CadPro's High Availability Parallel Cluster Servers provide the backbone for the central processing and storage system in modern urban traffic management. These servers are designed with open architecture, enabling easy upgrades and expansion as technology and infrastructure evolve. Optimized for handling massive amounts of real-time data, these servers offer high availability and scalability, ensuring seamless traffic monitoring, data storage, and processing. Whether it's managing traffic signal optimization, video wall systems, or public transport vehicle tracking, CadPro's servers provide reliable, high-performance solutions for smart cities.

WHY CHOOSE CADPRO'S HIGH AVAILABILITY PARALLEL CLUSTER SERVERS?

Reliability: These servers are built to ensure uninterrupted operations, supporting 24/7 traffic monitoring, signal optimization, and data processing.

Scalability: The open architecture allows for seamless upgrades and scalability, accommodating future growth and new technologies.

AI Integration: The AI-powered server clusters provide powerful image processing capabilities for traffic surveillance, improving security and law enforcement efficiency.

Comprehensive Management: Manage video walls, vehicle tracking, and traffic signals all from a single, integrated system, making urban traffic management more efficient and streamlined.

KEY FEATURES

High Availability & Open Architecture:

Uninterrupted Operations: Built to ensure maximum uptime, our high-availability servers ensure that traffic management systems operate without disruption, even during peak usage.

Open and Modular Design: These servers are designed with an open architecture, allowing for easy upgrades and expansions to keep pace with growing demands and technological advancements.

Scalable Solution: CadPro’s servers are highly scalable, capable of handling increased workloads, additional devices, and growing data storage needs as cities expand.

Server Cluster for Traffic Signal Optimization:

Optimized Signal Control: The CPR PL02-COM-24 server cluster manages the traffic signal optimization system, dynamically adjusting traffic lights based on real-time traffic conditions. This minimizes congestion and maximizes traffic flow, improving overall road safety.

Real-Time Traffic Flow Management: The server ensures the real-time adjustment of traffic signals across multiple intersections, making urban traffic more efficient and responsive.

Network Recording & AI Processing Cluster:

High-Performance AI Processing: The CPR PL08-VNM-24-AI server cluster integrates AI-powered image analysis and network recording capabilities. With 8 processing nodes and a total analysis capacity of 2400 images per second, this cluster can handle high-resolution traffic camera footage and process it in real time.

Intelligent Video Surveillance: The AI capabilities help identify vehicles, license plates, traffic violations, and other key events, providing crucial insights for law enforcement and traffic authorities.

Video Wall Server System:

Large-Scale Video Wall Control: The CPR PL02-VW-24 server system enables the management of up to 128 screens in a video wall system. This system surpasses traditional bidding requirements by offering superior flexibility, with no limit on the number of windows displayed in a matrix, ensuring comprehensive coverage and visibility of city-wide traffic conditions.

Dynamic Video Grid Display: With video grid display software, the system can manage various video feeds, display different angles and data, and provide real-time updates on traffic, incidents, and security alerts across a range of screens.

Vehicle Tracking & Data Server:

Comprehensive Vehicle Data Management: The CPR PL02-DBM-24 server system is dedicated to managing and storing data related to vehicle activities. This includes tracking public transport buses, taxis, contract vehicles, priority vehicles, and other specialized vehicles entering and exiting the city center.

Journey & Vehicle Tracking: All data regarding vehicle movements and public transportation activities, including journey data, are securely stored on this server, enabling real-time monitoring and data retrieval for analysis.

Vehicle Activity Lookup: The server also supports queries to track and report the activities of different vehicle types in the city, helping authorities monitor traffic patterns, ensure safety, and improve transportation planning.

BENEFITS OF HIGH AVAILABILITY PARALLEL CLUSTER SERVERS:

Enhanced System Reliability:

Always-On Operations: With high-availability architecture, the system remains operational 24/7, ensuring critical traffic management and monitoring functions continue without disruption.

Real-Time Traffic Optimization:

By integrating traffic signal control and AI-driven image analysis, the system can optimize traffic flow dynamically and efficiently, reducing congestion and enhancing urban mobility.

