RadarWorld Weekly Newsletter 2025-07-28

Upstream Semiconductor Radar Companies

Calterah’s Patent on ClockSync Technology: Enhancing Scalability in Radar System Design

Calterah’s Patent on ClockSync Technology: Enhancing Scalability in Radar Systems

Key Highlights:

  • New Global Patent: Calterah’s patent, spearheaded by AN Fazhi, introduces on-chip clock signal consolidation and division.
  • Reduction in ClockLoad: The technology minimizes system workload related to clock synchronization.
  • Elimination of External Clock Sources: Removes the need for external hardware clock components, simplifying design and reducing costs.
  • Flexibility in Design: Unlocks new design opportunities, paving the way for scalable radar systems.

Target Applications:

  • Advanced Driver Assistance Systems (ADAS): Enabling adaptability and enhanced safety in automotive radar systems.
  • Industrial Radar: Supporting increased automation and precision sensing in industrial applications.
  • Smart Living Solutions: Facilitating innovative radar integration in everyday environments for enhanced functionalities.

Impact on Radar Integration:

  • New Scalability Standard: Establishes benchmarks for integrating radar systems with enhanced reliability and design freedom.
  • Empowering Engineers: Offers the tools needed for advanced, scalable radar system development tailored to diverse use cases.

source: [1]

company website: https://www.calterah.com/

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Greater China Mid-downstream radar companies

CdrdTech Highlights RDSL-11HS Radar Flow Meter for Accurate Waterway Monitoring

CdrdTech Highlights RDSL-11HS Radar Flow Meter for Accurate Waterway Monitoring

Key Highlights:

  • Advanced Millimeter-Wave Technology: The RDSL-11HS leverages 24 GHz millimeter-wave radar technology for non-contact flow measurement, enabling real-time waterway monitoring unaffected by environmental factors like silt or floating debris.
  • Integrated Hydrodynamic Modeling: Utilizes flow velocity-area method and built-in hydrodynamic models to compute both instantaneous and cumulative flow for precise waterway analysis.
  • Versatile Applications: Suited for diverse scenarios including rivers, channels, and emergency flash flood monitoring.
  • Convenient Configuration: Features wireless Bluetooth configuration via mobile devices and pre-installed cross-sectional models for fast setup.
  • Low Maintenance Design: Supports remote parameter adjustment, software upgrades, and maintenance, reducing operational costs significantly.
  • Reliable Data Output: Embedded filter algorithms ensure stable results unaffected by water level fluctuations or surface disturbances.

Technical Specifications:

  • Flow Velocity Measurement:
  • Operating Frequency: 24 GHz
  • Range: 0.01–20 m/s; Max Distance: 30 m (dependent on flow state)
  • Water Flow Detection: Automatic direction recognition with vertical angle correction.

  • Water Level Measurement:

  • Frequency: 24 GHz
  • Range: 0–15 m

  • Environmental Robustness:

  • Operating Temperature: -35°C to +70°C
  • Protection Standards: IP68 for strong environmental resilience
  • Lightning Protection: Rated at 6 kV

  • Power Efficiency:

  • Voltage Range: 7–32 VDC standard or 5.5–32 VDC optional

The RDSL-11HS radar flow meter delivers precise, real-time flow data with minimal environmental dependencies, aligning with industry needs for streamlined installation and maintenance in challenging hydrology conditions.

source: [1]

company website: http://www.cdrdtech.com/

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APAC Mid-downstream radar companies

Bitsensing Explores Radar-Driven Intersection Safety for Smart Cities

Bitsensing Explores Radar-Driven Intersection Safety for Smart Cities

Key Highlights:

Intersection Safety Focus: Bitsensing is leveraging radar technology to enhance safety at urban intersections, addressing risks tied to high-traffic areas.

  • Radar-Driven Near-Miss Data Analysis:
  • Significance of Near-Miss Data: Continuous radar monitoring captures “near-miss” incidents, creating actionable insights for accident prevention.

  • Integration with Smart Cities:

  • Real-time Monitoring: Radar systems integrated into urban infrastructures enable dynamic traffic management and decision-making.
  • AI Integration: By pairing radar data with AI, the technology aims to predict and mitigate potential accidents, enhancing proactive safety measures.

  • Traffic Management and Urban Mobility: Radar insights are being applied to improve urban mobility by reducing congestion and enabling smoother traffic flows.

  • Technological Innovations: Bitsensing’s approach reflects a “radar reimagined” concept tailored for smart city environments and proactive traffic solutions.

Insights:

Bitsensing’s radar solutions offer a data-driven, proactive approach to intersection safety, showcasing advancements in urban mobility through near-miss analytics and integration with AI technologies.

source: [1]

company website: https://bitsensing.com/

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US Mid-downstream radar companies

AVNET and Otava Unveil Beamformer IC Evaluation Kit for Millimeter-Wave Radar Applications

AVNET and Otava Unveil Beamformer IC Evaluation Kit for Millimeter-Wave Radar Applications

Key Highlights:

  • Targeted for Millimeter-Wave Applications: AVNET and Otava introduced a Beamformer IC Evaluation Kit, providing engineers with a highly flexible and efficient development platform tailored for millimeter-wave radar systems.

