Upstream Semiconductor Radar Companies
Calterah Introduces AUTOSAR Software Collaboration Platform to Expedite Automotive Radar Chip Development
Calterah Introduces AUTOSAR Software Collaboration Platform to Expedite Automotive Radar Chip Development
Key Highlights:
- AUTOSAR Collaboration Focus: Calterah’s newly launched AUTOSAR software collaboration platform aims to improve efficiency in millimeter-wave radar chip development and adaptation processes for the automotive sector.
- Challenges Addressed: Traditional serial development processes often lead to lengthy cycles, inefficient collaboration, and delays in OEM validation; the platform facilitates a parallel development model for faster iterations and reliable performance.
- Three-layer Architecture: The platform adopts a three-layer architecture consisting of an integration verification layer, IP functionality layer, and hardware layer, which ensures unified interfaces and reduces communication complexity.
- Seamless Validation: Leveraging AUTOSAR-based unified testing protocols, Calterah integrates software and hardware testing cycles across modules and systems, significantly reducing validation time and costs.
- Real-Time Collaboration: With features like real-time multi-user access, security-enhanced data encryption, and early OEM-Tier 1 involvement, the platform covers the lifespan of vehicle and chip projects, emphasizing real-world chip environments over virtual models.
- Impact: Transitioning from serial to parallel development, the new platform drives efficiency while optimizing manpower, project durations, and responsiveness for radar chip mass production.
Insights:
This strategic innovation underscores the growing emphasis on software-hardware integration and collaborative development infrastructures in the radar industry, paving the way for cost-effective and rapid iteration of automotive radar technologies.
source: [1]
company website: https://www.calterah.com/
SGR Semi Wins Best Management Award: Spotlight on Automotive-Grade Radar Innovations
SGR Semi Wins Best Management Award: Automotive Radar Innovations Highlighted
Key Highlights:
– Award Achievement: On March 14, 2025, SGR Semiconductors Inc. received the prestigious Best Management Award at the 2024 Annual Awards Ceremony for Outstanding Incubation Enterprises.
– Automotive Certification: SGR’s millimeter-wave radar chips have achieved AECQ automotive-grade certification, ensuring compatibility with stringent automotive safety and reliability standards.
– Broad Applications: The company’s radar chips serve diverse markets, including:
– Automotive systems, including ADAS.
– Unmanned aerial vehicles (drones).
– Home appliances and smart sanitary ware.
– Infrastructure monitoring (e.g., dams).
Company Overview & Infrastructure:
– Focused on millimeter-wave radar innovation, SGR operates across five locations: Xiamen (HQ), Shanghai, Zhejiang Jiaxing, Shenzhen, and Qingdao, with dedicated facilities for design, production, and testing.
Client Market:
– Serves Fortune 500 companies and other global top-10 segment leaders, showcasing strong industry integration and advanced technology deployment.
Insights:
– Recognized for operational excellence and forward-looking innovation, SGR is poised to further expand radar applications in critical industries.
source: [1]
company website: http://sgrsemi.com/
Arbe’s 4D Imaging Radar Tackles Pedestrian Detection Challenges Amid Metal Guardrails
Arbe’s 4D Imaging Radar Tackles Pedestrian Detection Challenges Amid Metal Guardrails
Key Highlights:
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Challenge Overview: Traditional radar struggles with detecting pedestrians near metal guardrails due to limited dynamic range. Reflective signals from guardrails overpower weaker pedestrian signals, creating detection blind spots. Additionally, pedestrians’ slower walking speeds make differentiation from guardrails harder based solely on Doppler effect measurements.
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Arbe’s Solution: Arbe’s 4D imaging radar employs high dynamic range performance to distinguish between strong signals from metal objects and weak echoes from pedestrians. This technology ensures vulnerable road users are detected, even in complex roadside environments.
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Upcoming Regulations: The US NHTSA’s forthcoming 2029 pedestrian detection standards underline the urgency for robust radar solutions. Arbe’s technology positions itself as ready to meet these requirements.
Insights: Arbe’s radar innovation enhances real-world pedestrian detection, paving the way for safer roads and regulatory compliance in evolving automotive safety landscapes.
source: [1]
company website: https://arberobotics.com/
Infineon Showcases Advanced Radar-Enabled Sensor Technologies at Sensor Shenzhen 2025
Infineon Showcases Advanced Radar-Enabled Sensor Technologies at Sensor Shenzhen 2025
Key Highlights:
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Millimeter-Wave Radar Innovation: Infineon presents a medical-grade millimeter-wave radar using a spatiotemporal frequency-domain sparse decomposition algorithm aimed at precision healthcare applications.
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Smart Device Integration: Radar modules developed for smart TVs and air conditioners enhance functionality and user experience, with applications showcased by Songyuan Technology.
