On April 21st, the 2026 Global 6G Technology and Industry Ecological Conference opened in Ningbo. As a platform for the transformation of 6G scientific and technological achievements and industrial technology incubation, Zijinshan Group, a subsidiary of SGI Group, combined with Ziwei Tektronix, Zijin Xingyu and other investment and incubation enterprises, and closely followed the main line of "Technology Verification and Scene Incubation", and centrally demonstrated 5 iconic application scenarios at the conference, with an aim of verifying 6G key technical indexes and providing scientific basis for 6G future industrial investment and technology industrialization landing through the creation of actual scenes. The purpose of the conference is to verify 6G key technical indicators through the creation of actual scenarios and to provide scientific basis for 6G future industrial investment and technology industrialization.
"one" radical in Chinese characters (Kangxi radical 1),6G Technology + Low Altitude Airway Holographic Sandbox Scene: Constructing 6G Low Altitude Passage Control System
In response to the airspace management problems brought about by the explosive growth of the low-altitude economy, the scenario creates a 6G low-altitude airway holographic sand table in the pilot flight section from "Sand Boat to Zijinshan Science and Technology City", deeply integrating the 6G millimeter-wave sensing integrated private network and high-precision positioning capability, realizing full real-time monitoring of the flight status of unmanned aerial vehicles and 3D airway autonomous intelligent planning. It effectively solves the pain points of insufficient positioning accuracy and high artificial dependence under the traditional mode, and builds a low-altitude traffic management model of "sensing integration".
The application systematically verifies the core indexes of high concurrent access, uplink bandwidth enhancement and millisecond low-latency transmission of the equipment, and establishes the landing path of the integrated technology of "communication-perception-computation". The future value lies in providing a solid network base for the large-scale development of low-altitude economy, as well as providing a replicable paradigm for the safety control and numerical upgrading of urban air traffic, which is the key support for promoting low-altitude economy from "flying up" to "manageable and manageable". It is the key support to promote the low altitude economy from "flying" to "managing and controlling".
stupid (Beijing dialect),6G Technology + Holographic Remote Live Streaming Scene: Reshaping the "Borderless" Communication Experience of Cross-domain Interaction
In order to break through the time and space limitations, the scene builds a Beijing-Nanjing cross-regional holographic remote broadcast scene based on 6G technology. Relying on 6G millimeter wave wireless network and deterministic CENI network, it realizes real-time holographic presentation of 4K ultra-high-definition images from the collection end in Beijing to the display end in Nanjing, with end-to-end delay controlled within 800 milliseconds. By creating an immersive remote interactive experience, it visually compares and highlights the overwhelming advantages of 6G technology network in terms of ultra-high picture quality and low latency, breaking the communication barriers of traditional two-dimensional screens.
This application strongly verifies the advantages of 6G technology network in large bandwidth deterministic transmission, anti-weak network coding and decoding, and low-latency dynamic frame tracing technology, which not only provides a new technology path for telemedicine, tele-education, and high-end business meetings, but also verifies the advancement of 6G in supporting ultra-high-definition holographic communication, breaking the geographic barrier, and reconfiguring the mode of remote collaboration, and so on.
surname San,6G technology + 8KVR immersive conference experience scene: opening a new era of panoramic interaction
Focusing on the pain points of traditional conventions and exhibitions, such as weak sense of participation in other places and flattened information transmission, the scenario deploys 6G technology + VR + 8K immersive conference system in the main venue of Shangqinhuai International Cultural Exchange Center. Through the cooperation of 8K panoramic camera and 6G millimeter wave network, it realizes the real-time acquisition of 360° without dead angle at the conference site and the immersive presentation of VR terminal, and the end-to-end transmission delay is as low as milliseconds, so that the remote participants can get the immersive feeling of being in the scene, and change the traditional conference mode of one-way viewing.
This application successfully verifies the technical capability of 6G millimeter wave network in terms of stable transmission with large bandwidth (Gbps), multiple concurrent accesses and deterministic low latency. In the future, it will be of great value in promoting the paradigm shift from "flat viewing" to "immersive experience", and reconfiguring the shape of exhibition, live broadcasting of events and education and training industries.
4,6G technology + AIEDGE soccer goalkeeper scenario: efficient convergence of communication and AI edge computing power
In order to visually demonstrate the control ability of 6G technology on highly dynamic physical world, the scene uses 6G technology + AIEDGE soccer goalkeeper robot system to form the whole process from high-speed goal capture to millisecond-level saving of the robotic arm, and realizes the millisecond-level response of "high-speed visual acquisition - edge pre-processing - AI trajectory prediction - real-time motion control" by using the large bandwidth and low-latency characteristics of millimeter-wave communication. AI trajectory prediction - real-time motion control" millisecond response, vivid interpretation of the human-machine collaboration of extreme speed and precise control.
As a typical "high real-time + strong closed-loop control" scenario, this application strongly verifies the characteristics of 6G millimeter wave technology in terms of ultra-low port delay, large uplink bandwidth, edge AI computing power and high-reliability transmission. This technological breakthrough not only demonstrates the application potential of 6G+AI in the field of intelligent sports, but also provides key technological validation for future industrial automation, remote precision surgery and hazardous environment operations and other vertical industries that are extremely sensitive to time delay, which is a key step to realize the "Intelligent Connection of Everything".
5,6G Technology + Intelligent Traffic Signal Light Scenario: Intelligent Network Support for Integrated Development of Vehicle-Road-Cloud
Aiming at the pain points of traditional fiber deployment limitations and lack of wireless network stability in intelligent transportation, the scenario builds millimeter-wave large-bandwidth wireless road network demonstration area in Zijinshan Science and Technology City, utilizing millimeter-wave technology's advantages of large bandwidth and low latency to realize millisecond-level (<20ms) real-time backhaul of traffic signal light data and network transformation, and to build a highly reliable and secure transportation neural network.
This application verifies the beamforming capability, link tracking stability and security mechanism of physical one-way transmission of millimeter wave in complex urban scenarios. The future value lies in the provision of low-cost, highly reliable roadside communication solutions for the national strategy of "vehicle, road and cloud integration", which will strongly support the large-scale application of automated driving and the digital transformation of smart city traffic management, and is an indispensable "nerve endings" for the construction of future smart transportation infrastructure. It is an indispensable "nerve endings" for building future intelligent transportation infrastructure.
