Enterprise · Solutions
Radar-Video Sensing Pole Site
Real-Time Long-Distance Accurate Sensing for Smoother and Safer Traffic
Radar-Video Sensing Pole Site
In smart transportation scenarios, to address challenges such as poor visibility in low-light environments, inaccurate detection in complex scenes, and low manual O&M efficiency, Huawei's Radar-Video Sensing Pole Site portfolio solution delivers precise sensing, real-time intelligence, and simplified construction & maintenance capabilities. It enables precise sensing of road network status as well as traffic targets and incidents, ultimately enhancing travel experience and governance efficiency.
Benefits
Accurate Sensing
• Vehicle feature recognition accuracy ≥ 95%
• Lane-level cross-pole path continuity accuracy ≥ 95%
Real-Time Intelligence
• Detection accuracy of seven types of events ≥ 95%
Simplified Construction and Maintenance
• Poles deployed every 1,000 m, reducing costs by 25%
• Radar networking self-calibration and zero dependency on HD maps in tunnels, reducing delivery cycles by 15%
• All-in-one cabinet integrating network, computing, storage, and management; featuring high reliability and security, with a 30% boost in delivery efficiency
• One-stop unified management, and visualized & controllable device status, improving O&M efficiency by 30%
Architecture
Products
OptiXstar MA5621E
OptiXstar MA5621E is an industrial-grade ONU that has two GPON ports on the network side, and eight GE ports on the user side.
CloudEngine S5735I-S-V2 Series Industrial Switches (DIN Rail–Mounted)
• 8/16 x 10/100/1000BASE-T downlink ports + 2 x GE SFP ports + 4 x 10GE SFP+ ports
• Switching capacity of 520 Gbit/s
• Extended operating temperature range (–40°C to +75°C)
• DIN rail–mounted, facilitating installation and maintenance
iMaster NeoSight Enterprise Network Management
It centrally manages the resources, traffic, and quality of both wired and wireless networks. Advanced network quality diagnosis and full-lifecycle management functions facilitate proactive O&M on both wired and wireless networks, accelerating fault demarcation and simplifying network O&M.