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Human Presence Detection: New radar-enabled sensors, such as Merrytek’s human presence detection sensor, support integration with popular smart systems, including the Xiaomi ecosystem.
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Industry Collaboration: Infineon collaborates with ecosystem partners for live product demonstrations, showcasing advancements in connectivity, computation, and sensor-based security.
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XENSIV™ MEMS Microphone Sensor Launch: Infineon unveils its latest sensor technology, addressing growing demand for high-performance solutions in consumer and IoT devices.
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Forum Sessions:
- March 30: “Infineon Sensing Systems Empower Smart IoT,” presented by Pang Changfu at the Global Sensor Summit.
- April 1: “PAS CO₂ Sensor for Health Applications,” discussed by Liu Jianwei during the Gas Sensor Technology Seminar.
Insights:
Infineon’s radar-driven technologies underscore its focus on advanced sensing solutions, catering to healthcare, smart living, and IoT integration at Sensor Shenzhen 2025.
source: [1]
company website: https://www.infineon.com/
Texas Instruments Spotlights Millimeter Wave Radar Innovations at Munich Electronic Show 2025
Texas Instruments Spotlights Millimeter Wave Radar Innovations at Munich Electronic Show 2025
Key Highlights:
– Event Details: TI will present advancements in millimeter wave radar during seminars held at the Munich Electronic Show from April 15–17, 2025.
– Application Showcase: Millimeter wave radar is featured in intelligent sensing solutions for automotive and industrial factory environments, emphasizing enhanced safety, precision, and operational efficiency.
– Seminar Focus:
– Topic: “TI Millimeter Wave Radar – Unlocking Intelligent Sensing Applications for Automotive and Factories.”
– Date & Time: April 16, 2025, 09:30–10:10 AM.
– Includes a detailed exploration of radar use cases in automotive Advanced Driver Assistance Systems (ADAS) and factory-based smart automation.
Insights:
TI’s planned seminar underscores emerging radar innovations tailored for advanced sensing technologies, offering attendees actionable insights into next-generation applications for heavy industrial and automotive sectors.
source: [1]
company website: https://www.ti.com/
Greater China Mid-downstream radar companies
Chenchuang Technology’s Expansion into Microwave and Millimeter-Wave Detection for Low-Altitude Economy in Ganzhou
Chenchuang Technology’s Expansion into Microwave and Millimeter-Wave Detection for Low-Altitude Economy
Key Highlights:
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Strategic Partnership: Chenchuang Technology signed an agreement with Ganzhou Economic Development Zone to establish a high-end intelligent equipment production base, leveraging Ganzhou’s pivotal role in the low-altitude economy and aviation industries.
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Technical Focus: The company aims to merge its expertise in microwave and millimeter-wave detection and data fusion analysis with regional needs in general aviation, low-altitude applications, and urban public safety.
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Regional Advantage: Ganzhou houses China’s largest contiguous low-altitude drone flying airspace and benefits from its position as an early pilot province for low-altitude airspace management reform.
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Application Areas: Chenchuang’s solutions target inspection services, emergency rescue, medical transport, and low-altitude economic growth.
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Future Vision: The company is set to accelerate production implementation while integrating with AI advancements and infrastructure innovations, supporting Ganzhou’s development into a high-quality demonstration zone.
source: [1]
company website: https://www.gzcctd.com/
Exploring EasyDetek’s EDQ15L Bluetooth-Enabled Human Detection Radar for Smart Lighting
EasyDetek’s EDQ15L Bluetooth-Enabled Human Detection Radar for Smart Lighting
Key Highlights:
– Bluetooth Connectivity: EDQ15L enables mobile app and mini-program control, allowing users to adjust sensing distance, light brightness, and delay settings remotely. For example, lighting can be controlled from bed without needing to locate switches.
– 24GHz Millimeter-Wave Radar: Detects both movement and presence, ensuring the lights stay on during stationary activities (e.g., reading). Solves the issue of lights turning off due to lack of motion. Tested capabilities include a 5m sensing radius at a 3m height.
– Versatile Outputs: Supports IO, PWM, and serial port connections, enhancing compatibility with diverse devices.
– Applications: Ideal for bathrooms, kitchens, study rooms, and office lighting setups, offering tailored smart solutions throughout the home or workplace.
– Accessory Available: EDQ15LK accessory with external casing simplifies installation.
