prototypes from Qualcomm.
The significance of this demonstration is that it demonstrated a commercially viable interoperability connection compliant with the 3GPP 5G new air interface standard, following the implementation of the first non-independent 5G new air interface implementation standard Facilities and terminals pave the way.
It is not difficult to see Qualcomm in the above two heavy news have played a very important role, in fact, as a giant communications industry, it has 5G network development in all aspects have their own power point can be said to have made a huge contribution.
As early as October 18 last year, Qualcomm announced the availability of the X50 5G modem as the first company to launch a commercial 5G modem chipset solution that initially will support millimeter-wave spectrum operation in the 28GHz band and Qualcomm Completed within a year based on the Snapdragon X50 data connection to help OEM manufacturers for the development of early terminal 5G network.From this regard you can see the research conducted by Qualcomm is very forward-looking, at present in addition to Many of the key 5G technology beyond X50 modems are Qualcomm's leading technology achievements and has released a 'Full Coverage' 5G Prototyping System that includes millimeter-wave, 5G new air interface below 6GHz and 5G new air interface spectrum sharing.
In addition to its own technical achievements, Qualcomm has been actively cooperating with industry to jointly promote the testing and testing of pre-commercial 5G.
Domestically, on February 22 this year, announced the ZTE and China Mobile to carry out related tests, the three giants announced on November 17 this year, China Mobile 5G Joint Innovation Center successfully implemented the world's first laboratory based on the 3GPP R15 standard end-to-end 5G NR system interworking (IoDT), the demonstration of the successful use of ZTE's 5G NR pre-commercial base station and Qualcomm's 5G NR terminal prototype interoperability.This system runs in the 3.5GHz band, supports 100MHz high bandwidth, The protocol implements a new air interface Layer 1 architecture that is fully compliant with the 3GPP R15 standard.
Globally, December 15, Qualcomm, ZTE, Wind Tre announced a 5G pilot collaboration in the 3.7GHz band that will validate 5G services and technologies to enable a standard 5G new air interface infrastructure and terminal to accelerate 5G Deployment in Italy.
