INTERSECTION TRAFFIC SENSOR
High-performance radar sensors engineered for intelligent perception in road and airspace
DTAM D09-V/50m
Radar-Video Fusion, Inductive Detection, Virtual Coil, All-Weather Operation
1. Radar-video fusion, 4 lanes, 50m range, 32 detectable objects. 2. Lane/section stats: volume, speed, occupancy, headway, 85th percentile speed. 3. Presence & flow accuracy ≥95%, occupancy accuracy ≥85%. 4. All-weather operation, 7×24 reliable performance. 5. Pole-mounted (6-8m installation height), supports remote debug and upgrade.
DTAM D19-V/160m
Wide area multi-target detection,Holographic multi-dimensional perception,Multi-sensor fusion Multi-target radar,High-precision
1. Integrated radar-video fusion for 6 lanes up to 160m. 2. Provides full microwave detector data: speed, volume, headway, classification, queue, occupancy. 3. High accuracy: flow ≥95%, queue & event ≥90%. 4. Detects pedestrians, non-motor vehicles, and all vehicle types. 5. All-weather operation unaffected by rain, snow, fog, or light; supports NTP time sync.
DTAM D29-V/260m
Wide area multi-target detection,Holographic multi-dimensional perception,Multi-sensor fusion Multi-target radar,High-precision
1. Integrated radar-video fusion for 8 lanes up to 260m. 2. Provides traditional microwave data: speed, volume, headway, classification, queue, occupancy. 3. High accuracy: flow ≥95%, queue & event ≥90%. 4. Detects pedestrians, non-motor vehicles, and all vehicle types. 5. All-weather operation unaffected by rain, snow, fog, or light; supports NTP time sync.
DTAM D39-V/350m
Wide area multi-target detection,Holographic multi-dimensional perception,Multi-sensor fusion Multi-target radar ,High-precision, all-weather suitability
1. Integrated radar-video fusion for 8 lanes up to 350m. 2. Provides traditional microwave data: speed, volume, headway, classification, queue, occupancy. 3. High accuracy: flow ≥95%, queue & event ≥90%. 4. Detects pedestrians, non-motor vehicles, and all vehicle types. 5. All-weather operation unaffected by rain, snow, fog, or light; supports NTP time sync.
RTE V29-V/300m
4D Imaging Radar-Video Fusion, High-Precision Wide-Area Coverage, Multi-Event Detection, Digital Twin
1. Higher SNR for accurate & continuous trajectory tracking. 2. Up to 12 lanes, 300m range, decimeter-level ranging, 20Hz output rate. 3. Detection rate >98%, effective tracking rate >95% in intersections. 4. Supports multiple incidents including queue overflow alerts. 5. Unaffected by lighting, rain, snow, or fog – 24/7 performance.
RDE-02
Transparent data transmission，RS485 signal controller interface，Up to 4 detectors support
1. Supports data analysis and processing from up to 4 detectors, interfaces with traffic signal controller via RS485. 2. Outputs vehicle presence, queue data, statistics, area status, etc. 3. Supports network (RJ45) input and RS485 output. 4. Temperature range: -40°C to +70°C.
RDE-04
Compact & lightweight，Multi-channel I/O with Ethernet access，Wide temperature endurance
1. Data analysis and processing for up to 4 detectors, interfaces with signal controller via relay. 2. Outputs vehicle presence. 3. Supports network (RJ45) input. 4. 16 relays (I/O) by default, expandable to 32 max. 5. Operating temperature: -40°C to +70°C.
RTP Traffic Data Platform
Accurate & Reliable Sensing，Multi-dimensional Analytics，Open Collaboration，Flexible & Scalable Deployment
1. The platform delivers accurate, reliable sensing by unifying radar data collection, storage, analysis and sharing on one middle platform. 2. It realizes all-weather high-precision monitoring via multi-target radar, stable at night and under severe weather. 3. It supports multi-dimensional deep analysis for intersection monitoring, signal evaluation, incident archiving and traffic analysis, converting raw data into visual charts for decision support. 4. It enables open collaboration and data sharing through pub-sub protocols and APIs, breaking data silos to interconnect with external traffic systems. 5. It features flexible, scalable deployment in standalone, lightweight, standard, distributed and cluster modes to meet diverse radar access requirements.