Insights:
EDQ15L leverages radar technology to redefine human-light interaction, promising enhanced convenience, energy efficiency, and comfort through precise sensing and remote configurability.
source: [1]
company website: https://www.easydetek.com/
Hawkeye Showcases Millimeter-Wave Radar Advancements at the 27th Expressway Informatization Conference
Hawkeye Showcases Millimeter-Wave Radar Advancements at the 27th Expressway Informatization Conference
Key Highlights:
- Event Details:
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The conference is taking place March 27-28, 2025, at the Hongdao International Convention and Exhibition Center in Qingdao, with themes of digital transformation, intelligence, and safety in expressway information systems.
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Company Showcase:
- Hawkeye Electronics will unveil its latest millimeter-wave radar innovations at Booth B3 L352.
- Focus areas include applications in smart expressways, tunnels, cities, slope monitoring, and bridge health monitoring.
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A new millimeter-wave radar product will debut during the opening ceremony, emphasizing next-generation sensing capabilities.
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Technical Expertise:
- Hawkeye’s team offers end-to-end design proficiency in millimeter-wave radar, serving industries such as automotive, transportation, and infrastructure.
- Their solutions are developed to enhance operational performance and safety in complex environments.
Insights:
This event underlines how millimeter-wave radar continues to expand its presence across critical infrastructure and smart transportation systems, driving forward industry resilience and technological innovation.
source: [1]
company website: https://www.hawkeye.com.cn/
HiLink Unveils HLK-LD2460: A High-Precision 24GHz Millimeter-Wave Radar Module for Multi-Target Detection and Human Tracking
HiLink Unveils HLK-LD2460: A 24GHz Millimeter-Wave Radar Module
Key Highlights:
– Multi-Target Detection: Capable of sensing 3-5 human targets within a 6m range, identifying presence, distance, and position.
– Static and Dynamic Tracking:
– Static sensing range: 4.5-5 meters.
– Dynamic sensing range: 5.5-6 meters.
– Tracks moving and stationary targets while supporting people counting.
– Wide Coverage and Precision:
– Horizontal sensing angle: 120°, vertical: 90°.
– Angle accuracy: ≤5° for precise positioning.
– Rapid Response: Motion trigger detection in 0.5 seconds; presence detection within 30 seconds.
– Ease of Use: Adjustable parameters via APP or PC, plug-and-play test board for quick setup.
Application Potential:
– Smart Homes: Enables automated control of lighting and appliances based on presence detection.
– Smart Offices: Ideal for intelligent workspace management, including conference room scheduling.
Launch Details:
– Release Date: Expected in March.
– Promotional Pricing: Initial price at 77 RMB with a 50% discount for the first 20 units.
source: [1]
company website: https://hlktech.net/
Interadar’s AI-Powered Non-Contact Health Monitoring System: Could Radar Play a Role?
Interadar Introduces AI-Powered Non-Contact Health Monitoring System
Key Highlights:
– Millimeter-Wave Radar Integration: Interadar’s AI health monitoring system leverages advanced millimeter-wave radar technology for non-contact health sensing.
– Real-Time Monitoring: The system continuously tracks key health parameters such as respiration rate, heart rate, blood pressure, and body movement without requiring wearable devices.
– Four-Dimensional Health Profiling: Data is synthesized into comprehensive health reports that incorporate respiration, heart rate, sleep quality, and physical activity metrics for personalized insights.
– Privacy Focus: Built on “hardware + client + management” architecture, the system ensures high-precision monitoring while safeguarding user data.
Insights:
Interadar’s radar-integrated health monitoring technology represents a pivotal move toward AI-driven health management systems, facilitating seamless, non-invasive data collection and real-time conditions analysis.
source: [1]
company website: http://www.interadar.com/
MicRadar Showcases Millimeter-Wave Radar Applications for Smart Home Appliances at AWE 2025
MicRadar Showcases Millimeter-Wave Radar Applications for Smart Home Appliances at AWE 2025
Key Highlights:
- Event Details:
- Dates and Venue: Scheduled from March 20-23, 2025 at the Shanghai New International Expo Center.
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Exhibitor Booths: MicRadar will operate at W3 Hall, Booths 3B14 and 3B15.
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Radar Applications for Smart Home Appliances:
- Millimeter-Wave Radar Integration: Applied across smart appliances like air conditioners, televisions, refrigerators, smart speakers, and smart toilets to enhance user comfort and intelligence.
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Interactive Demos: Focus areas include hand gesture recognition, people counting, and trajectory tracking, showcasing capabilities in real time.
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Technological Impact:
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MicRadar emphasizes its years-long commitment to developing millimeter-wave radar modules and algorithms, helping drive intelligent and efficient solutions for modern home appliances.
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Invitation to Attendees:
- Expo visitors are encouraged to explore radar-based solutions through immersive demonstrations and learn about advancements shaping smart home technologies.
source: [1]
company website: https://www.micradar.cn/
Nano Radar Unveils Milestone VMS Plugin: Simplifying Security Radar Integration
Nano Radar Unveils Milestone VMS Plugin: Simplifying Security Radar Integration
Key Highlights:
– Efficient Integration: Nano Radar has developed a Milestone VMS plugin, enabling seamless compatibility with Milestone XProtect products across all series—large-scale, mid-sized, and simplified versions.
