Upstream Semiconductor Radar Companies
Calterah’s Showcase of Advanced Radar Technologies at electronica 2024
Calterah’s Showcase of Advanced Radar Technologies at electronica 2024
Key Highlights:
– Event Details:
– Dates: November 12-15, 2024
– Location: Messe München, Munich
– Booth: 115 in Hall B4
- Technologies to be Showcased:
- ADAS Radar
- Imaging Radar
- In-Cabin Radar
Indoor Radar
Interactive Demos:
- In-Cabin Radar
Indoor Radar
Opportunity for Face-to-Face Interactions:
Invitation for attendees to catch up with familiar faces at Booth 115 in Hall B4.
Additional Highlight:
Talk on Automotive Cybersecurity:
- Location: Smart Mobility Stage (B6.452)
- Date and Time: November 13, 2024, from 16:30 to 17:00 CEST
Delivery Methods:
- Showcase previews available here
Calterah’s Corporate Achievements:
– Mass-produced the world’s first auto-grade CMOS 77/79 GHz mmWave radar transceiver.
– First 77 GHz and 60 GHz mmWave radar Antenna-in-Package (AiP) SoCs.
– Comprehensive mmWave radar chip portfolio for ADAS and industrial applications.
– Collaborations:
– 200+ car models from brands including BYD, Chery, JAC, Leapmotor, MG, NIO, SAIC, Togg, Vinfast, and Zeekr.
– Cooperation with over 20 car OEMs.
– Milestones:
– Over 10,000,000 automotive IC units shipped.
– 450+ patent applications filed globally.
company website: https://www.calterah.com/
Arbe Robotics Secures $49 Million for Advanced 4D Imaging Radar Development
Arbe Robotics Secures $49 Million for Advanced 4D Imaging Radar Development
Key Highlights:
– Public Offering Details:
– Completion of $49 million public offering.
– Immediate proceeds of $15 million, with potential additional $34 million through warrant exercises linked to milestones.
- Stock Sale Details:
- 8.25 million ordinary shares (or pre-funded warrants) sold at $1.82 per share.
- A warrants: Exercise price $2.35 per share, valid until 2029.
B warrants: Tied to business milestones, priced at $1.82 per share, expiring 2027.
Investor and Management Participation:
- Led by institutional investors, including Special Situations Funds.
Canaccord Genuity as sole bookrunner, Roth Capital Partners as co-manager.
Financials and Usage of Proceeds:
- Total proceeds before fees: approximately $15 million.
- Potential additional earnings: about $34.4 million from warrant exercises.
Funds allocated for corporate operations.
CEO’s Statement:
- CEO Kobi Marenko indicated that the funding round validates the company’s potential and will support operational growth amidst increasing demand for advanced radar systems.
company website: https://arberobotics.com/
Infineon Wins WEAA 2024 Awards with Innovations in Power Semiconductors and Microcontrollers
Infineon Wins WEAA 2024 Awards for Power Semiconductors and Microcontrollers
Key Highlights:
– Award Ceremony: The World Electronics Achievement Awards (WEAA) 2024 held in Shenzhen.
– Recognized Innovations:
– CoolSiC™ MOSFET 2kV Silicon Carbide Discrete Components and Modules
– Technological Advancements: .XT diffusion soldering technology.
– Target Applications: Solar inverters, energy storage systems, electric vehicle charging, UPS, and solid-state transformers.
– High Voltage Capacity: The first 2000V rated silicon carbide discrete device, suitable for 1500VDC high DC voltage bus systems.
– Thermal and Moisture Performance: Superior thermal performance and high moisture resistance.
– Simplified Solutions: The first EasyPACK™ 3B packaged 2000V CoolSiC™ MOSFET power module for 1500VDC photovoltaic inverter systems.
- AURIX™ TC4x Series Microcontrollers
- Architecture: High-performance, six-core lockstep architecture for real-time capabilities.
- Accelerators and Interfaces: Includes various accelerators such as parallel processing units, ADC DSPs, hardware data routing engines, and rich onboard high-speed communication interfaces including 5G Ethernet, PCIe, CAN XL, and CAN FD.
- Security Standards: Achievable functional safety level ASIL-D, compliant with ISO21434 information security standards with integrated hardware encryption accelerators suitable for post-quantum encryption.
- Production and Applications: Mass production started in the second half of the year, aims for automotive electronic and electrical architecture, new energy power systems, and intelligent driving systems.
Insights: Infineon’s strategic advancements in power semiconductors and microcontrollers underscore its commitment to technology innovation and driving the next generation of energy-efficient, secure, and high-performance applications in the electronics industry.
source: [1]
company website: https://www.infineon.com/
Infineon Showcases Advanced Radar Technologies at IIC Exhibition
Infineon Showcases Advanced Radar Technologies at IIC Exhibition
Key Highlights:
– Event Details:
– The World Electronics Achievement Awards (WEAA) 2024 ceremony took place in Shenzhen.
– WEAA recognizes exceptional contributions in global electronics innovation and development.