  • Integrated System-on-Module (SoM): Utilizes the Avnet MicroZed SoM, built on AMD Zynq 7010 SoC, combining high-speed Arm processors with programmable logic to facilitate beamforming control algorithms.

  • Enhanced Beamforming Algorithms: The kit enables the design of complex algorithms to track fast-moving targets, enhanced by the capabilities of the programmable logic array.

  • User-Friendly GUI for RF Signal Tuning: Features a customizable graphical user interface (GUI), simplifying RF signal parameter adjustment. Engineers can monitor results and control commands via USB or Ethernet interfaces.

  • Applications in Automotive and Intelligent Traffic Systems:

    • Automotive Radar: Supports high-accuracy range, velocity, and object recognition for real-time monitoring, aiding ADAS and autonomous driving systems.
    • Traffic Systems: Offers all-weather operability for tasks like traffic flow monitoring, vehicle speed detection, and condition analysis, even in challenging environments like rain or fog.

Insights:

This evaluation kit is poised to lower development barriers for millimeter-wave radar systems and broaden their application scope across industries. Its integration of high-performance processing and adaptable user interfaces enables engineers to streamline complex radar signal handling tasks.

source: [1]

company website: https://www.avnet.com/

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EMEA Mid-downstream radar companies

Inxpect’s S202A-MV Radar Sensor: Enhancing Safety and Productivity in Industrial Environments

Inxpect’s S202A-MV Radar Sensor: Enhancing Safety and Productivity

Key Highlights:

  • Presence Sensing for Industrial Safety:
  • Prevents unexpected machinery restarts while operators are present in hazardous zones.
  • Fully compliant with EN ISO 10218-2 safety standards.

  • Simple Configuration:

  • Easy setup requires only three parameters:

    • Height: 250 cm to 300 cm.
    • Length: -200 cm to +200 cm (min 50 cm).
    • Width.

  • Monitors up to 48 m³ of volume.

  • Advanced Technical Capabilities:

  • Radar Frequency: Operates at 60 GHz millimeter waves (V-band).
  • IP67 Protection: Resistant to dust and water, with a robust build of PA66 and aluminum.
  • Operates in temperatures ranging from -30°C to +60°C.

  • Power Efficiency:

  • Powered by a control unit at 12 V DC (±20%), with 2.6 W power consumption.

  • Software Integration with Inxpect Safety Studio:

  • Allows intuitive configuration and 3D design exploration for sensor setup, aiding validation.

  • Enhanced Safety and Productivity:

  • Ensures maximum operator safety while improving industrial productivity for environments with frequent operator-machine interactions.

source: [1]

company website: http://www.inxpect.com

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Upstream Semiconductor Radar Companies

  • Calterah’s Andes Premium 8T8R Solution: Pioneering Imaging Radar for Advanced Emergency Braking (AEB) Compliance: Calterah’s Andes Premium 8T8R pushes imaging radar capabilities to 350 meters—can it define the next AEB standard?
  • Arbe’s 4D Imaging Radar: Pioneering Ultra-High-Resolution Channel Expansion in ADAS Applications: Arbe’s 4D imaging radar delivers 2304 virtual channels for ADAS—will it make LiDAR less relevant in autonomy?
  • Vayyar’s 4D Radar Technology: Revolutionizing Fall Prevention Through AI-Powered Monitoring: How is Vayyar applying 4D radar and AI to improve elderly fall detection while preserving patient privacy?
  • Unpacking Arbe’s 20 FPS Radar System: Enhancing Safety and Performance for Autonomous Driving: How does Arbe’s 20 FPS radar system enhance autonomous driving by addressing perception gaps and processing challenges?
  • Arbe’s High-Channel-Count Radar: Revolutionizing Field of View and Long-Range Resolution in ADAS Deployments: How could Arbe’s high-channel-count radar redefine ADAS by combining wide field of view with long-range precision?
  • Texas Instruments Highlights Millimeter-Wave Radar for Automotive Applications at 2025 Seminar: How is Texas Instruments leveraging millimeter-wave radar to optimize ADAS and in-cabin automotive sensing by 2025?
  • Greater China Mid-downstream radar companies