– Time Savings: The typical integration timeline of several weeks has been reduced to just one hour, as radar alarm and trajectory data automatically sync to the Milestone platform.
– Cost Reduction: Eliminates the need for additional development teams, bypasses data conversion and compatibility debugging, significantly decreasing client costs.
– User-Centric Design: Radar functions are embedded directly into the Milestone interface, offering users a consolidated platform for full-scale security control.
Technical Insights:
– Server Integration: Using Milestone’s MIP SDK, radar data (e.g., intrusion coordinates, alarm levels) is precisely translated into formats recognizable by XProtect. This supports event-triggered actions such as automated video playback and log recording.
– Client Functionality: Features include radar alarm pop-ups, target tracking, radar-camera link controls, and high-precision map visualization for monitored areas.
Product Compatibility: Supports major camera brands like Axis, Bosch, Hanwha, and Hikvision, with RTSP standard compliance ensuring wide adaptability across multiple surveillance scenarios.
Security Applications: Nano Radar’s systems serve critical environments such as border/sea defense, airports, water facilities, and petrochemical pipelines, delivering robust safety measures under extreme conditions like heavy rain, fog, and dust storms.
Nano Radar’s VMS plugin exemplifies efforts to streamline radar integration into large-scale security systems, while maintaining precision, reliability, and operational simplicity.
source: [1]
company website: http://www.nanoradar.cn/
Nano Radar to Showcase Advanced Traffic Flow and Speed Measurement Radars at CEIC 2025
Nano Radar to Showcase Advanced Traffic Flow and Speed Measurement Radars at CEIC 2025
Key Highlights:
– Event Details: Nano Radar will exhibit at the 27th China Expressway Informatization Conference on March 27-28, 2025, at Hongdao International Conference and Exhibition Center, Qingdao City, China (Booth B3, L318).
– Featured Radar Products:
– Traffic flow radars for real-time traffic statistics and event detection on highways.
– Speed measurement radars used in law enforcement, overspeed warnings, and incident analysis.
– Applications in Transportation:
– Designed for improved accuracy and reliability in traffic management systems.
– Capable of detecting highway events and contributing to enhanced traffic safety measures.
About Nano Radar:
– Established: 2012, specializing in next-generation millimeter-wave radar.
– Global Reach: Active in 30+ countries, serving over 1,000 clients worldwide.
– Focus: Developing innovative solutions for smart transportation leveraging radar technologies.
source: [1]
company website: http://www.nanoradar.cn/
RDA Tech to Showcase Innovative Millimeter-Wave Radar Solutions at Yangzhou Outdoor Lighting Exhibition 2025
RDA Tech to Showcase Millimeter-Wave Radar Solutions at Yangzhou Outdoor Lighting Exhibition 2025
Key Highlights:
- Event Details:
- Dates: March 26–28, 2025.
- Venue: Yangzhou International Exhibition Center.
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Booth Location: Hall 3, C102.
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Millimeter-Wave Radar Showcase:
- Tunnel Lighting Adjustment Radars:
- SRR189C & SRR189L: 24GHz speed measurement radar sensors for optimized lighting in tunnels.
- Fog Light Induction Radars:
- SRR242 & SRR245: 24GHz vehicle detection radar sensors designed for low-visibility environments.
- Key specifications include beam width and working current parameters.
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Smart Streetlight Radars:
- SRR236 & SRR237: 24GHz radar sensors tailored for streetlight control.
- Notable capabilities of SRR237:
- Detection distance: Greater than 10 meters.
- Beamwidth: 105° x 120°.
- Average working current: 50mA.
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Innovative Focus:
- Emphasizing advancements in smart lighting technologies aimed at enhancing traffic, energy, and smart city ecosystems.
- Comprehensive radar solutions covering diverse outdoor lighting scenarios, including tunnels, fog-prone areas, and urban streets.
Invitation to Attend:
RDA Tech encourages industry participants to engage with their latest radar innovations and explore the evolving possibilities in smart outdoor lighting.
source: [1]
company website: https://rdatech.com.cn/
RUIX Tech Highlights Radar Innovations at 27th Highway Informatization Expo
RUIX Tech Highlights Radar Innovations at 27th Highway Informatization Expo
Key Highlights:
– Event Information:
– Date: March 27-28, 2025.
– Location: Hongdao International Conference and Exhibition Center, Qingdao, Shandong Province.
– Booth Numbers: A302 and A303.
