How vivo’s 6G Vision Will Shape Intelligent Connectivity

vivo’s 6G Communications Research Institute Reveals Latest 6G R&D Progress as It Forges the Intelligent Future

Beijing At the company’s “Approaching the 6G Era” conference today, the vivo Communications Research Institute highlighted its most recent 6G research accomplishments. “Convergence of AI and Communication,” “Technologies of Integrated Sensing and Communication,” and “6G Network Architecture” are three whitepapers that the Institute has published.

The launch of several prototypes created by vivo employing technologies recognized as essential to the next-generation mobile communication standard was also celebrated at this event, providing a glimpse into how 6G can alter customer experiences and lifestyles.

According to the information provided in its three previously published whitepapers, “Digital Life 2030+,” “6G Vision, Requirements and Challenges,” and “6G Services, Capabilities and Enabling Technologies,” the Communications Research Institute has been actively undertaking comprehensive research on 6G since 2020.

“At vivo, we think that technology should benefit our users and meaningfully improve their lives. According to Qin Fei, president of the vivo Communications Research Institute, “this concept motivates us to explore new boundaries from a consumer-first standpoint.

“Reflecting this idea, the series of whitepapers we are launching today explore concepts and key technologies we believe will help shape the 6G user experience, including AI and sensing technologies, as well as network architecture that natively supports the convergence of mobile communications and computing to make 6G possible.”

AI and Communication Synthesis

In order to meet demands for more throughput, reduced latency, improved dependability, and more connections, communication systems are changing. In light of this, artificial intelligence (AI) has been recognized as one of the core 6G technologies with the ability to present truly exceptional solutions.

Sun Peng, Director of Transmission Technology at the vivo Communications Research Institute, stated that “AI can help solve multiple 6G communication system challenges, support the advancement of communication technology, enhance signal transmission, and optimize network connectivity, thereby offering our consumers more stable and smoother network connections, anytime and anywhere.”

The research by vivo was undertaken from the standpoint of a device maker because of the significant impact AI may play in the 6G user experience. A few system design ideas were proposed by the vivo Communications Research Institute, including unified lifecycle management (LCM) based on logical nodes that would serve as the foundation for a protocol architecture that is efficient, elegant, and future-proof.

In addition, Peng introduced a distributed AI 6G system designed by vivo, which will be essential for guaranteeing data security and privacy.

ISC stands for Integrated Sensing and Communication

In various scenarios, including industrial automation, smart healthcare, smart transportation, warehousing and logistics, among others, it is anticipated that the integration of sensing and communication technologies in 6G would play a significant role.

The 6G Director at the vivo Communications Research Institute, Jiang Dajie, presented vivo’s position on the key ISAC technologies, including waveform and signal design, multi-band collaborative sensing, multi-antenna ISAC systems, Coordinated Multi-Point (CoMP) for ISAC, link adaptation, mobility management for ISAC, and techniques for removing non-ideal factors from sensing.

Additionally, vivo unveiled three ISAC prototypes based on various sensing techniques, including as Base Station (BS) monostatic sensing, BS-to-UE bistatic sensing, and CoMP-based sensing. The prototypes offer a simple display of ISAC scenarios including trajectory tracking, respiration monitoring, positioning and speed assessment.

“ISAC technology will change how humans interact with the digital world and may be extremely important in a number of applications, including intelligent transportation systems, healthcare, and industrial automation. Future consumers would benefit from increased convenience thanks to the 6G system’s sensing capabilities, according to Jiang Dajie.

Network Architecture for 6G

In order to successfully integrate communication, AI, and sensing technologies and satisfy the anticipated 6G service needs, the design of the 6G network architecture is essential. Yuan Yannan, a vivo 6G expert, explained the design ideas for vivo’s 6G network architecture during the event and gave an overview of the overall system architecture and important technologies.

“The 6G network architecture is based on three primary design principles: maintaining 5G’s benefits, addressing new 6G requirements, and expanding fundamental capabilities. Following these guidelines, Yuan Yannan stated that the 6G network design will come standard with support for capabilities like AI and ISAC, giving consumers access to multidimensional services that go beyond communication and resulting in an improved user experience.

Massive new opportunities, according to vivo, will be unleashed in the 6G era by a number of important technologies, including the convergence of mobile networks and computing, the AI enabled network, the almost zero power IoT, and the 6G-Satellite Integrated Network.

Mobile users will be able to go beyond their hardware restrictions to play top-notch online games, interact with 3D virtual people, and experience XR wherever they are thanks to the development of a number of cutting-edge technologies.

The advent of 6G will open up a world of incredible prospects for both consumers and the communications sector. A freely connected physical and digital environment is what vivo envisions for 6G, and the business is working with partners in the industry all across the world to make this vision a reality.

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