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From standard to application OPPO lead the industry to explore 5G ubiquitous reality
sourceChina Tibet Network
time2018/06/27
- The first 5G standard has been completed. What is the next step?
On June 21st, the 2018 (and 6th) IMT-2020 (5G) Summit with the theme of “Building a New 5G Environment” was held in Shenzhen to discuss 5G technologies, standards, R&D, testing, industry, and commercial plans. The latest developments and trends in fusion applications.
The first 5G standard has been completed. What is the next step?
On June 21st, the 2018 (and 6th) IMT-2020 (5G) Summit with the theme of “Building a New 5G Environment” was held in Shenzhen to discuss 5G technologies, standards, R&D, testing, industry, and commercial plans. The latest developments and trends in fusion applications. Director of Standard Research Center of OPPO Research Institute Tang Hai attended and delivered a keynote speech and shared OPPO's thinking on 5G standard and terminal application innovation. During the period, the IMT-2020 (5G) Working Group also held the "Bloom Cup" 5G Application Solicitation Award Ceremony. The 5G-based Ubiquitous Reality (UR) project submitted by OPPO was awarded the first prize.
Talk about standards: milestones are reached, 5G standards will also evolve towards URLLC and mMTC
Just a week before the summit, 3GPP officially approved the freeze of the 5G specification of the Independent Network (SA) at the US General Assembly (TSG#80), which was combined with the non-independent network (NSA) completed in December last year. The 5G specification, the first phase of the complete 5G standard has been completed. This is a major milestone in the 5G standardization process, which means that the commercial deployment of 5G networks in 2019 is poised to take off.
The accomplishment of the first stage milestone does not mean the end of the 5G standard research work. The enhanced mobile broadband services will still dominate the initial deployment phase of 5G, meeting the needs of users for the short-time transmission of huge amounts of data such as ultra-high-definition video and games. At this stage, standards support for business-critical services and massive Internet of Things still exists. Great room for improvement. In this meeting, 3GPP also confirmed the establishment of Release 16 enhancements, including URLLC enhancement, 5G car networking, 5G unlicensed spectrum, 5G positioning, further enhancement of MIMO, and a series of enhanced projects such as 5G terminal energy saving. .
Tang Hai said, “We will also increase the corresponding technical capabilities of URLLC and eMTC and enhance broadband technology. The pace of technology will not stop. We will continue to move forward.”
It is worth mentioning that OPPO established a 5G standard team as early as 2005, and submitted a large number of technical specifications and research results in all aspects of the 5G standard formulation, including outputting more than 1,300 technical contributions, ranking among global terminal companies. Forefront; OPPO also led the discussion of the technical direction of specific 5G standards, and has already had some influence in the 5G international standardization.
Talk about products: OPPO is committed to launch 5G mobile phones in 2019
As a new generation of communications technology, 5G brings great challenges to the design of next-generation smart phones, including multi-antennas, multi-mode terminals, millimeter-wave, harmonic interference, MIMO OTA testing, high-power user equipment (HPUE), and Consumption and many other technical difficulties.
Faced with the challenges, OPPO's 5G product team has devoted a great deal of attention to research on algorithms, radio frequency, and antennas, and also carried out research and development work such as 5G future new service testing to ensure the 5G performance of OPPO terminals.
OPPO also cooperates with famous universities at home and abroad, including New York University and Beijing University of Posts and Telecommunications, to actively carry out advanced technology research. OPPO also joined the IMT-2020 Promotion Team as the only terminal manufacturer to participate in the formulation and release of the IMT-2020 test specification. At present, OPPO is working closely with the world's leading chip manufacturers and network manufacturers to work together to ensure the timely launch of 5G mobile phone products.
More importantly, OPPO is the closest terminal manufacturer in the 5G industry chain. With deep insights into the needs of users, especially young users, OPPO will help the industry to more effectively place 5G technologies into a truly changeable user experience. The applications and products became the first manufacturers to launch 5G handsets in 2019.
Talk about applications: OPPO leads the industry in exploring 5G killer applications
The fundamental purpose of mobile communications is to help people and people connect and communicate with each other anytime, anywhere, and to make the world smaller. When the 5G standards and products have already taken shape, the next key factor in industrialization is to find 5G killer applications.
Tang Hai said: "5G can achieve a world-wide, immersive experience. This is the ubiquitous (Ubiquitous Reality) experience proposed by OPPO. OPPO believes that ubiquitous reality will become one of the featured applications of 5G eMBB."
Specifically, the 5G ubiquitous reality concept proposed by OPPO makes full use of the low-millisecond delay of the 5G network and the multi-gigabit bandwidth capability to synthesize the visual resources from the terminal and the cloud, terminals, and terminals in a wide area in real time. Real and virtual boundaries. This concept includes:
Remote VR. Real-time consolidation of virtual visual resources generated at different locations through 5G networks. For example, the 3D network dressing room developed by OPPO can help the user to understand the trial wear, collocation, and other effects in real time when shopping online.
Remote AR. Real-time merging of virtual scenery resources and real-life visual resources generated in different locations through 5G networks; for example, users can collect 3D portrait information through an OPPO mobile phone and use 5G network to transmit, and finally receive a monitor at a remote location to achieve 3D portrait restoration.
Remote JR. Real-time merge of virtual and real resources generated at different locations through 5G. For example, two users can use the environment of one of them as a background to perform two-person photographing in real time, realizing a real-time photo-taking with friends from other countries or places they like.
With the advent of 5G, local AR/VR will evolve towards ubiquitous 5G (UR), which will bring new experiences and feelings for users. It will also trigger a new series of new visual services, including photographing, Short video, games, navigation and more. Of course, to support new 5G services, 5G handsets need to support a new generation of hardware and software capabilities to fully realize the potential of 5G, including more advanced display systems, more advanced camera systems, and AI processors.
Enhanced mobile broadband is the main business type of early 5G. With the evolution of standards and the maturity of products, 5G applications will inevitably expand to URLLC and MMTC. OPPO believes that the former can realize ubiquitous controls such as "autonomous driving, industrial control, and cloud learning," while "the world is big and under control." The latter can support the ubiquitous perception that "the world is big and within reach". Smart cities, telemedicine, smart home applications.
Article Source: China Tibet Network
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