Seamless Integration:

The servers are designed to integrate easily with other traffic management and public safety systems, ensuring smooth operations across diverse city infrastructure components.

Scalable & Future-Ready:

As cities grow and technologies evolve, CadPro’s servers allow for straightforward expansion and upgrades, enabling cities to scale their traffic management solutions without major overhauls.

High-Performance Data Handling:

The AI processing server cluster enables the efficient handling of large amounts of real-time traffic data, ensuring fast, accurate decision-making based on up-to-date information from cameras, sensors, and other inputs.

APPLICATIONS FOR SMART CITIES:

Traffic Signal Optimization: The CPR PL02-COM-24 server cluster ensures that traffic signal systems adjust based on real-time conditions, improving efficiency and reducing delays for vehicles and pedestrians.

Advanced Surveillance & Violation Detection: The AI-powered network recording system processes camera footage, detects traffic violations, and provides intelligent video surveillance for monitoring urban traffic and security.

Public Transport & Vehicle Tracking: The vehicle data server system provides critical insights into the movements of public transport, taxis, and other vehicles, improving public transport efficiency and road safety.

CadPro’s High Availability Parallel Cluster Servers are designed to meet the growing demands of modern urban traffic management. With open architecture, AI-powered capabilities, and scalable infrastructure, these servers are an essential part of any smart city’s traffic monitoring and optimization strategy. Whether it’s optimizing traffic signals, monitoring vehicles, or managing large-scale video wall systems, CadPro’s servers provide the reliability and performance needed to enhance city-wide traffic management.

Ways to contact with our technical support for more details:

CADPRO JSC

Add: 11 Chau Long, Ba Dinh, Hanoi

Hotline: (84) 969.733.568

Website: http://cadpro.vn/         Email:  This email address is being protected from spambots. You need JavaScript enabled to view it.

Flexibility and Efficiency in Real-Time Traffic Management

The Intelligent Traffic Signal Control System is designed to revolutionize urban traffic management by offering flexible, intelligent control of traffic signals in real-time. With seamless connectivity to central control centers, the system leverages advanced technologies to optimize traffic flow, improve safety, and enhance overall traffic management across cities. Deployed in over 600 intersections in Hanoi and other major cities such as Da Nang and Ba Ria – Vung Tau, the CPR_TSM device is transforming how traffic signals are controlled, with a focus on real-time data and adaptable solutions.

KEY FEATURES AND BENEFITS

Real-Time Traffic Volume Adaptation: The CPR_TSM system adjusts traffic signal timings based on real-time traffic volume, optimizing signal phases to minimize congestion and reduce waiting times at intersections. This flexibility ensures smoother traffic flow, even during peak hours, improving efficiency and safety.

Advanced Connectivity: Featuring an IP network port, the CPR_TSM_2S controller communicates seamlessly with central control devices, enabling real-time changes to traffic signal strategies. This connectivity ensures that signal phases can be dynamically adjusted based on current traffic conditions, providing better control over urban traffic networks.

Real-Time Vehicle and Pedestrian Prioritization: The system allows for flexible real-time vehicle priority signals, ensuring that emergency vehicles or other special vehicles are given precedence. Additionally, pedestrian walking signal phases can be controlled based on traffic patterns, providing safety for pedestrians while optimizing vehicle flow.

Intelligent Strategy Control with Artificial Intelligence: The CPR_TSM_2S controller integrates Artificial Intelligence (AI) to enhance the flexibility of traffic signal strategies. This AI-powered system can modify its operating methods according to user needs, adapting to changes in traffic volume and responding to specific events or conditions without manual intervention.

Cost-Effective Upgrade for Existing Systems: One of the standout features of the CPR_TSM_2S is its ability to intelligently control intersections with older traffic light systems. The system can replace traditional traffic signal controllers without the need for additional wiring or infrastructure upgrades. This makes it an ideal solution for cities looking to modernize their traffic systems at a minimal cost.

Countdown Light Integration: The system integrates countdown lights that display real-time counts for traffic phases, giving drivers and pedestrians clear information on when lights will change. This feature enhances safety and improves the predictability of traffic movements.

