Upstream Semiconductor Radar Companies
Calterah’s Andes SoCs: Pioneering Performance in Imaging Radar and Autonomous Driving Applications
Calterah Andes SoCs: Radar Innovation for Autonomous Driving
Key Highlights:
– Radar Performance: Features 5 GHz continuous sweep, delivering unmatched RF precision for imaging radar applications.
– Computing Power: Packs 2500+ DMIPS for real-time signal processing, ensuring swift handling of complex driving scenarios.
– Advanced Manufacturing: Built on 22 nm CMOS technology, combining cost-effectiveness with scalability for automotive use.
Benefits:
– Vulnerable Road User Detection: Enhances identification of pedestrians and cyclists for urban safety improvement.
– ADAS Integration: Strengthens perception systems for autonomous driving, advancing millimeter-wave radar capabilities.
– Scalable Automotive Solutions: Sets new standards in radar sensing while balancing performance and affordability.
Calterah’s Andes SoCs reflect a targeted evolution in radar technology for active safety and autonomous driving development.
source: [1]
company website: https://www.calterah.com/
Global Radar Innovation Spotlight: 11th World Radar Expo and 5th Radar Future Conference Organized by CETC
Global Radar Innovation Spotlight: 11th World Radar Expo and 5th Radar Future Conference
Key Facts:
– Event Overview:
– Name: 11th World Radar Expo & 5th Radar Future Conference.
– Dates: May 17-19, 2025.
– Location: Hefei Binhu International Convention and Exhibition Center, Anhui, China.
– Theme: “Sharing Innovation Achievements to Inject Vitality into the Development of New Quality Productivity.”
- Purpose:
- Showcase latest advancements in radar technologies, products, applications, and trends.
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Promote military-civil fusion and innovation-driven industry collaboration.
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Features:
- Comprehensive International Exhibition: Includes physical product displays, academic exchanges, trade negotiations, and professional competitions.
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Focus on building a modern radar ecosystem with priorities on completeness, advancement, and security.
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Organizers:
- Central Military Commission Equipment Development Department (approved).
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China Radar Industry Association, CETC, and other key players.
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Call to Action:
- Global participants invited to contribute to fostering deep integration across innovation, industry, funding, and talent chains.
source: [1]
company website: http://www.cetc38.com.cn/
Acconeer’s Radar Solution Enhances Cargo Tracking for Global Supply Chains
Acconeer’s Radar Solution Enhances Cargo Tracking for Global Supply Chains
Key Highlights:
- Global Impact: Enhances tracking for approximately 30 million containers currently circulating globally, providing more than just positional data.
- Battery Efficiency: Radar sensors feature ultra-low power consumption, enabling battery-powered operation with up to 10 years of lifespan.
- Real-Time Insights: Provides continuous monitoring of cargo status, including load status, fill levels, and asset utilization across various transportation modes (trailers, containers, pallets, etc.).
- Precision Monitoring: Capable of millimeter-level accurate measurements and operation in extreme temperature ranges (-40°C to +105°C), unaffected by natural disturbances.
- Operational Improvements: Increased visibility and transparency in supply chains, enabling better resource management, cost savings, and a reduced environmental footprint.
- Versatile Applications: Supports fill and liquid level monitoring across industries, leveraging the A121 radar sensor and the XM126 module (including Bluetooth for integration).
Insights:
Acconeer’s radar-powered cargo tracking solution offers a sustainable approach to optimizing logistics, with applications in diverse industries including automotive, industrial installations, IoT products, and more.
source: [1]
company website: https://www.acconeer.com/
SKIDATA’s sMove Gate Leverages Acconeer’s XM125 Radar Module for Precision Access Control
SKIDATA’s sMove Gate Leverages Acconeer’s XM125 Radar Module for Precision Access Control
Key Highlights:
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Enhanced Detection: The XM125 radar module detects movement and obstructions from both humans and objects with millimeter-level precision, ensuring seamless functionality across diverse environments such as ski slopes, stadiums, and amusement parks.
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Robust Design: The XM125 operates reliably in extreme environmental conditions, withstanding temperatures from -40°C to 85°C while delivering measurements up to 20 meters.
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Versatile Integration: Featuring a small footprint and the ability to penetrate materials like plastic, the radar module is integrated discreetly within the sMove gate, maintaining compact design while ensuring operational efficiency.
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Adaptable Functionality: sMove accommodates a range of user needs, from fraud prevention to prolonged access times for visitors with strollers, wheelchairs, or specialized equipment, providing tailored access solutions for various venue types.
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Power Efficiency: XM125’s world-leading power efficiency minimizes energy consumption, aligning with long-term sustainability goals while delivering high performance.
Insights:
The integration of Acconeer’s radar technology into SKIDATA’s sMove gate underscores precision, flexibility, and adaptability, meeting evolving access requirements in a variety of high-traffic environments.
source: [1]
company website: https://www.acconeer.com/
Arbe’s 2304 Virtual Channel Radar: Exploring High-Resolution Imaging for Autonomous Vehicles
Arbe’s 2304 Virtual Channel Radar: High-Resolution Imaging for Autonomous Vehicles
Key Highlights:
– Groundbreaking Resolution: Arbe’s radar technology features 2304 virtual channels, providing 100x greater imaging detail compared to conventional radar systems. This is especially critical for vehicles operating at L2 and higher autonomy levels.
– Enhanced Market Potential: High-channel count radar systems are now actively integrated into new vehicles, with OEMs increasingly exploring these solutions. Industry projections suggest high-resolution radar could dominate within 10 years.
– Technical Challenges: Scaling up virtual channels requires larger antenna boards, creating OEM integration bottlenecks. Two paths to address these limitations include:
– Higher radar frequencies for compact designs and improved resolution.
– Distributed antenna systems featuring multiple smaller radars with angular resolution comparable to LiDAR (0.01°), albeit at the cost of increased complexity.
– Future Impact: As side radar adoption accelerates—driven by safety regulations and autonomous technologies—Arbe’s high-resolution imaging radar is positioned to meet evolving demands.
source: [1]
company website: https://arberobotics.com/
Phoenix Perception Radar Presentation at Tech.AD: Advancing Autonomy with AI-Driven 2K Resolution Radar
Phoenix Perception Radar Presentation at Tech.AD: Advancing Autonomy with AI-Driven 2K Resolution Radar
Key Highlights:
- Advanced Resolution: Phoenix Perception Radar utilizes 2K ultra-high resolution, enabling precise object detection and tracking for autonomous vehicles.