- Company Profile:
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Beijing Institute of Technology RuiXing Electronics Technology Co., Ltd. specializes in the development and manufacturing of millimeter-wave radar systems for intelligent vehicles and smart transportation.
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Featured Radar Solutions:
- Automotive Applications:
- Forward anti-collision radar, corner radar, point cloud radar, and blind radar.
- Smart Transportation:
- Integrated radar-vision devices and roadside perception systems tailored to highway traffic management and safety applications.
Insights:
RUIX Tech’s focus on millimeter-wave radar products underscores its commitment to advancing radar technologies for smart vehicle systems and highway infrastructures.
source: [1]
company website: nan
Senying Technology’s Millimeter-Wave Radar Enhancements in Drone Applications Collaborate with Government for Public Safety and Infrastructure
Senying Technology’s Millimeter-Wave Radar Enhancements in Drone Applications
Key Highlights:
- Technological Features:
- Millimeter-Wave Radar Integration: Core technology for sensing in drones, supporting long endurance operations (over 3 hours) and stable flight in complex environments.
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Application Versatility: Drones equipped with seven task sensors, enabling usage across power grid inspection, oil pipeline monitoring, and transportation.
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Recent Testing Success:
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On March 13, 2025, Senying Technology’s P4 industrial drone completed long-distance navigation and power line inspection for the State Grid in Hunan Province.
- Delivered real-time high-definition video feed and automated patrol reports.
- Demonstrated effective maintenance of ultra-high voltage power lines.
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Collaborations and Market Focus:
- Partnered with China Railway Signal & Communication Corporation for drone inspection technology and low-altitude airspace management solutions, targeting central enterprise projects.
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Expanding into global markets (Middle East, Southeast Asia) through partnerships, focusing on civil infrastructure and urban management.
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Strategic Goals for Public Safety and Infrastructure:
- Exploring drone applications for forest fire prevention, flood control, dam monitoring, and urban emergency response.
- Collaborating with government and industries to enhance policy-driven low-altitude airspace reform and data security for public safety applications.
source: [1]
company website: nan
Qing Lei Technology’s Millimeter-Wave Radar Innovation for Sleep Health Monitoring on World Sleep Day
Qing Lei Technology’s Millimeter-Wave Radar Innovation for Sleep Health Monitoring
Key Highlights:
– AI-Driven Innovation: Qing Lei Technology integrates millimeter-wave radar with AI for precise, non-contact sleep health monitoring directly at home.
– Device Features: Palm-sized radar devices hang bedside, paired with a blood oxygen wristwatch to monitor key health metrics—breathing, heart rate, and sleep patterns.
– Data Processing: Monitored data is encrypted and uploaded to hospital cloud platforms for real-time AI analysis, enabling seamless integration of healthcare monitoring and intervention.
Impact and Applications:
– Accessibility: Transitioned from traditional hospital-based setups requiring electrodes to home-based, patient-friendly monitoring solutions.
– Elderly Care Success Stories: Radar systems detected abnormal breathing and heart rate patterns in senior living facilities, enabling early diagnosis of heart failure and surgical intervention for heart valve issues.
Expansion and Clinical Collaboration:
– Clinical Partnerships: Over 100 hospitals have adopted Qing Lei’s radar technology for sleep and chronic disease management research.
– Future Directions: Focused on expanding applications in psychological assessments and chronic respiratory/cardiovascular health management through medical-engineering collaborations.
Qing Lei’s advancements highlight the evolving role of radar technology in modern healthcare, making precise monitoring accessible and impactful for diverse patient scenarios.
source: [1]
company website: https://www.qingleitech.com/
Qingray Technology’s Deployment of Millimeter-Wave Radar in Smart Elderly Care Systems in Nanchong
TsingRay Technology Implements Millimeter-Wave Radar in Smart Elderly Care in Nanchong
Key Highlights:
- Core Radar Technology Integration:
- Millimeter-wave radar combined with AI is central to smart elderly care solutions, deployed at the Baishui Elderly Service Center.
- Life signs monitoring radar installed at bedsides tracks health data and enables automated reports for healthcare consultations.
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Intelligent fall-detection radar in bathrooms recognizes occupancy and falls, ensuring resident safety.
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Enhanced Health Monitoring:
- Supports non-contact real-time health monitoring with automatic alerts for abnormal conditions.
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Periodic health reports predict chronic illness risks and create a full health management cycle: monitoring → prevention → intervention.
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Integrated Management System:
- Consolidates health and care data using an unified digital dashboard, streamlining workflows and improving care efficiency.
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Enables decision-making through real-time body status updates and big data analysis.
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Deployment Efficiency:
- Upgrades completed within 3 days, providing measurable improvements to elderly care immediately.