CPR_TSMTRAFFIC SIGNAL CONTROLLER SPECIFICATIONS

Control Capacity: Capable of controlling up to 8 3-color signal phases and 4 pedestrian signal phases, with the option to expand to 36 signal phases.

Advanced Communication: Equipped with an IP network port for real-time communication with control centers, enabling flexible traffic signal management based on real-time data.

Upgrade Potential: Easily scalable to handle additional phases as needed, providing a future-proof solution for expanding cities.

Artificial Intelligence Integration: Utilizes AI for flexible strategic control, enhancing decision-making and traffic flow management.

SUPERIOR TO TRADITIONAL TRAFFIC SIGNAL SYSTEMS

Flexibility in Strategy Change: The CPR_TSM_2S controller adjusts traffic signal phases and timing dynamically, based on real-time traffic volume and priorities (such as emergency vehicles). This capability significantly improves traffic flow and safety at intersections.

Efficient Signal Phase Management: By adjusting light phases without additional infrastructure, the system allows for a more efficient response to changing traffic conditions, improving operational efficiency and reducing costs.

Improved Pedestrian Safety: With real-time walking signals and countdown lights, the system provides pedestrians with clear, up-to-date information about when it’s safe to cross, enhancing safety for all road users.

APPLICATIONS AND IMPACT

Urban Traffic Optimization: The CPR_TSM Intelligent Traffic Signal Control System can be deployed in major cities, where managing complex traffic networks is crucial. By responding to real-time data, the system reduces congestion, improves travel times, and enhances overall city mobility.

Cost-Effective Upgrade for Existing Infrastructure: The CPR_TSM_2S can be easily integrated into existing traffic signal infrastructures, offering an affordable upgrade path for cities looking to improve traffic management without complete overhauls of their systems.

Emergency Vehicle Prioritization: The system’s ability to prioritize emergency vehicles in real-time improves response times and enhances public safety.

WHY CHOOSE CPR_TSM?

Scalability and Flexibility: The system can be easily expanded and customized, adapting to the needs of growing cities with increasing traffic complexity.

Smart Technology: With AI-powered traffic signal control, the CPR_TSM_2S optimizes intersection traffic in a way that traditional systems cannot.

Cost-Effective: Achieve intelligent control of older intersections without the need for significant infrastructure investment or additional cables.

Reliable Performance: The CPR_TSM system is backed by high-quality maintenance and warranty support, ensuring long-term, dependable operation.

Ways to contact with our technical support for more details:

CADPRO JSC

Add: 11 Chau Long, Ba Dinh, Hanoi

Hotline: (84) 969.733.568

Website: http://cadpro.vn/         Email:  This email address is being protected from spambots. You need JavaScript enabled to view it.

PROVIDING SMART TRANSPORT SERVICES FOR SUSTAINABLE URBAN DEVELOPMENT

The Smart Public Passenger Transport Management Support Solution is designed to revolutionize urban transport systems, integrating cutting-edge technologies for real-time monitoring, management, and information dissemination. At the heart of this solution is the VTHKCC Service, a core component ensuring the sustainable development of urban transport by enhancing efficiency, reliability, and passenger convenience.

KEY COMPONENTS OF THE SMART TRANSPORT SYSTEM

This solution encompasses a range of advanced components that work seamlessly to provide smart transport services. These include sophisticated devices, monitoring systems, and data-sharing infrastructure, all interconnected through the Smart Transport System Management Center. Together, these components ensure smooth coordination across all levels of transport operations.

Bus Positioning and Signal Priority Monitoring Device

The CLi-SmartEyes-G device is an advanced monitoring tool installed in vehicles that require close tracking, such as Skypec aviation fuel trucks and airport vehicles. This device is designed to provide precise tracking and enhance driver safety. Key features include:

Global Navigation Satellite System (GNSS): The device supports multiple navigation systems (GPS, QZSS, SBAS, GLONASS) for accurate speed, direction, and positioning.

Wireless Communication: It offers simultaneous communication through WiFi 802.11b/g/n (short-range) and LORA 920MHz to 923MHz (wide-area network), meeting Vietnamese standards.

AI-Integrated Camera: The embedded camera automatically identifies drivers, records login and logout times, and tracks working hours by storing up to 50 faces. This function ensures proper management of driver shifts and times.