- AI Integration: Features AI-driven processing to enhance detection accuracy and reliability during adverse conditions such as poor lighting or severe weather.
- Event Details:
- Date: March 17, 2025
- Time: 15:00 – 15:30 (GMT+1)
- Location: Tech.AD, Hotel Titanic Chaussee, Berlin, Ballroom 1+2
- Safety Focus: Pushes boundaries in autonomous driving safety, showcasing advancements in perception and reliability through cutting-edge radar technology.
Insights:
This demonstration highlights how AI-infused radar systems are redefining operational capabilities in autonomous vehicles, offering enhanced performance in real-world scenarios and advancing mobility innovation.
source: [1]
company website: https://arberobotics.com/
Arbe’s Hiring for Lab Manager Role: Enabling High-Precision Radar Development
Arbe’s Hiring for Lab Manager Role: Enabling High-Precision Radar Development
Key Highlights:
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Technology Focus: Arbe is advancing 4D high-resolution imaging radar, critical for enhancing road safety and enabling automated driving systems.
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Role Overview: The Lab Manager position is central to the company’s R&D operations, focusing on RF setups, equipment calibration, and lab infrastructure management.
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Responsibilities:
- Lab and Chamber Management: Overseeing calendar scheduling, ESD protocols, ISO standards, and equipment maintenance.
- Equipment Oversight: Procuring and maintaining measurement tools such as oscilloscopes and spectrum analyzers.
- Custom Setup Creation: Building setups tailored to development team needs, including RF and digital systems.
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Technical Support: Managing software images for lab PCs, enabling remote workstations, and collaborating with IT and DevOps for secure operations.
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Qualifications:
- Educational Background: Bachelor’s in Electrical Engineering or equivalent qualifications.
- Hands-On Experience: Proficiency in managing lab equipment and technical systems.
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Problem Solving: Capability to manage challenges in high-pressure environments.
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Opportunity: Join a team driving radar innovations with a vision of achieving zero road fatalities globally through advanced driver-assist systems.
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Application Link: Job Opportunity: Lab Manager.
source: [1]
company website: https://arberobotics.com/
Greater China Mid-downstream radar companies
Baolong Automotive Explores AI-Powered Millimeter-Wave Radar for Next-Gen Driving Safety
Baolong Automotive Explores AI-Powered Millimeter-Wave Radar for Next-Gen Driving Safety
Key Highlights:
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R&D History: Baolong Automotive has been developing millimeter-wave radar since 2018, leveraging over 7 years of experience in its design, production, and application. Partnerships with 10+ automakers and 80+ vehicle models underline the radar’s widespread adoption.
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Diverse Radar Portfolio: Currently, Baolong offers 10+ radar types, including 2T4R blind spot radars, 4T4R high-performance front radars, waveguide radars, and dual-stage cascaded imaging radars. Key products such as angle radars and front radars are already in mass production for domestic and international markets.
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Technical Achievements: Extensive expertise is demonstrated across RF antennas, signal processing algorithms, and miniaturization techniques, ensuring high reliability and compact radar designs tailored for automotive applications.
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AI Integration: AI-driven optimization supports faster development cycles for tracking algorithms, reducing dependency on manual adjustments. Baolong is pioneering 6T6R cabin radar AI applications for detecting occupancy and distinguishing between adults and children, enabled by training on advanced datasets.
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Market Impact: The shift toward Universal Intelligent Driving adoption, especially with millimeter-wave radar, has expanded market opportunities. With its ability to function in all-weather conditions, millimeter-wave radar plays a crucial safety role alongside cameras and lidar. Industry experts foresee explosive growth in deployment across mid-to-high-grade vehicles.
source: [1]
company website: https://www.baolong.biz/
Beijing Autoroad Technology Introduces 4D Imaging Radar for Advanced Autonomous Driving Systems
Beijing Autoroad Technology Introduces 4D Imaging Radar for Advanced Autonomous Driving Systems
Key Highlights:
– Core Technology: 4D imaging radar-based intelligent driving perception system supports real-time detection and target recognition in highway scenarios using deep learning algorithms.
– Radar Focus Areas: Specializes in 77GHz vehicle-mounted millimeter-wave radar systems (short-, medium-, long-range) and 79GHz synthetic aperture radar (SSAR) imaging systems for short-range applications.
– Performance Evaluation: Integration of millimeter-wave point cloud data with advanced AI training demonstrates strong performance, meeting demands of high-speed autonomous driving.
– Strategic Advantage: Fusion of radar and AI enables a leap from “perception” to cognition, positioning 4D imaging radar as a vital sensor for both current and future autonomous driving systems.
– Industry Validation: Recognized by Asia’s leading Tier 1 suppliers for its effectiveness and suitability for engineering applications.
Insights:
Beijing Autoroad’s development underscores the growing importance of radar-AI integration, with its 4D imaging radar emerging as a key technology in intelligent vehicle perception and cognition systems.
source: [1]
company website: http://autoroad.cn/
CHINASIMBA Introduces ANL-8260LL: A Flexible Radar Level Meter for Extreme Industrial Environments
CHINASIMBA’s ANL-8260LL: A Radar Level Meter Designed for Harsh Industrial Settings
Key Highlights:
- Innovative Design for Extreme Environments: ANL-8260LL separates the antenna from the electronic control unit, providing protection from high temperatures, radiation, and other damaging factors.
- Flexible Antenna: Features bendable and extendable waveguide antennas that reach up to 10 meters while maintaining precision of ±3mm.
- Customizable Configurations: Offers I-type, L-type, U-type, Z-type, and compound structures to adapt seamlessly to spatial constraints.
- Installation Versatility: Supports side-mounted, top-mounted, wall-mounted, and portable installations, catering to restricted environments like blast furnaces and nuclear waste containers.
- Resilient Performance: Unaffected by temperature, flame, steam, dust, or contamination, delivering consistent and accurate measurements.
Advantages Over Radiometric Solutions:
- Safer and Cost-effective: Unlike radiometric sensors, ANL-8260LL is free from ionization radiation threats and regulatory complications while being easier to operate and environmentally friendly.
- Low Maintenance and Long Service Life: Well-suited for hazardous applications without the need for complex disposal processes or radiation shielding.
