The 5G network is a big world. He can't be supported by one person and one organization. It must rely on the strength of the team. In the process of 5G development, it is impossible to achieve a dream alone. It is king. Qualcomm understands this truth. On the way to promoting 5G lighting around the world, it has not closed the door, but has cooperated with the group.
Whether it's standard setting or 5G testing, testing, and productization, Qualcomm is ahead, using the technology lever hidden behind it to incite the 5G "big earth."
Inciting 5G "Big Earth" Qualcomm leads the worldWhile others are still talking about 5G, Qualcomm has already begun to build 5G "Future Big World": Qualcomm is ahead of the standard, 5G testing, testing, and productization, with the technical lever hidden behind it. Incited the 5G "Big Earth" and continued to lead the global 5G road.
When others are still talking about 5G Qualcomm, they have already laid out
When others are still talking about 5G, Qualcomm has already started to build and actively participate in the formulation of 3GPP standards. According to the timetable of the International Organization for Standardization (3GPP), 5G is expected to be officially commercialized in 2020.
As early as many years ago, Qualcomm began to conduct forward-looking research on 5G and was committed to promoting the development of 5G NR global standards. In February 2017, Qualcomm and more than 20 mobile industry leaders around the world committed to accelerate the large-scale trial and deployment of 5G NR. They proposed a medium-term milestone in the 3GPP meeting, namely the completion of non-independent (Non-Standalone) 5G. Standardization of the new airspace to support the launch of 5G large-scale trials and deployments in 2019.
At present, Qualcomm has completed the research project of Release 14 for 5G new air interface, and is fully involved in the work project of Release 15. In the R15, Qualcomm will be the first to complete the non-independent mode of the 5G new air interface, and then complete the Standalone mode to achieve a fully operational next-generation core network.
Qualcomm will do a lot of work in the R15, and then complete the 5G further evolution in the work of Release 16 and the future Release 17. At the same time, the evolution of LTE technology will continue in R15.
Therefore, Qualcomm also expects the 5G new air interface standard in R15 to lay the foundation for our technological evolution in the next 10 years.
The chip is a weapon for Qualcomm's road ahead. The commercialization of 5G networks is inseparable from the support and promotion of terminals, and the chips in the terminals are the most important.
As early as 2016, Qualcomm has launched the world's first 5G modem - the Opteron X50 5G modem series, which supports 2G/3G/4G/5G multimode through a single chip, supporting the global 5G new air interface standard and Gigabit LTE. However, the Snapdragon X50 5G modem initially supported the operation of the millimeter wave (mmWave) spectrum in the 28 GHz band.
Subsequently, in February 2017, Qualcomm expanded its Snapdragon X50 5G modem family to support the 5G new air interface multimode chipset solution for 3GPP 5G new air interface global systems, supporting operation below 6 GHz and multi-band millimeter-wave spectrum. The single chip supports 2G/3G/4G/5G multimode function.
Just past October 17, the Snapdragon X50 5G modem chipset achieved gigabit speed and data connection on the 28 GHz millimeter wave band, the world's first officially released 5G data connection. The Snapdragon X50 5G new air interface modem series is expected to support the 5G smartphones and networks commercially launched in the first half of 2019.
Before the official arrival of 5G, Gigabit LTE is playing a vital role in driving the 5G mobile experience, and Qualcomm is also pushing the development of Gigabit LTE. On February 11, 2016, Qualcomm unveiled the sixth generation of split LTE multimode chipset, the Opteron X16 LTE modem, which delivers "fiber-like" LTE Category 16 download speeds of up to 1 Gbps. . Its top mobile platform, the LT 835, is integrated this year with the Snapdragon X16. With multiple Gigabit LTE networks deployed around the world, Snapdragon 835 will target VR/AR, unlimited cloud storage, rich entertainment and instant The App application area provides consumers with a new generation of mobile networking experience.
Earlier this year, Qualcomm introduced the second generation Gigabit LTE modem Snapdragon X20, the world's first chipset to support LTE Category 18, enabling download speeds of up to 1.2 Gbps. The first commercial terminals are expected to be available in the first half of 2018.
5G prototype system keeps pushing new ideas to make dreams come trueIt is generally believed that the high frequency band with a frequency above 24 GHz belongs to the millimeter wave category. The millimeter wave band can not only provide a large bandwidth to support the data transmission rate of several gigabits per second, but also support extremely dense spatial multiplexing. Increase network capacity.
Therefore, the industry hopes to deploy advanced 5G new air interface technology including millimeter wave in mobile applications in 2019 to meet the growing demand for mobile broadband and support emerging use cases. For consumers, the enhanced mobile broadband supported by 5G's new air interface will bring unprecedented instant experience, thereby increasing media consumption, improving media content production, supporting immersive virtual/augmented reality (VR/AR), and improving Get the speed of rich information.
In September 2017, Qualcomm launched a 5G new air interface millimeter wave prototype system to accelerate mobile deployment for smartphones. It is understood that the prototype system operates in the millimeter wave (mmWave) band above 24 GHz, demonstrating the advanced 5G new air interface millimeter wave technology to achieve robust mobile broadband communication at a data rate of several gigabits per second in a real mobile environment. At the same time, the prototype system also successfully demonstrated Qualcomm's optimized millimeter-wave RF front-end design in smartphone-sized terminals for testing and testing the many challenges that millimeter-waves face in real-world environments: for example, terminal design and hand-held The signal is blocked.
In fact, more than that, as early as June last year, Qualcomm launched a 5G new air interface prototype system and test platform below 6GHz. The prototype system has been evaluated as the "World Internet Leading Scientific and Technological Achievements" of the Third World Internet Conference. In November of the same year, the 5G new air interface spectrum sharing prototype system and test platform were launched.
Group cooperation to make 5G lighting globalIn the process of the development of 5G, the single-player struggle can never achieve the dream, and the cooperation is the king. Qualcomm understands this truth. On the way to promoting 5G lighting around the world, it has not closed the door, but has cooperated with the group.
In February of this year, Qualcomm announced that it will cooperate with ZTE and China Mobile to conduct interoperability testing and OTA field test based on the 5G new air interface specification. The test is based on the 3.5GHz frequency band and will be launched in the second half of 2017.
In August, China Telecom's Xiong'an National Backbone Network and 5G Innovation Demonstration Network kick-off meeting was held in Xiongxian County. Qualcomm and China Telecom and other partners announced the joint construction of 5G innovation demonstration network.
In September, Qualcomm announced that it is working with Nokia to promote the large-scale deployment of mobile 5G new airspace to meet the growing market demand. Both parties will accelerate interoperability testing and testing in line with the global standard of 3GPP 5G New Air Interface Specification. A joint 5G consumer survey shows that there is a clear global demand for large-scale deployment of 5G in the short term, and nearly 50% of respondents indicated their willingness to become 5G early users. At the same time, the two parties also promised to make the standard 5G new air interface network infrastructure and terminal ready to support the commercialization of mobile 5G in 2019.
This is just the tip of the iceberg. In foreign countries, Qualcomm announced that it will cooperate with leading operators such as AT&T, Vodafone, NTT DOCOMO, Telstra and SK Telecom to launch a new generation of 5G new air interface test on a global scale, which will continue to accelerate the pace of 5G commercial deployment.
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