RadarWorld Weekly Newsletter 2025-06-02

Upstream Semiconductor Radar Companies

Calterah’s Patented Antenna-in-Package Design and Its Implications for mmWave Radar Integration

Calterah’s Patented Antenna-in-Package Design: Technical and Industrial Impact

Key Highlights:

  • International Patents Secured: Calterah’s Antenna and Radar Assembly Package is now patented across the U.S., China, Japan, and South Korea, marking its global recognition.

  • Technical Innovation:

  • Constructed using eWLB (embedded Wafer Level Ball Grid Array) and single-layer RDL (Redistribution Layer) technologies, which are engineered to:

    • Minimize signal loss for enhanced radar accuracy.
    • Simplify system complexity in design and integration.

  • Versatile Performance: Designed for high-performance applications across sectors:

  • Automotive (e.g., ADAS systems).
  • Industrial (e.g., machine monitoring and sensing).
  • Smart Living (e.g., home automation via radar sensing).

  • Antenna-in-Package (AiP) Design:

  • Compact and directional: This design sets new benchmarks in reliability, scalability, and sensing innovation, supporting advanced radar engineering.

  • Inventor Profile: Development led by Dr. Wang Dian, an expert in millimeter-wave antenna design, representing a turning point in radar integration technology.

Implications:

This foundational patent positions Calterah’s AiP as a key driver for seamless radar integration across diverse markets, reflecting advancements in both technical design and industrial applications.

source: [1]

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

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Greater China Mid-downstream radar companies

MoZhiBi Intelligent’s Advances in Millimeter-Wave Radar for Unmanned Systems Spotlighted at 2025 UASE Expo

MoZhiBi Intelligent’s Advances in Millimeter-Wave Radar at 2025 UASE Expo

Key Highlights:

  • Drone Obstacle Avoidance Radar:
  • Utilizes millimeter-wave radar for high precision and all-weather detection in complex environments.

  • Altitude-Holding Radar:

  • Features lightweight design and adaptive algorithms, supporting applications in crop protection and power inspections.

  • Focus on Customization:

  • Engaged with drone manufacturers and low-altitude service operators, discussing customized radar module development.
  • Strong emphasis on enabling intelligent upgrades for low-altitude vehicles.

  • Scenario-Driven R&D:

  • Committed to integrating radar technologies with AI and 5G.
  • Pursues innovations to enhance sensing reliability and safety in the trillion-yuan low-altitude economy.

Insights:

MoZhiBi Intelligent’s commitment to millimeter-wave radar demonstrates technical breakthroughs in sensing technologies, with actionable contributions to advancing the low-altitude economy ecosystem.

source: [1]

company website: https://en.microbrain.com.cn/

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APAC Mid-downstream radar companies

bitsensing Showcases AI-Powered Radar at Suwon ITS AP Forum for Smarter Cities

bitsensing Showcases AI-Powered Radar at Suwon ITS AP Forum

Key Highlights:

AI-Powered Radar: bitsensing is demonstrating advanced radar systems capable of real-time traffic monitoring and AI-driven decision support, aimed at enhancing urban mobility.

Application Focus: Technologies showcased address traffic management challenges and aim to strengthen smart city infrastructure.

Integrated Solutions: These radar systems combine data analytics with smart sensing capabilities to provide improved traffic flow control and safety measures.

Booth Location: Positioned near the conference stage, attendees can experience live demonstrations and discuss collaborative ITS solutions with the bitsensing team.

Mission: bitsensing emphasizes the role of radar technology in redefining traffic safety and paving the way for sustainable transportation models in the Asia-Pacific region.

Insights:

bitsensing’s engagement at Suwon highlights its commitment to advancing intelligent transportation through cutting-edge radar solutions and fostering partnerships to drive the future of smart urban ecosystems.

source: [1], [2]

company website: https://bitsensing.com/

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EMEA Mid-downstream radar companies

InnoSenT GmbH introduces IDR-2050: Millimeter-accurate radar sensor for industrial and logistics applications

InnoSenT GmbH Launches IDR-2050 Millimeter-Accurate Radar Sensor

Key Features:

Precise Measurements: Continuous distance measurement with millimeter accuracy, supporting detection of stationary and moving targets.