Industry Insight:
TsingRay’s radar-based solutions demonstrate scalable applications in addressing aging population challenges, providing quantifiable service efficiency improvements and sustainable models for modern elderly care.
source: [1]
company website: https://www.qingleitech.com/
Xi’an SONDIT Enhances Real-Time Traffic Control with Millimeter-Wave Radar and AI in Hefei
Xi’an SONDIT Enhances Real-Time Traffic Control with Millimeter-Wave Radar and AI in Hefei
Key Highlights:
- Technological Deployment:
- Millimeter-Wave Phased-Array Radar is utilized to collect data on vehicle trajectories, speed, and queue lengths with high stability 24/7.
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AI Edge Computing Control Unit processes traffic data in milliseconds and adjusts traffic light durations dynamically to optimize flow.
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Traffic Challenges Addressed:
- The 松林路-繁华大道 intersection, a bottleneck area, experienced queues stretching hundreds of meters during peak times.
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Radar-based sensing and AI-driven adaptive signal control significantly reduced congestion and waiting times.
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Performance Improvements:
- Peak-hour traffic efficiency increased by up to 50% at core traffic nodes.
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Elimination of reverse overflow phenomena, enabling smoother traffic flow.
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Real-Time Functionalities:
- Radar Component: Enables traffic signals to “see” real-time traffic flows and construct comprehensive transportation data.
- AI Processing: Matches traffic data to optimal signal configurations, avoiding unnecessary delays and improving flow efficiency dynamically.
Insights:
This deployment by SONDIT demonstrates an effective radar-powered solution to urban congestion, leveraging intelligent systems to enhance traffic control and improve Hefei’s overall transportation environment.
source: [1]
company website: http://www.sondit.net/
INNOPRO Technology Showcases Millimeter-Wave Radar Innovations for Elderly Care at Multiple 2025 Exhibitions
INNOPRO Technology Showcases Millimeter-Wave Radar Innovations for Elderly Care at 2025 Exhibitions
Key Highlights:
– Millimeter-Wave Radar Solution: Designed for elderly care with non-contact, privacy-focused monitoring. Captures vital data such as heart rate, respiration, body movement, and fall detection in real-time.
– Integrated Safety Features: Combines radar with emergency buttons, gas detectors, and smoke sensors to establish a fully integrated health and safety monitoring network.
– Health Reporting: Provides actionable insights into elderly health through regularly generated reports.
– Exhibition Presence: Showcase of solutions at the 2025贵州健康产业及医疗器械博览会, highlighting advancements that support elder-friendly technologies.
Insights:
The radar-based solutions presented hold significant potential for enhancing elderly care systems by balancing precision monitoring with privacy, while enabling scalable safety networks.
company website: https://innoprotech.cc/
QLan Technology’s Millimeter-Wave Radar Powers Smart Home Elderly Care Innovations
QLan Technology’s Millimeter-Wave Radar Powers Smart Home Elderly Care Innovations
Key Highlights:
– AI Vital Signs Detector: Utilizes millimeter-wave radar to monitor macro movements (e.g., walking, lying down, sitting) and vital signs (breathing, heart rate) non-contactly. Ensures 24-hour real-time monitoring with a maximum coverage area of 24㎡ and 99% fall detection accuracy.
– Sleep Monitoring Benefit: Generates sleep quality reports for chronic disease management and daily elderly care.
– Abnormal Alerts: Detects breathing/heart rate anomalies, falls, prolonged bathroom stays, rolling out of bed, and long absences. Provides real-time alerts to family members and device backends via APP/web/miniprograms.
– Energy Optimization: Closes appliances like fans and lights when unoccupied. Optimizes the nighttime environment based on motionless monitoring.
– Collaboration and Awards: Strategic partnerships with Tuya Smart and others. Recognized at Shenzhen Furniture Exhibition for innovative smart home contributions.
company website: https://www.tsinglantech.com/
Quanthium’s Collaboration with Xiamen Medical College: Enhancing Digital Nursing with Radar Integration
Quanthium’s Collaboration with Xiamen Medical College: Enhancing Digital Nursing with Radar Integration
Key Highlights:
– Millimeter-Wave Radar Applications: Collaboration leverages contactless radar sensors for real-time health monitoring across hospital wards and home care scenarios.
– Unaccompanied Ward Implementation: Enables 24/7 remote patient health data access for seamless and efficient nursing care with instant alerts to minimize emergency risks.
– Home Elderly Care: Tracks patient behavior, spatial movements, and health metrics. Utilizes AI algorithms for tailored caregiver prompts, ensuring proactive intervention.
Achievements:
– Award-Winning Projects: Won the “Intelligent Services Track” in National Digital Health Innovation for “Digital Nursing” and recognized as a leading case study in AI-enabled hospital construction.