Technical Innovations:
- Rotating Microwave Technology: Mitigates reflected signal errors, ensuring reliable measurement accuracy in complex environments.
- Digital Connectivity: Supports multiple industrial communication protocols, including HART, MODBUS, Ethernet-APL, and BLE for wireless configuration and monitoring.
- Status Monitoring Standards: Complies with NAMUR NE43/NE107, enabling advanced diagnostics and predictive maintenance.
ANL-8260LL exemplifies engineering adaptability, meeting the demands of challenging industrial applications while maintaining reliability and precision.
source: [1]
company website: https://www.chinasimba.com/
DefTech’s Key Role in Establishing China’s First Millimeter Wave Radar Monitoring Alarm Industry Standard
DefTech’s Critical Role in China’s Millimeter Wave Radar Industry Standard
Key Highlights:
– Industry Milestone: Implementation of China’s first industry standard for millimeter wave radar monitoring alarms begins May 1, 2025. Released by the Ministry of Civil Affairs, this standard unifies performance requirements and testing methods, addressing inconsistencies in product claims vs. functionality.
– DefTech’s Involvement: DefTech contributed non-contact respiration and heart rate detection technology and fall detection AI algorithms, influencing the standard’s technical foundation and ensuring industry-wide uniformity.
– Strategic Upgrade: This marks a shift from product manufacturing to standard definition by China’s radar industry, paving the way for aligned technological advancements and enhanced product scalability.
– Technological Achievements: DefTech’s innovation spans 4D point cloud radar, 77GHz high-precision angular radar, and forward-facing 4D imaging radar, enabling four-dimensional spatial perception for applications in smart traffic and eldercare.
Insights:
DefTech’s strategic contributions advance millimeter wave radar standards and its application in critical civilian domains, setting a precedent for industry collaboration and innovation-driven regulation.
source: [1]
company website: https://www.dowtii.com.cn/
Dahua Deploys Millimeter-Wave Human Detection Systems for Enhanced Security in Exhibition Centers
Dahua Deploys Millimeter-Wave Human Detection Systems for Enhanced Security in Exhibition Centers
Key Highlights:
- Millimeter-Wave Technology Utilization:
- Exhibition center deploys millimeter-wave human detection systems for faster and more accurate security checks.
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Identifies concealed prohibited items efficiently, reducing manual inspection overhead.
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Venue-Wide Security Architecture:
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Implements a multi-dimensional security framework, covering:
- External perimeter monitoring.
- Internal zone-specific guidance and control.
- Aerial surveillance for mitigating risks posed by drones or elevated threats.
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Integrated Navigation System:
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Combines IoT and cloud computing to deliver real-time positioning and route navigation for attendees:
- Uses positioning base stations and indoor networks.
- Access enabled via QR code-linked mobile mini-programs and venue navigation kiosks.
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High-Throughput Information Dissemination:
- Facilitates rapid sharing of updates during events through conference-room display boards and digital information platforms:
- Instantly communicates session details, scheduling updates, and event notifications.
Insights:
Dahua’s integration of millimeter-wave technology and intelligent systems within exhibition centers demonstrates advancements in security efficiency, visitor navigation, and information communication. This adds transformative capabilities to modern venue management.
source: [1]
company website: https://www.dahuasecurity.com/
Desay SV Introduces Millimeter-Wave Traffic Radar for Improved Expressway Management
Desay SV Introduces Millimeter-Wave Traffic Radar for Expressway Optimization
Key Highlights:
– Technological Innovation: Desay SV’s self-developed millimeter-wave traffic radar, combined with image analysis, edge computing, and adaptive algorithms, delivers high-precision, all-weather traffic perception for expressway management.
– Deployment: Early 2025 saw the deployment of the radar system at Guangzhou Nansha Bridge and Southern Second Ring road, marking the first national proactive traffic flow management demonstration project.
– Performance Metrics: As per results:
– Average Speed: Increased by 64%.
– Average Congestion Time: Reduced by 65%.
– Peak Hour Travel Time: Saved an average of 6.34 minutes.
– Safety Enhancements: Accident handling time decreased by 56%, reducing risks and secondary accident incidences.
– R&D Achievement: The radar system includes full-stack self-research of hardware and software, leveraging signal waveform design, target clustering algorithms, and adaptive testing methods tailored for traffic applications.
– Recognition: Desay SV received the “2024 Public Road Digital Transformation Excellent Product and Solution” Award, underscoring its contribution to expressway smart management.
Insights: This milestone demonstrates the critical role of radar sensing in addressing expressway safety and traffic efficiency challenges, reflecting ongoing advancements in precision sensing and application-specific radar development.
source: [1]
company website: https://en.desaysv.com/
Advancing Human-Centered Radar: EasyDetek’s EDC15SA Module Revolutionizes Complex Lighting Environments
EasyDetek EDC15SA Module Enhances Lighting Detection in Challenging Environments
Key Highlights:
– Compact Design: EDC15SA radar module has a 20x20mm “golden size,” ensuring compatibility across various light fixtures such as ceiling lights, bulbs, and downlights. It operates optimally at a height of 3 meters with a detection radius of 3-5 meters.
– Anti-Interference Technology: Incorporates EasyDetek’s proprietary IC that offers strong stability and interference resistance against 2.4G communications and Bluetooth signals, ensuring reliable operation.
– Dual Signal Outputs: Features IO/PWM modes, providing flexibility and seamless integration with popular lighting driver solutions in the market.
Technical Parameters:
– Electrical Specs: Operates on a 5-12V input voltage, with 11±2mA current and 3.3V±0.2V output (default).
– Functional Specs: Includes a center frequency of 5.8GHz, 3dB beam angles of 97° (XZ plane) and 99° (YZ plane), and a default delay time of 30 seconds.
– Environmental Resilience: Designed for operating temperatures from -20 to +85℃ and storage temperatures up to +105℃.
Applications:
– Effective in resolving lighting detection challenges in high-interference spaces like corridors, elevator entrances, and staircases.
source: [1]
company website: https://www.easydetek.com/
Compact and Cost-Efficient Radar Solutions: EasyDetek’s EDC18P Module for Smart Lighting Applications
EasyDetek’s EDC18P Module Targets Smart Lighting Applications
Key Highlights:
– Compact Design: 18x18mm module with shared-component and antenna design, conserving space.
– Smart Sensing Capabilities: Operates at heights up to 3 meters with a detection radius of 3-5 meters.
