Also in Shanghai, East Asia, the 2021 World Mobile Communications Conference site is crowded with people. In the 5G millimeter wave exhibition area, the real-time network speed display area.
Multiple devices with an average real-time rate above 4Gbps break people's network of the venue over and over again. Set the mindset of the environment.
The millimeter wave network not only solves the problem of network congestion in densely populated areas, but also generates a large number of 5G use cases.
In fact, the deployment of millimeter waves in crowded areas such as stadiums, airports, and office buildings has become the focus of attention from operators, equipment vendors, and event organizers in the venue.
It is reported that millimeter wave networks have already begun to be deployed in many stadiums around the world. In addition to many large stadiums in North America, they also include the PyeongChang Winter Olympics in South Korea, the Tokyo Olympics in Japan, and the Beijing Winter Olympics in China. Some venues.
Millimeter waves have demonstrated extremely strong network performance in event venues. For example, in the Minneapolis Stadium, which can accommodate close to 67,000 people in North America, the average rate can reach more than 1Gbps through millimeter wave coverage.
Focusing on a series of requirements for sports events, millimeter waves can provide a wireless high-speed live network environment for professional broadcast media, and can also transmit multi-view broadcast signals to the audience for viewing. For event organizers, the management of smart stadiums can also be realized through the mixed reality images of AR and VR.
The audience in the stadium can also share the dynamics of the stadium unimpededly through the network at any time, and the audience outside the stadium can even have a real-time virtual competition with the players through VR equipment. In fact, the application of millimeter wave technology in the sports field shows the advantages of millimeter wave with large bandwidth, extremely low delay, and support for dense cell deployment.
In addition, through its advantages in high-precision positioning, it can provide fast and high-precision positioning services in application scenarios such as industrial Internet, logistics and transportation, Internet of Vehicles, transportation hubs, large venues and parks.
Undoubtedly, 5G millimeter wave has become a key enabling technology to enhance user experience and digital transformation in all walks of life.
At present, millimeter waves are in bud in different regions, which is precisely to prepare for the future network demand.