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Smart Water Area Radar
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The TR8-1 Microwave Traffic Flow Detector is an 80 GHz high-frequency, high-performance traffic millimeter-wave radar designed for precise perception of traffic conditions. Utilizing millimeter-wave radar beams, it captures critical physical information about road vehicles, including relative distance, speed, angle, and motion direction. The device enables accurate classification and continuous tracking of targets, offering all-weather, all-time, and full-area detection capabilities as well as multi-target continuous tracking functionality. It is ideally suited for target detection in various urban applications, such as urban expressways and intersections.
TR8-1 Microwave Traffic Flow Detector
The TR8-2 Microwave Traffic Flow Detector is an 80 GHz high-frequency, high-performance traffic millimeter-wave radar designed for precise perception of traffic conditions. It offers a maximum longitudinal detection range of up to 1000 meters, making it suitable for large-scale target detection across up to 12 lanes in both directions. This radar can simultaneously detect and track up to 1024 targets, providing real-time output of critical information such as the position, speed, and type of each detected object. Key features of this radar include multi-target detection, vehicle type recognition, flow density and speed statistics, and comprehensive event detection capabilities. Additionally, by integrating multiple radars into a networked system, continuous tracking and positioning of the same target can be achieved, ensuring unique identification across the entire monitoring area.
TR8-2 Microwave Traffic Flow Detector
The TR8-5 point cloud microwave traffic flow detector adopts a new high-resolution imaging perception radar front-end, which greatly improves the number of point clouds, resolution and trajectory stability of the collected. It has the characteristics of low latency, high precision, and high reliability.
TR8-5 Point Cloud Microwave Traffic Flow Detector
The Traffic Detection Integrated Unit is an intelligent traffic environment perception device that integrates millimeter-wave radar and visual sensing data. Designed for two primary application areas—traffic flow collection and traffic management—it offers a range of advanced features, including multi-target detection on roadways, real-time traffic volume and speed statistics, and event detection. This device represents a cost-effective, highly reliable solution for multi-source data fusion in traffic sensing applications. It is ideally suited for use in urban intersection environments, highway settings, campus road networks, and other specialized traffic scenarios.
TRV8-1 Integrated Flow Detection Unit
The Event Forensics Integrated Machine is an intelligent traffic environment perception device that integrates radar and visual sensing data. Designed for applications such as traffic flow collection, traffic management, vehicle-infrastructure collaboration, and smart highways, it delivers advanced capabilities including multi-target intelligent detection and recognition for road traffic, traffic flow statistics, traffic event detection, and enforcement-based violation capture. This high-precision and highly reliable multi-source traffic perception device is ideal for diverse scenarios, including urban road intersection monitoring, highway environment sensing, campus road environment awareness, and other specialized traffic settings.
TRV8-2 Incident Forensics All-in-One Machine
The TR9-1 Microwave Traffic Flow Detector is a high-frequency, 92 GHz, high-performance traffic millimeter-wave radar designed for precise perception of traffic conditions. Utilizing millimeter-wave radar beams, it captures critical physical information about road traffic vehicles, including relative distance, speed, angle, and motion direction. The device enables accurate classification and continuous tracking of targets, offering all-day, all-weather, and full-area detection capabilities as well as multi-target continuous tracking functionality. It is ideally suited for target detection in various urban applications, such as urban expressways and intersections.
TR9-1 Microwave Traffic Flow Detector
TR9-2 microwave traffic flow detector is a 92GHz high-frequency high-performance traffic status accurate perception traffic millimeter wave radar, the longitudinal farthest detection distance can cover more than 500m, the horizontal detection distance can cover 50m, can meet the two-way 12-lane large-scene target detection, the radar can detect and track 512 targets at the same time, real-time output of each target location, speed and type of information such as the location, speed and type of each target, and the near- and far target positioning accuracy can reach ±0.2m.
TR9-2 Microwave Traffic Flow Detector
The TR9-3 Microwave Traffic Flow Detector is a high-frequency, high-performance traffic millimeter-wave radar designed for precise perception of traffic conditions. Operating at 92 GHz, it delivers exceptional accuracy in detecting traffic states. With a maximum longitudinal detection range exceeding 1000 meters and a lateral detection range covering up to 50 meters, this radar is capable of handling large-scale target detection across up to 12 lanes in both directions. Equipped with advanced multi-target processing capabilities, the radar can simultaneously detect and track up to 1024 targets, providing real-time output of critical information such as each target's position, velocity, and type. Notably, its near-field and far-field target positioning accuracy both reach an impressive ±0.2 meters, ensuring reliable and detailed data collection even under challenging conditions.
TR9-3 Microwave Traffic Flow Detector
The Smart Tunnel Lighting Radar is an intelligent device that leverages advanced millimeter-wave sensing technology. It continuously detects and tracks the precise location, speed, and overall traffic flow of each vehicle within the tunnel, providing critical data to the lighting system. This enables the luminaires to automatically adjust their brightness in real time. Designed to empower smart lighting with unparalleled precision, the radar directly supports three key objectives: precise light control, energy conservation and emission reduction, as well as enhanced safety.
The BR8-1 Road and Bridge Disaster Warning Radar is a fully solid-state deformation monitoring system based on the FMCW architecture. Equipped with multi-channel MIMO technology, the radar leverages multi-receive-multi-transmit imaging and differential interferometry, combined with advanced array optimization techniques, to deliver high-resolution imaging and sub-millimeter-level deformation measurement accuracy. This enables highly precise, wide-angle monitoring of even the slightest deformations occurring in monitored slope structures. Additionally, the system incorporates an omnidirectional corner reflector, ensuring a consistently high radar cross-section from all directions, thereby simplifying on-site alignment and deployment. Through the application of array optimization technology, the radar significantly enhances both array resolution capabilities and overall array gain. Featuring long-range performance, rapid data update rates, and robust immunity to adverse weather conditions, this radar is ideally suited for applications such as road and railway infrastructure monitoring, as well as slope stability assessments.