Vms Signs At Transit Points And Bus Stops

The CLi-PI-P4-3IL and CLi-PI-P4-4L Variable Message Signs (VMS) are integral to the smart transport system, providing real-time information at bus stops, transit points, and even locations without formal bus stops. These signs have proven reliable in Vietnam, particularly in harsh environmental conditions such as toll lanes, highways, and aboard passenger cars of Vietnam Railways Corporation.

Information Connection Equipment for Existing VMS Electronic Boards

The solution incorporates CPR-ICT-4C-2.0, an industrial embedded computer that upgrades existing VMS boards by enabling real-time data transmission. This device connects to VMS boards via an HDMI port and supports various communication methods, including:

GbE LAN Port for IP network connectivity.

LTE Modem for 4G network communication.

LORA Module for transmitting private network information, allowing city-wide bus location monitoring.

This upgrade significantly enhances the functionality of existing infrastructure by providing seamless, real-time transport updates.

Software Solution for Smart Transport Operations

The software solution is designed to operate in conjunction with the broader smart city and smart traffic architecture. It integrates various data sources to facilitate automated and efficient transport management. Key features include:

Automatic Data Transmission: The system transmits two-way information from multiple sources, including public passenger transport vehicles, traffic flow monitoring points, license plate recognition systems, VMS boards at bus stops, and parking lots.

Traffic Management Integration: The software connects to traffic signal control cabinets, enabling intelligent traffic flow management to optimize public transport service efficiency.

Optimal Service Provision: By leveraging real-time data, the system helps operators monitor and adjust the public passenger transport network dynamically, improving service delivery and ensuring sustainability.

ENSURING A SMARTER, GREENER FUTURE

With its robust, interconnected components, the Smart Public Passenger Transport Management Support Solution offers a comprehensive approach to managing urban transport systems. By leveraging cutting-edge technologies such as GNSS, AI, wireless communication, and real-time data analysis, the solution creates a smarter, more sustainable transport network.

This solution not only enhances operational efficiency and service delivery but also ensures that cities can grow and develop in a sustainable way, with a focus on reducing traffic congestion, lowering emissions, and improving the quality of urban life for all residents.

TRANSFORMING TRANSPORT FOR THE FUTURE

By integrating smart transport solutions into urban infrastructures, cities are poised to offer faster, safer, and more efficient public transport services for years to come. The Smart Public Passenger Transport Management Support Solution is not just about technology; it’s about enhancing the urban mobility experience, improving sustainability, and shaping the future of city living.

Ways to contact with our technical support for more details:

CADPRO JSC

Add: 11 Chau Long, Ba Dinh, Hanoi

Hotline: (84) 969.733.568

Website: http://cadpro.vn/         Email:  This email address is being protected from spambots. You need JavaScript enabled to view it.

The CPR-SMARTBOX is the latest breakthrough in smart traffic management technology, designed to revolutionize the way traffic flow is monitored and controlled. Released at the end of 2024, this cutting-edge device integrates a powerful computer with the most advanced Deep Learning accelerator, capable of delivering up to 6 TOPS@INT8 The CPR-SMARTBOX processes real-time data from traffic surveillance cameras, offering unparalleled capabilities in traffic monitoring, safety violations detection, and dynamic green traffic signal management.

 

WHY CHOOSE CPR-SMARTBOX?

Efficient Real-Time Control: Instantly adjust to changing traffic conditions, reduce congestion, and minimize accidents.

Advanced Technology: Powered by deep learning accelerators, ensuring superior performance in complex data processing.

Seamless Integration: Easily integrates with existing traffic infrastructure for smooth operation and management.

Future-Proof: Designed to scale with the growing needs of modern urban transportation systems, supporting continuous upgrades and software improvements.

Key Benefits

Real-time Data Processing: The device efficiently processes all incoming data from traffic surveillance cameras, offering insights on traffic volume, vehicle classification, and more. It helps calculate optimal strategies for controlling traffic signals dynamically, considering traffic flows, emergency vehicle routes, and commercial priorities.