  • CdrdTech Unveils RDYW-11M2 Liquid Level Radar for Industrial and Hydrological Applications: What makes CdrdTech’s RDYW-11M2 radar a versatile solution for precise liquid and solid level monitoring in challenging environments?
  • CdrdTech’s ROBP-11F-01 Advanced Slope Monitoring Radar for Geological Risk Management: How does CdrdTech’s ROBP-11F-01 W-band radar enhance geological risk management with precise and cost-efficient monitoring?
  • RDBP-11F Radar Introduces Slope Displacement Detection with FMCW Technology by CdrdTech: How does CdrdTech’s RDBP-11F radar leverage FMCW technology to enhance precision in slope deformation monitoring?
  • CdrdTech Develops RDBP-11F Vehicle Detection Radar for Smart Parking Solutions: How does CdrdTech’s RDBP-11F radar enable precise vehicle detection and reliability in challenging smart parking environments?
  • INNOPRO Technology Introduces Millimeter-Wave Radar for Non-Invasive Health Monitoring: How could INNOPRO’s millimeter-wave radar transform health monitoring with zero-contact, real-time vital sign tracking?
  • Modern Radar Improves Millimeter-Wave Heartbeat Detection with ICOA-VMD Noise Suppression Algorithm: Modern Radar boosts non-contact heartbeat detection using ICOA-VMD—will this refine health monitoring in noisy settings?
  • RUIX Tech’s Smart Lighting Radar Reduces Tunnel Accidents by 40% While Enhancing Energy Efficiency: RUIX Tech’s smart radar slashes tunnel accident rates by 40%—could its retrofitting ease expand adoption globally?
  • TimeVary’s Radar-Vision Fusion Security Terminal: Enhancing Safety in Perimeter Intrusion Monitoring: How does TimeVary’s radar-vision fusion terminal improve perimeter security by overcoming harsh weather and video-only limitations?
  • TsingLan Technology Pioneers mmWave Radar Standards for Smart Elderly Care: TsingLan Technology spearheads mmWave radar standards for elderly care—could this set a precedent for global adoption?
  • TsingRay Advances Smart Elderly Care with Millimeter-Wave Radar Deployment in Sichuan’s Deyang Nursing Home: How is TsingRay’s millimeter-wave radar technology transforming elderly care in Sichuan’s Deyang Nursing Home with proactive monitoring?
  • TsingRay Collaborates with Xinghua Elderly Care Group to Pioneer Radar-Driven Digital Aging Solutions in Liaoning: TsingRay is teaming up with Xinghua Elderly Care to revolutionize senior living with radar tech—can this approach redefine industry standards?
  • 华为 Integrates 4D Millimeter-Wave Radar for Enhanced Autonomous Driving in Complex Weather: Huawei integrates 4D millimeter-wave radar for autonomous driving—can it redefine safety in harsh weather conditions?
  • US Mid-downstream radar companies

  • Key Takeaways from the Third Annual Avnet Automotive Ecosystem Summit 2025: Radar Applications in Smart Mobility: How is 4D imaging radar shaping smart mobility applications like ADAS, NOA, and cross-sector automation discussed at Avnet’s 2025 summit?
  • EMEA Mid-downstream radar companies

  • Novelic’s 60 GHz Radar-Powered ACAM Sensor: Elevating Child Presence Detection Standards: Novelic’s 60 GHz radar sensor ensures child safety in vehicles—how will it redefine Euro NCAP compliance?
  • Novelic and Infineon Technologies: Strengthening Radar Innovation Through Strategic Collaboration: Novelic and Infineon strengthen their radar innovation partnership—how will this reshape automotive and IoT advancements?
  • Plextek’s mmWave Radar: Overcoming Lunar Dust Challenges in Future Space Missions: Can Plextek’s mmWave radar solve lunar dust challenges to ensure safe and accurate landings in future space missions?
  • Advancing Defense: Plextek’s mmWave Radar Technology in Electronic Warfare Collaboration: How is Plextek leveraging mmWave radar to boost situational awareness and agility in Europe’s electronic warfare systems?
  • Mitigating Orbital Congestion with Plextek’s mmWave Radar for Space Debris Detection: How could Plextek’s mmWave radar transform space debris detection to tackle orbital congestion as satellite numbers soar by 2030?
  • Provizio Gains Giteki Certification: Advancing Radar Technology Deployment in Japan’s Industrial Sectors: How will Provizio’s Giteki-certified 5D Perception® radar reshape Japan’s industrial logistics and heavy transport safety challenges?
  • RFbeam’s V-LD1 Module Secures FCC and ISED Certifications, Simplifying North American Radar Integration: How does RFbeam’s FCC and ISED-certified V-LD1 module simplify radar integration and accelerate North American deployments?
  • Smartmicro’s DRVEGRD Radar Line: An In-Depth Look at 4D Perception and Pixel-Level Precision for Next-Gen ADAS: How does Smartmicro’s DRVEGRD radar line use 4D perception and pixel-level precision to transform ADAS safety systems?
  • VALISENS Project: Smartmicro’s Role in Advancing Validated Perception for Automated Driving: Smartmicro’s radars are shaping validated perception in the VALISENS project—but how will they impact Level 5 autonomy?
  • Seamless Tracking at Intersections: Smartmicro’s Radar Solution for Enhanced Traffic Engineering: Smartmicro’s radar merges data for continuous intersection tracking—could this redefine smart city traffic management strategies?
  • fiveD Wins Recognition for Radar Simulation Software with Focus on Automotive and Aerospace: fiveD garnered recognition for its radar simulation software—how could this improve efficiency for sensor developers next?
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