- Infineon Technologies Awarded:
- CoolSiC™ MOSFET 2kV Components and Modules:
- Employs .XT diffusion soldering technology.
- Targets applications like solar inverters, energy storage systems, EV charging, UPS, and solid-state transformers.
- Notable Specs: TO-247PLUS-4-HCC package with 14mm creepage distance and 5.4mm electrical clearance. The market’s first 2000V rated silicon carbide device.
- Enhances power density while maintaining reliability under high voltage and switching frequencies.
AURIX™ TC4x Series Microcontrollers:
- Third generation series with high-performance six-core lockstep architecture.
- Features various accelerators including parallel processing units and ADC DSPs.
- Achieves ASIL-D functional safety level, ISO21434 compliant, with hardware encryption suitable for post-quantum needs.
- Rich in high-speed communication interfaces like 5G Ethernet and CAN FD.
IIC Exhibition Features:
- Wireless Connectivity Solutions:
- Low-power Wi-Fi 6 wireless MCU integrated with millimeter-wave radar.
- Smart home solutions integrating main control MCU, Wi-Fi/BT, CO2 sensors, and radar sensors.
- Tri-band low-power Wi-Fi chips with Bluetooth 5.4 protocol stack.
Insights:
Infineon’s advanced radar technologies demonstrated at the IIC Exhibition highlight significant strides in power efficiency and connectivity, contributing to advancements in solar energy, automotive systems, and smart home applications.
source: [1]
company website: https://www.infineon.com/
NXP to Demonstrate Cutting-Edge Radar Solutions at Electronica 2024
NXP to Demonstrate Cutting-Edge Radar Solutions at Electronica 2024
Key Highlights:
– ADAS Enhancement: Matthias Feulner will present NXP’s next-level radar sensors enabling L3 and beyond at the ADAS session on November 11, 2:15 PM CET.
– Showcase: NXP’s technology for radar includes ultra-wideband connectivity and modernized battery management solutions, enhancing vehicle safety and communication systems.
– Live Demos:
– Microgrid Demo: Featuring smart, autonomous energy control across different grid levels.
– BESS 1500V Energy Storage: Demonstrating high-voltage battery systems aimed at reducing time to market.
– FlexCom Battery Management System: Highlighting wired and wireless BMS utilizing Ultra-Wideband and optical technologies.
– S32 CoreRide Platform: Showcasing advancements towards software-defined vehicles (SDVs).
NXP will be presenting these developments at Booth 279, Hall C4 from November 12-15, 2024, in Munich, Germany, focusing on integrating radar technologies with existing automotive solutions.
source: [1]
company website: https://www.nxp.com/
Exploring NXP’s Integration of Ultra-Wideband and Radar Technologies for IoT Applications
NXP’s Integration of Ultra-Wideband and Radar Technologies for IoT Applications
Key Highlights:
– Integration Benefits: Combining Ultra-Wideband (UWB) secure ranging and short-range radar enhances autonomous industrial and IoT applications.
– Electronica 2024 Demos:
– FlexCom Battery Management System: Demonstrates both wired and wireless BMS communications using UWB and optical technologies.
– Microgrid Demo: Features smart energy infrastructure controlled and distributed autonomously.
– BESS 1500V Energy Storage: High-voltage battery system designed to shorten market time.
– S32 CoreRide Platform: Enabling Software-Defined Vehicles (SDVs) with integrated processing, vehicle networking, and system management.
– Session Insights:
– Wireless BMS with UWB Connectivity: Detailed by Katia Giovanella, showcasing innovative solutions for energy storage and management.
– Key session on new generation radar sensors for advanced driver assistance systems (ADAS) was presented by Matthias Feulner.
– Key Dates: Electronica 2024, November 12-15, Munich, Germany, Hall C4, Booth 279.
Insights:
NXP’s advancement in integrating UWB and radar technology underscores significant progress in IoT and industrial applications, marking pivotal developments in secure, autonomous operation and energy management solutions.
source: [1]
company website: https://www.nxp.com/
Texas Instruments Showcases Advanced Millimeter-Wave Radar Sensor Technology at IIC 2024
Texas Instruments Showcases Advanced Millimeter-Wave Radar Sensor Technology at IIC 2024
Key Highlights:
– Event Participation:
– IIC 2024: Texas Instruments (TI) presented at the International Integrated Circuit Exhibition and Seminar (IIC) hosted by AspenCore in Shenzhen on November 5, 2024.
- Technological Advancements:
AWR2544 77GHz Millimeter-Wave Radar Sensor:
- Award-Winning: Won the “Annual Sensor Award” at the 2024 Global Electronics Achievement Awards.
- Specifications: Utilizes advanced waveguide interface packaging (LOP) technology.
- Range & Size: Extends sensor range to over 200 meters and reduces sensor module size by 30%.
- Performance: Increases the antenna’s transmit-receive count and improves accuracy to enhance sensor fusion and ADAS decision-making capabilities.
MSPM0G3507 Microcontroller:
- Award-Winning: Won the “Annual Microcontroller Award.”
- Core Platform: Based on the enhanced Arm® Cortex®-M0+ 32-bit core with up to 80MHz operating frequency.