Improved Traffic Management: With advanced data processing and intelligent decision-making algorithms, the CPR-SMARTBOX contributes to safer, more efficient traffic networks. It can adjust traffic signal timings based on current road conditions and prioritize emergency and commercial vehicles.

Outstanding Features

Advanced Image Processing and Traffic Monitoring: The CPR-SMARTBOX leverages the latest deep learning technology to analyze images from traffic cameras. It can precisely measure vehicle traffic, detect safety violations at key intersections, and monitor other critical traffic events in real-time.

Communication Protocol Versatility: The device supports a range of communication protocols, including PLC, Ethernet, and Wi-Fi, ensuring seamless transmission of data from cameras, located at strategic points across the city, to the central system. This connectivity ensures efficient information flow within the traffic management ecosystem.

Pedestrian Priority and Centralized Communication: The CPR-SMARTBOX can communicate directly with traffic centers, transmitting real-time priority signals for pedestrian crossings when necessary. This ensures safer, more responsive pedestrian movement within high-traffic areas.

Dedicated Embedded Computing Power: Equipped with a dedicated embedded computer, the CPR-SMARTBOX provides exceptional data calculation and processing capabilities. This enables the installation of specialized software to analyze traffic flow at each node, allowing for the optimization of signal phases in real-time. The result: enhanced traffic efficiency, reduced congestion, and improved traffic safety.

Smart pedestrian crossing button at Han Market, Bach Dang Street, and Nguyen Thai Hoc Street, Danang City

Applications

Urban Traffic Management: Dynamic control of traffic signals based on real-time conditions, including vehicle volume and safety incidents.

Emergency Vehicle Prioritization: Prioritizing traffic for emergency vehicles, ensuring faster response times in critical situations.

Commercial Vehicle Optimization: Traffic signal adjustments that help prioritize the flow of commercial vehicles, improving logistics and delivery efficiency.

Public Safety Enhancement: Immediate detection and response to traffic violations, enabling law enforcement to act swiftly.

The CPR-SMARTBOX is the ideal solution for cities looking to modernize their traffic management systems with advanced technology, ensuring safer roads, smoother traffic flow, and more efficient urban environments.

Ways to contact with our technical support for more details:

CADPRO JSC

Add: 11 Chau Long, Ba Dinh, Hanoi

Hotline: (84) 969.733.568

Website: http://cadpro.vn/         Email:  This email address is being protected from spambots. You need JavaScript enabled to view it.

Introducing the CPR-PHOTORADAR, an advanced automatic speed measuring device that integrates state-of-the-art technologies to offer unparalleled accuracy in vehicle tracking, speed detection, and video surveillance. This cutting-edge solution combines dual-image sensors (color and infrared) with AI-powered software to provide real-time security monitoring, detailed identification, and efficient vehicle classification – all while operating in challenging conditions like low light and nighttime environments.

WHY CHOOSE CPR-PHOTORADAR?

ADVANCED TECHNOLOGY

Combines radar, AI, and dual-image sensors to offer a comprehensive solution for monitoring and enforcement.

UNMATCHED ACCURACY

Ensures precise speed detection, even in complex traffic conditions, with high-speed, multi-threaded processing.

AI-POWERED ANALYTICS

Real-time alerts and automatic data collection for enhanced security and traffic management.

RELIABLE PERFORMANCE

Works under all conditions, from daylight to the darkest of nights, with the ability to capture and recognize vehicles and license plates in real-time.

KEY FEATURES

Real-Time Traffic Monitoring

 Color Mode:

o   The CPR-PHOTORADAR utilizes the latest color image sensor technology to capture high-definition color images at a frame rate of 60fps.

o   Outstanding light sensitivity of 0.008Lux@F1.6 ensures clear visibility even in low-light conditions.

o   Ideal for capturing full vehicle details, including characteristics of motorcyclists, even at night.

      Infrared Mode:

o   Infrared image sensors work seamlessly at night to capture critical details like license plates and other strong infrared reflective components.

o   Perfect for capturing images of moving vehicles in challenging lighting conditions such as rain, low visibility, and nighttime.

AI-Powered Video Analytics:

Intrusion Detection:

o   The device offers real-time alerts for security threats such as area intrusion, area exit, motion detection, and lens cover detection.