BR8-1 Bridge and Road Disaster Warning Radar
The 60GHz vital sign radar is designed for use in commercial and passenger vehicles, installed in locations such as rearview mirrors or vehicle roofs, to detect the presence of life signs left inside the cabin. This radar employs an FMCW architecture and utilizes phase-based detection to capture subtle micro-movements associated with living beings, ensuring accurate identification of human activity. Combined with multi-transmit/multi-receive DBF beamforming technology, it enables precise multi-target localization. Additionally, the system offers flexible configuration options for defining detection zones, effectively filtering out false alarms originating from areas outside the designated region.
ACPDR301T1 Vital Signs Radar
High-performance 77GHz front radar specifically designed for commercial vehicles, passenger cars, and special-purpose vehicles. It delivers a detection range of up to 220 meters with a Field of View (FoV) of 140°, enabling precise real-time target recognition to enhance road safety. The radar employs an FMCW architecture and incorporates advanced technologies such as MIMO with multi-transmit/multi-receive antennas, CFAR processing, and AOA estimation, achieving a remarkable angular resolution of 3° and robust target-tracking capabilities. Additionally, it supports online automatic corner marking, occlusion detection, and CAN-bus wake-up functionality, facilitating seamless sensor fusion with visual ADAS systems.
AMFR404TC Front Radar
The 77G corner radar is designed for both commercial and passenger vehicles, seamlessly integrating into the corners of vehicle rear/front bumpers. It enables real-time, high-precision detection of road targets in the vehicle's front and rear lateral areas. This radar leverages FMCW and MIMO technologies, offering a field-of-view (FoV) of up to 150°, with angular measurement accuracy as precise as ±0.5°.
ASRR403T1/ASRR403T2 Corner Radar / Front Corner Radar
The Side Blind Spot Detection Radar is a target-level detection 77GHz vehicle-mounted millimeter-wave radar sensor independently developed by Ruixing Electronic Technology Co., Ltd. It is designed for Blind Spot Information System (BSIS) applications in medium/large commercial vehicles compliant with UN Regulation No. 151 (UN R151). Installed on both sides of the vehicle, it enables high-precision, high-resolution perception of targets such as pedestrians and cyclists within a ±90° field of view (FoV).
BSIS403T3 Side Blind Spot Radar
77GHz 4D point cloud imaging radar is designed for commercial vehicles, passenger cars, and special-purpose vehicles. It can be installed at the front or rear of the vehicle to deliver high-resolution, real-time 3D imaging of the surrounding environment within a 300-meter range ahead or behind the vehicle. Utilizing an FMCW modulation scheme, this radar employs advanced high-resolution algorithms to achieve azimuth resolution of 1° and elevation resolution of 1.5°, enabling precise identification of targets such as road signs, bridges, roads, vehicles, pedestrians, and more. Additionally, this radar supports Freespace functionality, making it suitable for L3+ autonomous driving systems.
AMDR405T1 4D Point Cloud Imaging Radar
This product is specifically designed for two-wheeled vehicles such as electric bicycles and motorcycles. It leverages 79GHz millimeter-wave radar technology, combined with a Multi-Target Tracking (MTT) algorithm and a deep learning-based classification model, enabling precise detection within a wide 120° Field of View (FoV) even in complex road conditions. The system effectively identifies targets including rearward-moving motor vehicles, non-motorized vehicles, pedestrians, and more. Equipped with four key functional modules—BSD (Blind Spot Detection), LCA (Lane Change Assist), RCW (Rear Collision Warning), and RCA (Rear Cross-Traffic Alert)—the system intelligently assesses potential collision risks and triggers a three-level audio-visual alarm. This comprehensive solution provides riders with full-cycle protection, ranging from risk alerts to emergency evasive maneuvers.
TW-7901 Scooter Blind-Spot Monitoring Radar
This product is designed specifically for two-wheeled vehicles such as e-bikes and motorcycles. Adopting 79GHz millimeter-wave radar technology, combined with Multi-Target Tracking (MTT) algorithm and deep learning classification model, it enables accurate detection with a 150° wide Field of View (FoV) under complex road conditions, effectively identifying targets like rear motor vehicles, non-motor vehicles and pedestrians. Equipped with four functional modules—Blind Spot Detection (BSD), Lane Change Assist (LCA), Rear Collision Warning (RCW) and Rear Cross Traffic Alert (RCA)—the system can intelligently judge collision risks and trigger three-level audio-visual alarms, providing cyclists with full-cycle protection from risk warning to emergency evasion.
TW-7902 E-bike Blind Spot Detection Radar
This product is specifically designed for two-wheeled vehicles such as motorcycles. It adopts 79GHz millimeter-wave radar technology, combined with a Multi-Target Tracking (MTT) algorithm and a deep learning classification model. Under complex road conditions, it enables accurate detection with a 150° wide Field of View (FoV) and effectively identifies targets including rear motor vehicles, non-motor vehicles, and pedestrians. Equipped with four core functional modules—Blind Spot Detection (BSD), Lane Change Assist (LCA), Rear Collision Warning (RCW), and Rear Cross Traffic Alert (RCA)—the system can intelligently assess collision risks and trigger three-level audio-visual alarms, providing riders with full-cycle protection ranging from risk prompts to emergency avoidance guidance.
TW-7903 Bicycle Blind-Spot Monitoring Radar