– Wide Compatibility: Suitable for various light fixtures, including bulb lights, downlights, ceiling lights, and T-tube lights.
Technical Specifications:
– Input Voltage: 5-12V; Output Voltage: 3.3V.
– Current Consumption: 1 ± 0.2mA; Power consumption under <0.5W.
– Motion Detection: Accurate within a 3-5m radius; adjustable delay timing of 30 ± 5 seconds.
– Frequency: Operates at 5.8GHz; beam angles: 97° (XZ Plane) and 99° (YZ Plane).
– Temperature Range: -20°C to +85°C for operation and -20°C to +105°C for storage.
Integrated Technology:
– Features proprietary IC technology for high stability and low power consumption.
Applications:
– Optimized for smart lighting systems in residential, commercial, and public spaces, aimed at enhancing intelligent automation solutions.
source: [1]
company website: https://www.easydetek.com/
Seamless Radar Integration for Intelligent Lighting: Introducing EasyDetek’s EDC18K Module
Seamless Radar Integration for Intelligent Lighting
Key Highlights:
- Compact Design: The EDC18K radar module measures just 16mm x 16mm, enabling flexible and convenient installation across various spaces.
- Smart Lighting Control: Automatically adjusts brightness based on human presence:
- Lights activate upon detecting movement and dim when the space is unoccupied.
- Practical for nighttime use without manual intervention.
- Multi-Scene Applications: Designed for environments such as corridors, staircases, and elevator entrances, reflecting adaptability for diverse spaces.
- Integrated Proprietary IC: Utilizes EasyDetek’s proprietary IC chip, ensuring cost-effectiveness, safety, and reliability.
Technical Specifications:
– Sensing Range: Default detection radius of 2-4 meters at a mounting height of 3 meters.
– Electrical Output: Operates within 5-12V input voltage, providing an output voltage of 3.3 ± 0.2V.
– Beam Angle: Offers a wide detection angle with 97° XZ-plane and 99° YZ-plane coverage.
– Environmental Robustness: Functional within -20°C to +85°C working temperature and tolerates -20°C to +105°C storage conditions.
Industry Insight:
– This compact radar module demonstrates a growing convergence of radar technology with intelligent home systems, further paved by advancements in 5G and AI technologies.
source: [1]
company website: https://www.easydetek.com/
HiLink’s HLK-LD2451 Radar Module: Low-Cost Solution for Blind Spot Detection and Collision Avoidance
HiLink’s HLK-LD2451 Radar Module: Affordable Safety Enhancements
Key Highlights:
– Blind Spot Detection: HLK-LD2451 module monitors up to 100 meters behind the vehicle, covering 3 adjacent lanes. Alerts drivers to obstacles during lane changes with precise distance and angle measurements.
– Overspeed Warning: Identifies rear-approaching vehicles exceeding 120 km/h within 100 meters and issues preemptive warnings to reduce collision risks.
– Multi-Target Tracking: Tracks 3-5 surrounding vehicles simultaneously, providing real-time data on distance, speed, and angle for enhanced situational awareness.
– Technical Specifications: Operates at 24–24.25 GHz with FMCW modulation. Maximum detection range is 100 meters, with ±15° detection angle, customizable via a smartphone app.
– Low-Cost Solution: Priced around $4.50 USD, utilizing strong algorithms to ensure accurate vehicle state detection in complex traffic environments.
Application Insights:
HLK-LD2451 addresses critical pain points in vehicle operation, offering effective blind spot monitoring, collision prevention, and traffic safety assistance at an accessible cost.
source: [1]
company website: https://hlktech.net/
Interadar’s Millimeter-Wave Radar Enhances Elderly Care Robots to Meet IEC 63310 Standards
Interadar’s Millimeter-Wave Radar Enhances Elderly Care Robots to Meet IEC 63310 Standards
Key Highlights:
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Global Standard Contribution: Interadar has supported the development of elderly care robots conforming to IEC 63310, the first international standard for robots in assisted living environments. This standard defines performance criteria, marking a step toward standardization in the eldercare industry.
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Non-Contact Health Monitoring: Using millimeter-wave radar AI technology, Interadar’s system captures human micro-movements without the need for wearable devices, enabling continuous monitoring of vital signs including heart rate, respiratory rate, and body movement. It also detects falls accurately and triggers emergency notifications.
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Technical Edge: Interadar’s radar products provide ultra-low power consumption, strong anti-interference capabilities, and privacy-focused designs, addressing key operational challenges for eldercare robots.
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Elderly Care Integration: The company’s solutions form a closed-loop system for monitoring, warning, and responding to health abnormalities, helping reduce risks for solitary elderly individuals. These technologies are positioned to unlock the rapidly growing eldercare robotics market.
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Strategic Partnerships: Interadar collaborates with leading humanoid robotics companies and system integrators to speed up the production of robots aligned with IEC standards, supporting widespread adoption.
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Innovative Platforms: Built on its InteSensor system, the company develops advanced solutions like non-contact sleep monitoring and continuous blood pressure monitoring, paving the way for broader eldercare robotics functionality.
source: [1]
company website: http://www.interadar.com/
Interadar Launches AI-Driven Smart Ward Safety Guardian Project in Collaboration with Ningbo Hospital
Interadar Launches AI-Driven Smart Ward Safety Guardian Project
Key Highlights:
– Advanced Monitoring System: Interadar’s new project integrates AI-based non-contact posture detection and fall monitoring technology in a hospital in Ningbo, launched on March 14, 2025.
– Privacy Safeguards: The system uses non-contact sensing technology and advanced AI algorithms, eliminating the need for wearable devices while ensuring patient privacy.
– Real-Time Alerts: Detects falls, mobility issues, and other anomalies, sending instant alerts to the nurses’ station for rapid intervention.
– Focus Area: Specifically targets high-risk zones, such as hospital bathrooms, to reduce the incidence of falls among elderly and mobility-impaired patients.
Insights:
– Policy Alignment: The technology aligns with national “Medical-Elderly Care Integration” goals and offers replicable solutions for home elder-care transformations.
– AI & Healthcare Integration: Demonstrates how AI combined with IoT can enhance proactive healthcare and safety standards in medical environments.