      Facial Detection and Recognition:

o   Captures faces with real-time snapshots and recognizes attributes such as age, gender, glasses, mask, and hat.

          Object Counting & Reporting:

o   Tracks the number of objects crossing designated lines, including people and vehicles, with optional support for up to 4 areas of tracking.

Advanced License Plate Recognition:

The CPR-PHOTORADAR excels in license plate recognition (LPR) with a resolution twice as high as comparable devices.

Enhanced image quality enables capturing detailed images of people in vehicles, even under challenging conditions such as glare and non-reflective car windows.

The system’s superior infrared capabilities allow it to capture accurate license plate images in rainy, dark, or fast-moving vehicle conditions.

Superior Image Processing with AI:

The device leverages AI deep learning acceleration to process complex tasks efficiently, including license plate recognition, vehicle brand identification, and vehicle color classification.

Powered by a 3.6GHz CPU, this system offers exceptional performance with 26 TOPS of deep learning processing – double the speed of traditional devices.

With 64-bit DDR5 RAM, this system operates at twice the bandwidth of older DDR4 technology, providing high-speed data processing for accurate and quick analysis.

High-Precision Speed Measurement:

The CPR-PHOTORADAR utilizes specialized radar technology to measure vehicle speeds with unmatched precision.

o   Detects speeds from 1.6 km/h to 320 km/h over distances of more than 400 meters.

o   Handles up to 10 vehicles simultaneously, ensuring accurate tracking in dense traffic conditions.

      Multi-Mode Functionality:

o   The device supports four distinct modes, offering versatility for various traffic monitoring applications, ensuring no vehicle is missed, and no wrong fines are issued.

Perfect for High-Traffic and Security Applications:

Urban Traffic Monitoring: Ensure accurate vehicle speed tracking in busy city streets or highways.

Law Enforcement: Real-time monitoring and automated ticketing for speeding violations.

Security & Surveillance: Real-time alerts for security breaches, motion detection, and more.

HOW IT WORKS:

The CPR-PHOTORADAR calculates vehicle speed using dual data sources – the radar sensor and AI image analysis software. The radar tracks the speed of multiple vehicles while the AI-enhanced imaging system simultaneously captures crucial visual data, providing the highest level of accuracy in speed and vehicle behavior detection. In high-traffic areas, this means that each vehicle's speed is accurately measured without confusion, even when multiple vehicles approach at once.

The CPR-PHOTORADAR is the next-generation solution for automatic speed detection and video recording. With superior radar technology, high-definition imaging, AI-powered analytics, and real-time security features, it’s the ideal tool for accurate traffic monitoring, law enforcement, and surveillance.

Ways to contact with our technical support for more details:

CADPRO JSC

Add: 11 Chau Long, Ba Dinh, Hanoi

Hotline: (84) 969.733.568

Website: http://cadpro.vn/         Email:  This email address is being protected from spambots. You need JavaScript enabled to view it.

Revolutionizing Traffic Monitoring and Enforcement with Advanced AI Technology

The CPR-TM-AI License Plate Recognition and Monitoring Device (5145) is the latest innovation from CadPro, designed to enhance traffic monitoring and enforcement systems across urban areas, major traffic routes, and arterial highways. Combining cutting-edge technology, robust design, and AI-powered functionality, this device offers exceptional performance in real-time vehicle detection, classification, and license plate recognition.

Deployed nationwide, the CPR-TM-AI device operates reliably in diverse environments, offering durable, long-lasting performance even in the harshest weather conditions. With nearly 10 years of operational support through contractor maintenance, this device sets a new standard for traffic surveillance technology.

WHY CHOOSE CPR-TM-AI ?

HIGH-RESOLUTION, ACCURATE RECOGNITION

Dual 4MP camera technology provides long-range, highly accurate license plate recognition in both day and night conditions.

SUPERIOR PROCESSING POWER

Faster processing and deep learning capabilities ensure quick response times and efficient vehicle detection.

COST-EFFECTIVE AND LONG-LASTING

Designed for durability, the CPR-TM-AI offers nearly 10 years of operational support and requires minimal maintenance.

REAL-TIME ENFORCEMENT

Immediate violation detection and actionable data enhance enforcement efforts, improving compliance and safety.

