Why Did ZTE Launch the First 5G-A Vehicle-Road-Cloud Integrated V2X Network?

ZTE launched the first 5G-A vehicle-road-cloud integrated V2X network to improve smart transportation and autonomous driving. Traffic efficiency, ultra-reliable connection, and cost-effective V2X (Vehicle-to-Everything) communication are all improved by this novel network design. This is a thorough examination of ZTE's motivations for starting this innovative project.

Developing Autonomous Vehicles

Embracing autonomous driving technologies is a key component of ZTE's rollout of the 5G-A based V2X network. ZTE integrated car, road infrastructure, and cloud computing resources to create an ecosystem where vehicles can interact smoothly with each other and the environment. Autonomous cars need this communication network to make real-time choices based on extensive data, improving road safety and efficiency.

Improving The Efficiency of Traffic

The deployment of ZTE is primarily driven by the goal of improving traffic efficiency. Vehicles may interact with road signs, traffic lights, and other infrastructure components to improve traffic flow by integrating 5G-A technology. Dynamic route design, congestion management, and coordinated junction control reduce urban traffic and travel times via real-time information sharing.

Getting Ultra-Reliable Communication

The 5G-A V2X network by ZTE offers ultra-reliable communication, essential for autonomous driving systems. The network provides quick and stable communication between cars and infrastructure parts, with a latency of 20 ms at 99.99%. In order to improve overall safety and driving experience, cars must be able to respond quickly to changing road conditions and potential threats. This is made possible by the low latency and high dependability of this connection.

L4 Autonomous Driving Capability for L2 Vehicles

The ability of ZTE's deployment to enable Level 4 autonomous driving for Level 2 cars at up to 60 km/h is another noteworthy accomplishment. This accomplishment shows how well the 5G-A based V2X network supports sophisticated autonomous driving features. ZTE has developed an environment where cars may access real-time data processing and decision-making skills, allowing them to function autonomously in a broader variety of circumstances. This is made possible by using edge-cloud computing resources at base stations.

Cost-effective V2X Transmission

ZTE's 5G-A V2X network stresses cost-efficiency, making modern communication technologies more accessible. ZTE reduced network upgrades and infrastructure expenditures by using existing infrastructure and integrating edge-cloud computing at base stations. This method lowers implementation costs and scales V2X communication systems, allowing their inclusion into transportation networks.

Conclusion

ZTE's first 5G-A vehicle-road-cloud integrated V2X network is a milestone in smart transportation technology. ZTE 5G is leading this change by redefining how cars communicate with one another and the world around them using state-of-the-art technology. In the future of driverless and connected cars, ZTE's expertise in implementing sophisticated V2X networks will be important.

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Created on Apr 7th 2024 13:35. Viewed 57 times.

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