– Future Outlook: Sets a benchmark for leveraging radar-based AI sensing systems in healthcare, supporting the shift from reactive treatment to preventive care.
source: [1]
company website: http://www.interadar.com/
RACO Recognized for Precision Measurement in Insect Monitoring Radar Technology
RACO Recognized for Precision Measurement in Insect Monitoring Radar Technology
Key Highlights:
– Prestigious Recognition: RACO’s “Insect Monitoring Radar Precision Measurement Technology and Applications” project earned the 2024 China Institute of Electronics Technology Invention Grand Prize, underscoring achievements in radar-based environmental monitoring.
– Advanced Radar Application: The awarded technology advances radar’s role in tracking minute insect movements with precision measurement, addressing challenges in ecological and agricultural research.
– Sector Importance: The accolade highlights the emphasis on radar innovation for critical applications beyond traditional defense and automotive industries, demonstrating radar’s adaptability to environmental and scientific domains.
– Industry Acknowledgement: The award further solidifies RACO’s capabilities in developing and applying radar-based solutions, setting benchmarks for innovation within the radar industry.
Insights:
Recognitions such as these emphasize the growing importance of radar technology in specialized applications, providing critical data for research and operational use cases outside typical radar domains.
source: [1]
company website: http://www.racodf.com/
Shanghai Geometrical Perception’s Fusion of Visual and 4D Millimeter Wave Radar Imaging for Scalable Intelligent Driving Systems
Shanghai Geometrical Perception’s Fusion of Visual and 4D Millimeter Wave Radar Imaging for Intelligent Driving Systems
Key Highlights:
– Fusion Perception Technology: Integrates visual data and 4D millimeter wave radar imaging for all-weather capabilities and high reliability in intelligent driving systems.
– Advanced Functions: Supports city NOA (Navigation on Autopilot), intercity NOA, and autonomous valet parking (AVP), tackling scenarios like pedestrian sudden appearances, irregular obstacles, and tight spaces.
– Proprietary Algorithms: Applies generalized perception and end-to-end prediction-decision algorithms, achieving precise sensing and human-like decision-making.
– Scalable Manufacturing: Systems designed for low cost, ease of mass production, and broad vehicle compatibility using a streamlined “menu-style delivery.”
Industry Collaborations and Commercial Strategies:
– Automaker Partnerships: Strategic ties with SAIC Motor and JAC Motors, delivering smart driving solutions for mass-production models.
– Market Alignment: Prioritizes adaptable solutions to meet automaker needs and integrate intelligent functionalities into mainstream vehicles.
Investment Landscape:
– Investor Confidence: Backed by major players like Arm China, Xiaomi Ventures, and Baidu Ventures, showcasing strong market potential and recognition.
Insights:
The focused development of radar-visual fused systems and strategic industry collaborations positions the company to drive scalable intelligent driving adoption while addressing complex real-world scenarios effectively.
source: [1]
company website: https://www.geometricalpal.com/
TsingLan Technology’s Role in Shaping China’s First Millimeter-Wave Radar Monitoring Industry Standard
TsingLan Technology’s Role in Shaping China’s First Millimeter-Wave Radar Monitoring Industry Standard
Key Highlights:
– New Standard Release: On March 13, 2025, China’s Ministry of Civil Affairs published the millimeter-wave radar monitoring alarm industry standard (MZT 238–2025). It standardizes hardware, environmental adaptability, detection functions, and platform capability requirements for radar-based monitoring devices and will go into effect on May 1, 2025.
– Core Contributor: TsingLan Technology was a key drafting participant, leveraging its expertise in millimeter-wave radar algorithms and hardware design, contributing to the technical benchmarks for the standard.
– Technical Features: The standard specifies minimum functionality requirements (such as personnel, fall, breathing, or heart rate detection) along with accuracy criteria. It also defines installation methods (top-hanging, side-hanging) and mandates platform capabilities for alert notifications, OTA updates, and system configurations.
– Market Impact: Fills gaps in domestic radar technology by offering evaluation benchmarks for applications in eldercare institutions, individual residences, and community care settings. Addresses growing demand tied to population aging and smart monitoring needs.
– Industry Advancement: Positions China’s monitoring industry to transition from extensive development to refined, standardized practices.
– Technology Integration: TsingLan has already merged AI and millimeter-wave radar into sectors such as smart homes, hospitals, hotels, and schools. It plans further integrations with 6G technologies and AI models to create comprehensive health and safety monitoring networks.
Insights:
This new standard paves the way for enhanced radar-based monitoring solutions tailored to diverse care environments while showcasing TsingLan’s continued leadership role in advancing millimeter-wave radar technologies.
source: [1]
company website: https://www.tsinglantech.com/
QLanRadar Unveils AI-Driven Millimeter-Wave Radar Solutions at Shenzhen Home Design Week
QLanRadar Unveils AI-Driven Millimeter-Wave Radar Solutions at Shenzhen Home Design Week
Key Highlights:
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Technology Focus: QLanRadar, a brand under TsingLan Technology, showcased its millimeter-wave radar intelligent home solutions leveraging AI integration for enhanced safety, health, and smart living features.
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Event Details:
- Hosted at the Shenzhen International Convention and Exhibition Center (March 16-19, 2025).
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QLanRadar’s booth located at Smart Home Exhibition Area, 11L-12.
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Core Innovation: Solutions demonstrated how radar technology enables seamless, sensor-free smart home experiences, offering real-time environmental awareness and safety automation.
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Expertise: Powered by a top-tier radar algorithm team with over 20 years of Huawei development expertise and contributions from National Science Progress Award recipients.
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Invitation: Professionals and partners were encouraged to interact with the technology and explore its potential applications in future intelligent living.
source: [1]
company website: https://www.tsinglantech.com/
National High-Tech Certification Boosts TsingLan Technology’s Millimeter-Wave Radar Innovations
National High-Tech Certification Boosts TsingLan Technology’s Millimeter-Wave Radar Innovations
Key Highlights:
– Certification Achievement: TsingLan Technology (Shenzhen) Co., Ltd. has officially been certified as a “National High-Tech Enterprise” following a stringent review by China’s Ministry of Science and Technology, Ministry of Finance, and State Tax Administration.
– Significance: The certification recognizes TsingLan’s innovation capacity, core competitiveness, and positions them as an industry benchmark, offering benefits such as tax reductions and policy support.
– Core Technology Focus: The company specializes in 4D millimeter-wave radar technology, targeting both consumer-grade indoor radar and industrial radar products, with applications spanning smart elder care, healthcare monitoring, and intelligent home systems.