COMPREHENSIVE TRAFFIC DATA

Collect speed, traffic count, and congestion data to help optimize traffic management strategies.

Key Features and Benefits:

• Advanced License Plate Recognition (LPR):

The CPR-TM-AI features a 4MP license plate recognition sensor—double the resolution of traditional 2MP sensors. This allows for highly accurate recognition of vehicle license plates from over 13 meters away, ensuring precision even in challenging conditions. With one pixel representing 200 ppm, the system delivers remarkable clarity, even when vehicles are moving at high speeds.

• Enhanced Processing Power:

Powered by an 8-core CPU (Quad-Core 2.3GHz, Quad-Core 1.8GHz), the CPR-TM-AI processes data three times faster than traditional 4-core CPUs (Quad-Core 1.8 GHz), ensuring faster decision-making and real-time vehicle tracking.

• High-Performance RAM:

With 8GB of LPDDR5 64-bit RAM, the CPR-TM-AI has double the bandwidth of typical 4GB DDR4 (32-bit) systems. This allows for seamless data handling and efficient processing of large amounts of information, improving the speed and accuracy of vehicle monitoring.

• Deep Learning and AI Integration:

Equipped with a 6 TOPS NPU deep learning accelerator, this device performs deep learning model computations three times faster than systems with lower TOPS (0.8 TOPS NPU). This means faster and more precise recognition of vehicles and violations, improving overall system responsiveness.

Outstanding Functions and Capabilities:

1. Object Classification and Vehicle Detection:

The CPR-TM-AI device can effectively classify and identify objects both before and after the stop line, notifying the system of vehicle positions and actions. It ensures accurate detection of vehicles in the survey area, improving the accuracy of traffic data and monitoring.

2. Violation Detection:
   • Stop Line Violations: Detect vehicles stopping in prohibited areas or failing to comply with traffic signals.
   • Illegal Lane Usage: Identify and record vehicles traveling in the wrong lane or violating traffic flow rules.
   • Signal Violations: Detect and record vehicles running red lights or not adhering to signal changes, capturing actionable data in real-time.
3. Accurate License Plate Recognition:

With an impressive recognition accuracy of ≥95% during the day and ≥80% at night, the CPR-TM-AI ensures reliable identification of vehicle license plates. The system can accurately capture license plates even under less-than-ideal conditions, such as when plates are not obscured by dirt, debris, or rear lights.

4. Real-Time Traffic Monitoring:
   • Speed and Traffic Count: Conveniently track vehicle speeds and count traffic volumes at monitored intersections. This data helps assess congestion and optimize traffic flow.
   • Congestion Warnings: Real-time congestion detection alerts allow for proactive management of traffic bottlenecks.
5. Violation Recording and Real-Time Enforcement:

The system operates 24/7, capturing and recording images and data from all detected violations. It generates real-time violation handling records, supporting the enforcement process and allowing for efficient processing and raising awareness among road users.

 

Built to Last and Perform

The CPR-TM-AI device is designed to withstand harsh climate conditions, offering nearly 10 years of operational support with maintenance services provided by contractors. The system is reliable and durable, ensuring uninterrupted performance in challenging environments, from extreme temperatures to heavy rain and dust.

pplications and Impact:

• Urban Traffic Management:

Ideal for use in busy cities, the CPR-TM-AI supports efficient traffic flow, reduces violations, and enhances road safety. Its real-time monitoring and enforcement capabilities help cities manage congestion and improve overall traffic efficiency.

• Highway and Arterial Route Surveillance:

The device ensures smooth traffic management on major highways and arterial roads, detecting violations, monitoring speeds, and improving safety on long-distance routes.

• Law Enforcement and Public Awareness:

By accurately detecting and recording traffic violations, the system helps raise awareness of road safety, while supporting law enforcement in managing traffic regulations and ensuring compliance.

Ways to contact with our technical support for more details:

CADPRO JSC

Add: 11 Chau Long, Ba Dinh, Hanoi

Hotline: (84) 969.733.568

Website: http://cadpro.vn/         Email:  This email address is being protected from spambots. You need JavaScript enabled to view it.