IoT key driver for OPPO, Etisalat 6G vision with connections of 10M devices per sq km
OPPO announced that the new OPPO Research Institute has officially released its first 6G white paper, 6G artificial intelligence Cube Intelligent Networking. The industry’s first in-depth report on how artificial intelligence can empower 6G network architecture, the white paper proposes a more detailed vision for the design of next-generation communication networks.
OPPO has established a pre-research team to conduct preliminary research on 6G service and technology requirements, key technologies, and system features. The global smartphone leader believes that 6G will reshape the way people interact with artificial intelligence, as it is utilised to serve the public through a myriad of applications.
In June 2021, United Arab Emirates telecoms provider Etisalat announced plans for 6G, stating that the network is expected to be even faster and support applications such as augmented and virtual reality, as well as artificial intelligence infrastructure. With technology that could usher in transmission speeds 100 times greater than 5G, along with near-zero latency, and connection densities as high as 10 Million devices per square kilometre, the IoT, already a key part of 5G, becomes an important factor in economic growth.
OPPO is among the first brands in the region to lead the 6G journey and vision next to Etisalat, making it a reality with the 6G white paper, and reflecting the brand’s agenda that falls in line with the UAE’s.
According to a new industry report by IDTechEx, sixth-generation mobile network technology will be a $1 Trillion opportunity for telecoms and Communications Service Providers, CSPs. The new report predicts that operators will launch their fledgling 6G networks in 2030, with the technology overlapping with its 5G predecessor for at least seven years, before 6G becomes the dominant network infrastructure of choice by 2037.
OPPO’s 6G white paper takes an innovative step forward by introducing an artificial intelligence function plane as a new dimension in 6G networks, running perpendicular to the traditional CP and UP planes to form an Intelligent Cube artificial intelligence cube. This unique, artificial intelligence enhanced architecture will enhance the 6G network on two levels: network functionality and high-level networking capability to allow 6G networks to self optimise, dynamically administrate themselves, and intelligently distribute resources.
6G will fundamentally revolutionise how artificial intelligence infers, learns, interacts, and is applied, solving many traditional problems faced in artificial intelligence development, such as data silos and user privacy. To alleviate some of the current limitations of artificial intelligence algorithms, the white paper proposes dividing artificial intelligence resources into different domains. Arranged according to specific artificial intelligence tasks, multiple nodes, and resources under the 6G network will form artificial intelligence domains, providing optimal strategies for accurate artificial intelligence model allocation, network resource scheduling, and data sharing.
Currently, the limited computing power and storage capacity of smart devices make it difficult for them to employ large, generalised artificial intelligence algorithms. Meanwhile, the specialised artificial intelligence capable of running on these devices are unable to meet the large data demands of most users. Under 6G networks, however, the artificial intelligence domain will be able to take on multiple roles such as that of a traditional base station, database, artificial intelligence model repository, and application server.
Under the proposed network, 6G devices will be allocated to an artificial intelligence domain based on the location and requirements of the device. This artificial intelligence domain will then issue the most suitable artificial intelligence algorithm and task needed to deliver the desired services, while providing the most optimal communication connection to carry out the relevant tasks. Unlike 4G and 5G networks, the artificial intelligence used for inferring and decision making in 6G networks will be organically integrated on both the device and network sides, with the device assuming a more important role.
OPPO will continue to conduct pre-research into 6G technology, which will assist in the formation of the world’s 6G standards in the near future. As a key contributor to the popularisation of 5G, OPPO will also continue to work with its partners to promote the large scale commercialisation of 5G, leading the development of the internet of experience through the evolution of communications technology to bring its benefits to all.
“Technological development must be forward-looking. Mobile communication technology evolves in decade long periods, and standardisation of the next generation of communication technology is expected to begin in 2025, with commercial implementation following in around 2035,” said Henry Tang, OPPO’s Chief 5G Scientist.
Tang added, “Looking towards 2035, OPPO expects the number of intelligent agents in the world to far exceed the number of humans. Therefore, the next generation of communication technology, 6G, should be able to serve the needs not only of people but of all forms of intelligence and their various interactions. With this end goal in mind, we have carried out the early technical research and system design.”