– Technological Advancements: Their integration of AI and millimeter-wave radar allows for advanced capabilities such as vital sign detection and health monitoring.
– IP Portfolio: TsingLan has secured over 10 domestic invention patents and multiple PCT international patents focusing on breathing, heart rate, and health monitoring.
– Expansion: Domestic collaboration with leaders like Ping An Insurance, Tencent, and BOE Technology, as well as overseas market penetration into Japan, the US, Europe, and Australia.
– Strategic Outlook: With smart elder care central to its business, TsingLan aims to expand radar applications into smart buildings, hotels, and schools, supporting enterprise efficiency and seamless home protection.
source: [1]
company website: https://www.tsinglantech.com/
TsingRay’s Millimeter-Wave Radar Gains Momentum in Smart Elderly Care Industry Following Xi’an Subsidy Inclusion
TsingRay’s Millimeter-Wave Radar Gains Momentum in Smart Elderly Care Industry Following Xi’an Subsidy Inclusion
Key Highlights:
- Subsidy Inclusion: Two of TsingRay’s products—Millimeter-wave Radar Life Monitoring Device and Smart Fall Detection Instrument—have been included in Xi’an’s government subsidy list for smart elderly care products in 2025.
- Technology Benefits:
- The Life Monitoring Device provides real-time, medical-grade monitoring of key vital signs like breathing and heart rate, with features such as non-contact detection through clothing and bedding and abnormal vital sign alerts.
- The Fall Detection Instrument offers instant fall detection with emergency alerts, bathroom-focused monitoring, and recognition of 27 fall-related scenarios, ensuring elderly safety.
- Policy Support: Registered elderly care institutions in Xi’an can enjoy a 30% subsidy on the transaction price of listed products, capped at 200,000 RMB per institution, from March to October 2025.
- Broad Adoption: TsingRay’s millimeter-wave radar technology is integrated into over 700 care institutions across China, enhancing health monitoring, risk alerts, and operational efficiency.
- Industry Recognition: TsingRay’s innovations have previously been included in national directories for elderly care products by government ministries in 2023.
- Collaborative Strategy: Xi’an’s initiative aligns with TsingRay’s digital solutions that merge radar, AI, and big data to deliver safer, more efficient elderly care environments.
source: [1]
company website: https://www.qingleitech.com/
TsingRay Showcases AI-Enhanced Millimeter-Wave Radar Solutions at Chengdu Elderly Services Expo
TsingRay Showcases AI-Enhanced Millimeter-Wave Radar Solutions at Chengdu Elderly Services Expo
Key Highlights:
– First-of-its-Kind Solution: TsingRay presented China’s first “Millimeter-Wave Radar + AI Algorithm” digital elderly care solution, gaining significant industry attention for its innovation and uniqueness.
– Non-Contact Sensing: Enables real-time monitoring of vital signs such as respiratory rate and heart rate, offering non-invasive functionality for health tracking and emergency alerts.
– AI-Driven Predictive Analysis: Uses AI algorithms to assess chronic disease risks, integrating results into the company’s Beijia’an Intelligent Management System for comprehensive health management.
– Scalability: Already deployed in 100+ hospitals and 700+ elderly care facilities, facilitating thousands of emergency alerts and saving dozens of lives to date.
Insights:
– Adoption Surge: During the expo, TsingRay’s booth attracted over 1,000 professional visitors, with on-site procurement agreements and payments illustrating the solution’s immediate industry demand.
– Strategic Partnerships: TsingRay signed agreements with nearly 10 elderly care institutions in the Sichuan and Chongqing regions, signaling their growing footprint in China’s elderly care sector.
– Next Steps: Implementation of signed projects is expected to advance the technological transformation of elderly care services, addressing privacy concerns and false alarm rates in traditional monitoring systems.
source: [1]
company website: https://www.qingleitech.com/
LimRadar’s LR-T14 Fusion Device: Elevating Intelligent Transportation with Millimeter-Wave Radar and AI
LimRadar’s LR-T14 Fusion Device Enhances Traffic Monitoring with Millimeter-Wave Radar and AI Integration
Key Highlights:
– Radar-Vision Fusion: The LR-T14 device combines millimeter-wave radar with dual cameras (short-focus and long-focus) and AI chips for front-end data fusion. It provides real-time traffic analysis across 500m, including vehicle position, speed tracking, lane-specific flow counts, and queue lengths.
– Wide Detection Range: Radar detection extends up to 1000m, while radar-vision fusion covers a 500m range using an F1.4 aperture camera with 800 million pixels.
– Advanced Monitoring: Detects abnormal parking, congestion events, and provides counter-flow incident warnings for enhanced traffic safety.
– Applications: Key modules for holographic intersections, intelligent expressways, and large-scale bridge monitoring (e.g., Hangzhou Bay Bridge deployment for full traffic holographic perception).
Insights:
LimRadar’s LR-T14 device illustrates millimeter-wave radar’s scalability and adaptability when paired with AI, transforming intelligent transportation through precise, real-time situational awareness.
source: [1]
company website: https://www.limradar.com/
Quanthium Technology Drives Standardization of Millimeter-Wave Radar Applications in Elderly Care
Quanthium Technology Helps Standardize Millimeter-Wave Radar in Elderly Care
Key Highlights:
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Industry Milestone: The Ministry of Civil Affairs released the first industry standard for millimeter-wave radar monitoring alarm devices (MZT 238–2025) on March 13, 2025, with implementation starting May 1, 2025.
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Standard Scope: It defines the device’s terminology, components, and classification; specifies technical parameters for functions like personnel detection, fall detection, breathing, and heart rate monitoring; and establishes benchmarks for accuracy and reliability.
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Advanced Features: Includes local data storage, voice assistance functionality, OTA (Over-the-Air) updates, and platform integration.
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Strategic Impact: The standard aligns with digital and smart elderly care initiatives, advancing radar applications in government, caregiving institutions, and home settings.
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Industry Role: Quanthium Technology contributed to drafting the standard and already offers products adhering to its guidelines, leveraging expertise in radar chip design, algorithms, and complete solutions for health monitoring systems.
source: [1]
company website: quanthium.com.cn
APAC Mid-downstream radar companies
Examining Mistral’s 60GHz mmWave Industrial RADAR Modules and Their Applications
Examining Mistral’s 60GHz mmWave Industrial RADAR Modules and Their Applications
Key Highlights:
– Technology Overview:
– Mistral’s 60GHz Industrial mmWave RADAR Modules are tailored for various industrial applications, offering enhanced precision, compact form factor, and simplified usability.