– Innovative Showcases: “Taiwan Health Home” project presented radar applications in elderly care at the Digital China Construction Summit, drawing attention to real-world radar-enabled healthcare solutions.
Future Scope:
– Ongoing Improvements: Focused on refining radar data accuracy and expanding application scenarios through horizontal research studies to address real-world usage limitations.
– Commitment to Healthcare Digitization: Quanthium and Xiamen Medical College aim to deepen integration of radar technology in healthcare, pushing the boundaries of medical intelligence.
company website: quanthium.com.cn
Urumqi & Chengdu Delegations Explore Smart Elderly Solutions with Quanthium Technology
Delegations from Urumqi & Chengdu Explore Smart Elderly Solutions with Quanthium Technology
Key Highlights:
– Focus Areas: Delegations from Urumqi Economic Development Zone and Chengdu Wuhou District visited Quanthium Technology to explore millimeter-wave radar applications in the smart elderly care industry.
March 3, Urumqi Delegation Visit:
– Technological Showcase:
– Urumqi officials toured Quanthium’s exhibition hall and reviewed radar chips, modules, and AIoT IoT platform demonstrations.
– Special interest was expressed in the AI Smart Sleep Health Companion, tailored to monitor sleep health in elderly care.
– Collaboration Potential:
– Urumqi delegation proposed partnership platforms linking Quanthium with local medical institutions for integration of radar-based health solutions in home, community, and medical care settings.
March 13, Chengdu Delegation Visit:
– Application Scenarios:
– Chengdu delegates analyzed potential deployment of millimeter-wave radar and other smart technologies in elderly care settings.
– Research & Development Opportunities:
– Discussions emphasized the region’s strong talent base in RF technology from universities and research institutes, encouraging collaborative innovation between Quanthium and local entities.
Insights:
– Quanthium Technology is leveraging millimeter-wave radar with AI capabilities to address gaps in smart elderly care, covering sectors such as home-based and institutional elderly care.
– The visits underscore the increasing momentum to integrate advanced radar technologies into localized elderly care services, promoting collaboration across enterprises and government sectors.
company website: quanthium.com.cn
Quanthium Technology Utilizes Millimeter-Wave Radar for Elderly Care Innovations
Quanthium Technology Utilizes Millimeter-Wave Radar for Elderly Care Innovations
Key Highlights:
– Millimeter-Wave Radar Solutions: Quanthium Technology, specialized in radar chip design, antenna engineering, and algorithm development, is applying millimeter-wave radar for health monitoring in elderly care.
– Policy Alignment: The release of industry standards for Millimeter-Wave Radar Monitoring Alarm Systems by the Chinese Ministry of Civil Affairs supports the integration of radar technology in health monitoring applications.
– AI-Driven Monitoring: Innovations in radar paired with AI allow for non-invasive tracking of physiological metrics, privacy-focused eldercare solutions, and real-time anomaly detection with instant alerts.
– Application Scenarios: Quanthium’s radar-based solutions target homes, communities, and institutional elderly care settings, enhancing safety through capabilities like fall detection, movement analysis, and life signs monitoring.
– Comprehensive Product Integration: Quanthium offers complete systems, combining hardware, software platforms, real-time dashboards, and AI-powered data processing for holistic elderly care.
Insights:
Quanthium Technology leverages millimeter-wave radar to address critical eldercare challenges, providing scalable and intelligent solutions as the sector adapts to the growing demand for smarter elderly services.
company website: quanthium.com.cn
APAC Mid-downstream radar companies
Mistral’s Expertise in DO-178 Compliant Radar Application Development for Mission-Critical Systems
Mistral’s Expertise in DO-178 Compliant Radar Application Development
Key Highlights:
– DO-178 Compliant Development: Mistral specializes in mission-critical radar applications adhering to DO-178 standards, crucial for aviation software certification and safety-critical operations.
– Advanced Signal Processing Algorithms: Designs robust and efficient radar signal processing algorithms that undergo rigorous testing (unit, integration, and system) to ensure compliance.
– Focus on Safety-Critical Systems: Expertise in distributed systems integrating multiple processors, FPGAs, and subsystems to provide redundancy and safety separation.
– DSP Implementation: Offers radar-specific algorithms such as pulse compression, Kalman filtering, and motion compensation, implemented on FPGA and DSP platforms for secure applications.
– Comprehensive Documentation: Delivers extensive regulatory support, ensuring readiness for certification processes under standards like DO-254 and DO-160.
– Solutions for High-Impact Applications: Serves industries like aerospace and defense, where system failure could result in significant risks, including loss of life.