Applications: Designed for collision avoidance, contactless level sensing, parking space monitoring, and other industrial logistics applications.

Robust Design: Operates reliably in harsh environments, including extreme temperatures, dirt, and humidity, ensuring functionality both indoors and outdoors.

User Configurability: Enables detection range adjustments and signal filtering for tailored operational needs.

Technical Highlights:

Frequency: FMCW radar system operating at 62GHz to 64GHz.

Detection Range: Targets within 0 to 10 meters; measures velocity up to 50 km/h.

Field of View: Narrow beamwidth of 8°x8° (azimuth and elevation).

Compact Design: Small dimensions of 43.6×43.6×21.4mm for easy integration into housings.

Output Interface: Data provided via UART, detailing distance, speed, direction, and signal strength.

Advantages:

Material Versatility: Detects liquids, bulk materials, and powders effortlessly.

Environmental Resilience: Resistant to impact from foam formation, debris, and adverse weather conditions.

Call to Action:

– Explore the IDR-2050 and request more details via Contact Form or visit the Product Page for specifications.

source: [1]

company website: https://www.innosent.de/

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Upstream Semiconductor Radar Companies

  • Addressing Cybersecurity Threats in Automotive Radar Systems: Insights from Calterah’s Cybersecurity White Paper V: {‘teaser’: “How does Calterah’s latest white paper address the rising cybersecurity threats to automotive radar systems’ accuracy and safety?”}
  • Challenges and Opportunities in Autonomous Driving Technology: The Role of 4D mmWave Radar and Sensor Security: {‘teaser’: ‘4D mmWave radar shows promise for autonomous driving—but can it overcome security vulnerabilities and fusion risks?’}
  • Arbe’s High-Resolution Chipset Powers Advanced Sensrad Hugin 4D Imaging Radar in Michigan’s Triple Challenge: {‘teaser’: “Arbe’s chipset powers Sensrad’s Hugin radar with precision autonomy—how will it fare in adverse conditions?”}
  • Greater China Mid-downstream radar companies

  • Minew’s IoT Hardware Innovation: Insights Ahead of IoT Tech Expo North America: {‘teaser’: ‘Minew highlights radar-enabled IoT hardware at Tech Expo North America—could this reshape industrial sensing standards?’}
  • XiangDe Information’s 94GHz Radar: A Step Forward in Smart Transportation: {‘teaser’: “XiangDe’s 94GHz radar tackles transportation blind spots with innovative designs—could this redefine digital highway ecosystems?”}
  • EMEA Mid-downstream radar companies

  • Provizio’s MIMSO Technology: Breaking the Scalability Barriers for Radar in Automotive Autonomy: {‘teaser’: “Provizio’s MIMSO tech promises LiDAR-like radar performance at lower cost—could this redefine autonomous driving scalability?”}
  • FiveD Expands Radar Simulation Horizons: Insights from Embedded World 2025: {‘teaser’: ‘How is FiveD’s debut at Embedded World 2025 driving advancements in radar simulation and global market penetration?’}
  • FiveD’s Award-Winning Radar Platform: Accelerating Mobility, Aviation, and Industrial Innovation: {‘teaser’: ‘How is FiveD’s physics-based radar simulation accelerating sensor innovation across mobility, aviation, and industrial domains?’}
  • Imec Unveils RF Silicon Interposer at IEEE ECTC 2025: Low-Loss, Scalable Platforms for Radar and Communications: {‘teaser’: ‘Imec unveiled a record-low-loss 300mm RF silicon interposer—how will this reshape compact radar and mmWave systems?’}
  • 🔒 Unlock 9 more radar insights above with full highlights, source URLs

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