- Applications in Automation:
- Warehouse Automation: Facilitates automation processes through precise sensing capabilities.
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Smart Infrastructure: Integrates into industrial systems for smarter, more efficient operations.
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Product Attributes:
- High Precision: Designed to meet stringent standards of industrial radar sensing.
- Compact Design: Optimized for environments where space is a premium.
- Ease of Use: User-friendly setup and operation.
Insights:
Mistral’s focus on these RADAR modules underscores the growing role of mmWave technology in advancing industrial automation and infrastructure efficiency.
source: [1]
company website: https://www.mistralsolutions.com/
bitsensing Explores AI-Driven Radar Transformation in IoT Unplugged Podcast
bitsensing Highlights Radar Evolution and AI Role on IoT Unplugged
Key Highlights:
- Discussion Focus: Jeanhee Lee, Head of Marketing Communications at bitsensing, featured on IoT Unplugged podcast to discuss radar’s evolution.
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Topics included imaging radar advancements and radar’s applications in automotive safety, smart cities, and healthcare.
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Radar with AI Integration:
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Explored potential for AI-enhanced radar systems, improving operational efficiency across industries.
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Industry Adoption: Insights on how cities like Verona use TIMOS, bitsensing’s radar solution, for traffic monitoring and urban planning.
Key Callouts:
– bitsensing, founded in 2018 by Jae-Eun Lee, was driven by safety innovation tied to a tragic event in Seoul.
– Emphasis on reimagining radar for smarter, safer environments.
Listen to Full Episode: Available on Spotify https://spoti.fi/48C2MD7 and Apple Podcasts https://apple.co/3rFtwlB.
company website: https://bitsensing.com/
JP Mid-downstream radar companies
US Mid-downstream radar companies
EMEA Mid-downstream radar companies
Exploring Next-Generation Imaging Automotive Radar Antennas: Gapwaves’ IWPC Webinar Announcement
Exploring Next-Generation Imaging Automotive Radar Antennas: Gapwaves’ IWPC Webinar
Key Highlights:
- Webinar Details:
- Hosted by IWPC, scheduled for March 12, 2025, at 11:00 a.m. EDT / 4:00 p.m. CET.
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Focus on next-generation imaging automotive radar antennas.
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Core Topics:
- Trends and Innovations: Insights into imaging radar and waveguide antenna advancements.
- Challenges: Addressing electrical performance, managing channel complexity, and meeting manufacturing constraints, alongside balancing cost-effectiveness.
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Solution Spotlight: Introduction to Multilayer Waveguide (MLW) technology, positioned as a leading framework for addressing industry hurdles.
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Product Focus:
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The Sensrad Hugin D1, representing a new generation of waveguide solutions, prioritizing compact form factor and high-performance metrics.
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Registration Notes:
- Limited attendance, with IWPC members receiving priority access due to significant interest.
- Hosting webinars via IWPC is branded as a high-value, cost-effective member benefit.
Attendees can expect detailed discussions on the evolving landscape of imaging radar antennas and practical insights into overcoming technological constraints.
source: [1]
company website: http://www.gapwaves.com
InnoSenT Unveils IDR-2050: A Precise 60 GHz Radar Sensor Targeting Industrial Applications
InnoSenT’s IDR-2050: High-Precision 60 GHz Radar for Industry
Key Highlights:
- Frequency: Utilizes FMCW radar technology operating at 62-64 GHz, designed for precision sensing across industrial applications.
- Precision Detection: Achieves millimeter-level accuracy for detecting stationary and moving objects with velocities up to 50 km/h.
- Robust Environment Handling: Operates seamlessly in harsh conditions including extreme temperatures, humidity, foam, dirt, and dust.
- Material Versatility: Detects liquids, powders, and bulk materials up to a range of 10 meters.
- Compact Design: Small form factor (43.6×43.6×21.4mm) for easy integration into industrial housings.
Functional Features:
- Core Parameters: Measures distance, presence, speed, direction, and signal strength. Outputs are delivered via UART communication.
- Narrow Field of View: Includes focused angular coverage of 8° x 8° (azimuth/elevation), enhancing precision in confined spaces.
- Customizable Output: User-configurable detection range and result filtering options for tailored integration.
Applications:
- Designed for level measurement, collision avoidance, parking space occupancy, and general industrial operations.
Supporting Material:
- Comes with a software package and quick-start guide; approvals available upon request.
This launch underscores a targeted focus on simplifying industrial distance measurement with advanced radar sensing technology.
source: [1]
company website: https://www.innosent.de/
InnoSenT Participates in Embedded World 2025: Radar Technology Insights from Bosch Booth Collaboration
InnoSenT Showcases Radar Expertise at Embedded World 2025
Key Highlights:
- Event Presence: InnoSenT GmbH is featured at the Bosch booth (4A-512) during Embedded World 2025 in Nürnberg, Germany, from March 11 to March 13.
- Collaboration with Bosch: As Bosch’s exclusive partner at the booth, InnoSenT highlights advanced radar solutions, underscoring collaboration in the radar and automotive industries.
- Technological Emphasis: Core radar applications showcased include traffic radar, distance measurement, and collision avoidance—key areas for automotive embedded systems.
- Expert Engagement: Attendees have the opportunity to interact with InnoSenT’s radar experts, discussing innovations relevant to sensors, automation, and radar engineering.
Insights:
InnoSenT’s participation aligns with radar technology’s growing importance in safety-critical automotive applications, offering hands-on insights into cutting-edge developments.
source: [1]
company website: https://www.innosent.de/
Inxpect Safety Radar System Series 200 Joins KUKA Ecosystem with Advanced FMCW Millimeter-Wave Technology
Inxpect Safety Radar System Series 200 Joins KUKA Ecosystem
Key Highlights:
- Advanced FMCW Technology: Utilizes Frequency Modulated Continuous Wave (FMCW) radar technology on millimeter-wave V-band (60 GHz), enabling the detection of complex scenes through reflected signals from static and moving objects.
- Dynamic Detection Areas: Provides real-time configurable horizontal fields of view and supports up to four alarm zones, suited for complex industrial applications, including mobile use cases.