Insights:
Mistral’s capability in developing radar applications emphasizes real-time processing accuracy and compliance with stringent aviation and defense standards, making it a reliable partner in safety-critical system development.
source: [1]
company website: https://www.mistralsolutions.com/
JP Mid-downstream radar companies
US Mid-downstream radar companies
EMEA Mid-downstream radar companies
InnoSenT Unveils 60 GHz Precision Radar IDR-2050 for Distance Measurement Applications
InnoSenT Unveils 60 GHz Precision Radar IDR-2050 for Distance Measurement Applications
Key Highlights:
– Precision Measurement: The IDR-2050 radar offers continuous distance measurement with millimeter-level accuracy for stationary or moving targets.
– Compact Design: At 43.6×43.6×21.4mm, its form factor is designed for easy integration into housing systems.
– Applications: Optimized for contactless level sensing, collision avoidance, industrial uses, and parking space occupancy detection.
– Environmental Robustness: Operates reliably in challenging environments such as extreme temperatures, humidity, dust, and foam formation.
– Narrow Beamwidth: Features 8°x8° azimuth and elevation beamwidth, enabling accurate detection in confined scenarios.
Technical Features:
– Frequency: FMCW radar operating from 62 GHz to 64 GHz.
– Detection Range: Configurable range between 0 to 10 meters.
– Outputs: Provides target data on distance, velocity, direction, and signal strength via UART.
– Target Velocity: Measures speeds up to 50 km/h, supporting dynamic environments.
Insights:
This sensor sets itself apart with a narrow beam, precise measurements, and the adaptability to various environments, offering versatile solutions for smart factories, building automation, and traffic systems.
source: [1]
company website: https://www.innosent.de/
Novelic’s Advanced mmWave Radar IPs and DSP Solutions for Automotive, Medical, and Industrial Applications
Novelic’s Advanced mmWave Radar IPs and DSP Solutions for Automotive, Medical, and Industrial Applications
Key Highlights:
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Semiconductor Innovations: Novelic offers high-frequency mmWave RF blocks and RISC-V-based DSP accelerators for radars operating at 60GHz and 79GHz. These tools are designed for sophisticated radar applications across diverse industries.
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Specialized IP Solutions:
- PLL607: A fully integrated radar module targeting 60 GHz ISM band applications, such as parking sensors, driver fatigue detection, and gesture recognition. Features include programmable chirp generation and high power dissipation (0.72 W).
- NRC60A1: Achieving sub-2cm spatial resolution with chirp bandwidths above 10 GHz, suitable for applications like child presence detection and motorcycle rear sensors.
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NRC79A1 (77-81 GHz): Focused on automotive market applications including kick sensing, gesture sensing, and velocity detection.
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Radar DSP Accelerator (hypr_risc): Provides high-speed DSP functions including 2D FFT and CFAR processing with a configurable architecture tailored for ADAS systems and intensive radar operations.
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Target Industries:
- Automotive: Advanced radar solutions like gesture sensing and in-cabin monitoring.
- Medical: Innovations such as high-precision vital signs monitoring and firmwareless control for robotic medical systems.
- Industrial: Radar systems for human presence detection and safety monitoring.
Novelic continues to refine its radar IP portfolio, enabling precision sensing and DSP capabilities for applications demanding high resolution and advanced performance.
source: [1]
company website: https://www.novelic.com/
Plextek Services Utilizes GAN for Faster and Accurate Urban RF Propagation Modelling
Plextek Services Utilizes GAN for Faster and Accurate Urban RF Propagation Modelling
Key Highlights:
- Challenges in Urban Settings:
- Urban environments create complex RF propagation issues due to signal reflections, shadow zones from buildings, and channelling effects in urban canyons.
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Path loss is highly dependent on precise scene geometry, complicating the efficient placement of base stations.
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Traditional Methods:
- Empirical approaches like the log-distance path loss model are quick but lack accuracy in capturing urban complexity.
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Physics-based methods such as ray tracing and finite element models deliver accuracy but are computationally intensive and slow, limiting scalability.
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Novel GAN-Based Approach:
- Developed using the Pix2Pix Generative Adversarial Network (GAN) architecture.
- Converts scene images encoding emitter and building locations into RF propagation heat maps, accurately predicting signal strength while accounting for environmental geometry.
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Provides a significant speed-up compared to traditional physics-based methods without compromising accuracy.
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Future Development:
- Plans to extend capabilities for 3D modelling.
- Enhance material property representation for greater precision.
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Increase scalability for wider coverage in urban settings.
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Applications:
- Potential for urban planners and telecommunications companies to optimize base station placement and improve signal reliability.
Insights:
Plextek’s use of neural networks in RF propagation modelling highlights an innovative shift toward faster, scalable, and efficient solutions for overcoming urban RF challenges.
source: [1]
company website: https://www.plextek.com/