- Robust Controller Features: The C202B controller supports USB and Ethernet interfaces for local and remote configuration, adjustable safety functions, and field sizes via Inxpect Safety Software. It integrates industry-standard cybersecurity protocols for remote setup.
- Uncompromised Operations in Challenging Environments: Effectively operates where optical systems face limitations, ensuring high safety without affecting operational productivity.
- Comprehensive I/O Configuration: Offers digital inputs for emergency stop and restart signals, along with configurable auxiliary outputs for enhanced fault signaling and muting status.
Integration Insights:
By joining the KUKA ecosystem, the Inxpect Series 200 enhances automation safety solutions, providing adaptive and secure options for industries prioritizing complex scene detection and operational security.
source: [1]
company website: http://www.inxpect.com
Exploring Kymati’s Radar-Based Anti-Collision and Positioning Systems Presented at Kranfachtagung Magdeburg 2025
Kymati Showcases Radar Innovations at Kranfachtagung Magdeburg 2025
Key Highlights:
– Presentation Focus: Kymati demonstrated radar-based solutions for anti-collision, positioning systems, and precise object/person detection, targeting heavy machinery and crane systems.
– Event Scale: The Kranfachtagung hosted over 200 participants, including university researchers and industry leaders in the German market for crane technologies.
– Industry Feedback: Attendees expressed strong interest in Kymati’s radar capabilities and provided valuable insights for further product evolution.
Insights:
Kymati’s radar systems emphasize safety in industrial automation, enabling advanced object/person detection and collision avoidance for heavy machinery applications.
source: [1]
company website: http://www.kymati.com
Plextek and Flowcopter Collaborate to Advance UAV Safety with Ubiquitous Radar Technology
Plextek and Flowcopter Collaborate to Advance UAV Safety with Ubiquitous Radar Technology
Key Highlights:
- Ubiquitous Radar Technology: Unlike traditional scanning systems, Plextek’s radar continuously illuminates and monitors the environment in real-time, enabling simultaneous obstacle detection from multiple directions and enhancing situational awareness for UAVs.
- Safety Advancements: Integrated radar supports autonomous collision avoidance, reducing risks in shared airspace and enabling UAVs to operate safely alongside crewed aircraft.
- BVLOS Operations: Expands UAV capabilities for long-range logistics, emergency responses, and safe extended distances beyond visual line of sight.
- Flowcopter FC100 UAV: Equipped with radar for enhanced navigation in complex environments, featuring a payload capacity of 200kg and novel hydraulic transmission—designed for remote logistics, maritime operations, and offshore delivery.
- Trials in Progress: Focused on refining radar accuracy, range, and obstacle differentiation while aiming to outperform human pilots in detection and reaction time, ensuring seamless integration into unsegregated airspace.
Insights:
This collaboration highlights the potential of advanced radar technology in addressing UAV safety and expanding operational opportunities across various industries.
source: [1]
company website: https://www.plextek.com/
Exploring Plextek’s Ubiquitous Radar Technology and its Micro-Doppler Classification at Security & Policing Event
Exploring Plextek’s Ubiquitous Radar Technology at Security & Policing Event
Key Highlights:
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Micro-Doppler Classification: Plextek’s Ubiquitous Radar technology incorporates micro-Doppler classification capabilities for enhanced target discrimination, critical for security applications.
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Configurable mmWave Radar Modules: Plextek showcased its customizable mmWave radar modules, offering flexibility for integration into diverse security systems.
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Dismounted Position Navigation Sensor (DPNS): Another featured platform, DPNS, supports precise navigation for dismounted personnel in challenging environments.
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Event Showcase: These technologies were presented at Stand D5 during the final day of the ADS Group Ltd Security & Policing event.
Insights:
Plextek’s advancements in radar technology, especially its micro-Doppler classification approach, underline its focus on delivering specialized solutions for security and operational applications.
source: [1]
company website: https://www.plextek.com/
Provizio Integrates NVIDIA Jetson Orin NX into World’s First Imaging Radar for Enhanced Vehicle Safety
Provizio Integrates NVIDIA Jetson Orin NX into World’s First Imaging Radar for Enhanced Vehicle Safety
Key Highlights:
– Embedded Processing: Provizio introduces the NVIDIA Jetson Orin NX, enabling advanced embedded computing directly within its radar system for enhanced perception capabilities.
– Imaging Radar Design: The radar sensor provides high-resolution 360° imaging while being discreetly integrated into vehicle bumpers, ensuring minimal impact on vehicle appearance.
– Range and Resolution: Features include patented MIMSO® antenna technology that amplifies radar resolution and SPTDMA® dynamic resource allocation, extending range to over 600 meters with low computational overhead.
– AI Integration: AI-powered point-cloud upscaling optimizes data for increased density and reduced noise, enabling detailed object perception in all weather conditions.
– Functional Safety Certification: The 4D imaging radar technology meets rigorous safety standards, updated for autonomous driving capabilities (L3+).
– Applications: Solution caters to diverse sectors including automotive, mixed mobility, and smart cities, supporting autonomous systems and driver assistance.
Insights:
Provizio’s radar innovations combine advanced hardware with intelligent software, setting the stage for scalable, cost-efficient safety systems designed to predict and prevent road accidents while seamlessly integrating into existing vehicle designs.
source: [1]
company website: https://www.provizio.ai
Smartmicro and NXP Collaborate to Accelerate Automotive Radar Innovation under IPCEI Initiative
Smartmicro and NXP Collaborate under IPCEI Initiative
Key Highlights:
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Collaboration Kickoff: NXP Semiconductors visited the Smartmicro headquarters in Braunschweig, Germany, in February 2025 to initiate a joint project focused on automotive radar innovation.
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IPCEI Initiative: The project aligns with IPCEI (Important Projects of Common European Interest), a European Union program aimed at bolstering semiconductor technology through unified expertise, resources, and funding support. It is backed by the German Federal Ministry for Economic Affairs and Climate Action and the EU’s Next Generation EU initiative.
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Focus Area: The partnership targets advancements in semiconductor-powered automotive radar technology as part of efforts to address pressing challenges in Europe’s automotive semiconductor ecosystem.
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Progress Update: Early discussions have yielded promising outcomes, and teams from both companies are preparing to advance the next phases of the collaboration.
Insights:
This partnership underscores Europe’s strategic efforts to strengthen its semiconductor sector, particularly within the domain of radar technology critical to modern automotive advancements.
source: [1]
company website: https://www.smartmicro.com/