- Features: High-performance analog peripheral integration, supports -40°C to 125°C, and operates at 1.62V to 3.6V power voltage.
- Applications: Suitable for various motor control systems including brushless DC motors, stepper motors, and permanent magnet synchronous motors, with broad applications in industrial automation, electric vehicles, aerospace, and robotics.
Insights:
– Edge AI Integration:
– Keynote Speech: Amichai Ron, Senior Vice President of Embedded Processing Products at TI, delivered a video speech at the “Global CEO Summit.”
– Focus: Discussed how edge AI merges artificial intelligence with IoT technology, improving response times, reducing power consumption, and enhancing data privacy.
– Applications: Highlighted the significant potential in automotive industry, industrial systems, and smart homes for enhancing system reliability and reducing false alarms through predictive maintenance and intelligent sensors.
TI’s advancements in radar sensor technologies and edge AI integration illustrate its strategic focus on fostering innovation within the semiconductor industry.
source: [1]
company website: https://www.ti.com/
Edge AI at the Forefront of Texas Instruments’ Strategy: Insights from IIC and Innovation Seminars
Edge AI at the Forefront of Texas Instruments’ Strategy: Insights from IIC and Innovation Seminars
Key Highlights:
– Event Overview:
– Locations: Beijing, Shenzhen, Shanghai
– Participants: Industry experts, technology enthusiasts, and corporate customers
- Primary Focus Areas:
- Microcontrollers
- Microprocessors
- Wireless connectivity
- Radar technologies
- Application fields: Solar energy management, industrial control, smart home
Highlights and Sessions:
– Industrial Real-time Control Systems:
– Future trends: Network security, multi-protocol industrial communication, enhanced control loop performance, optimized power efficiency, and AI-based fault detection
– TI’s C2000™ series microcontrollers:
– AI-enabled high-precision fault monitoring
– Reduce equipment failure rates
– Enhanced system stability and safety
– Edge AI:
– Real-time data processing at the source:
– Faster responses
– Enhanced user privacy
– Lower cloud/network costs
– Applications in automotive ADAS, machine vision, security surveillance, and robotics
– TI’s edge AI processors: AM62, AM67, AM68, AM69 series with hardware acceleration for specialized AI needs
– Development tools: Edge AI Studio, Model Composer, Model Maker
– Wireless Connectivity:
– Wireless Solar Management System (WSMS):
– Reduced rejoining time
– Simplified maintenance
– WSMS-Mesh: Standard-based, patent-free
– WSMS-Star: Cost-effective, robust performance
– Wireless MCUs (C2340, CC2755): Supporting current wireless standards and emerging technologies like Zigbee
– Millimeter-wave Radar and Machine Learning:
– Applications: Autonomous driving, security surveillance
– IWRL6432 radar sensor: Guides on quick testing and machine learning deployment
Innovation and Collaboration:
– TI’s partnerships: Showcased innovative products and customer case studies
– Attendee interaction: Opportunities to engage with TI experts and foster future innovations
company website: https://www.ti.com/
Greater China Mid-downstream radar companies
Beijing Autoroad Technology Signs Strategic Agreement for Advancing Automotive Imaging Radar Technology
Beijing Autoroad Technology Signs Strategic Agreement for Advancing Automotive Imaging Radar Technology
Key Highlights:
– Collaboration: Beijing Autoroad Technology and CAS Innovation Institute for Aerospace Information Research established the “Joint Laboratory for Automotive Imaging Radar Technology” on November 6, 2024.
– Focus Areas:
– Leverage CAS’s expertise in microwave imaging and Beijing Autoroad’s industry resources.
– Emphasize scientific research, industry transformation, and talent development.
– Event on November 4, 2024 at Wangjing Technology Park:
– Attendees: Key personnel from CAS and Beijing Autoroad, including Beijing Autoroad’s founder and CTO, Dr. Zhao Jie.
– Discussion Topics: Breakthrough value of new automotive imaging radar technology and future cooperation.
– Historical Context:
– 2014: Dr. Zhao Jie founded Beijing Autoroad, focusing on automotive imaging radar R&D and commercialization.
– 2016: Established a joint lab with CAS’s State Key Laboratory of Microwave Imaging Technology.
– 2019: Research started on “Sparse Microwave Imaging Technology in Automotive Millimeter-Wave Radar”.
– 2022: Co-published multiple papers and co-hosted a sub-forum at the 2024 PIERS conference.
– Technological Achievements:
– 2023: Industry-first real-time path planning (SLAM) system for millimeter-wave radar.
– 2024: Small batch shipment of 4D imaging radar to a Korean autonomous driving company and exploration of indoor SLAM system applications in industrial robotics.
– Innovative Project: Achieved a low compute power, low-cost radar solution with 1v6R (4D) radar, reducing hardware cost by around 70% and passed the first phase of field road tests.
– Vision and Future Goals:
– Ongoing collaboration to support advanced intelligent driving.
– Continued optimization of radar performance based on customer and market needs.
– Enhancements in radar AI training and multimodal fusion to better serve high-level autonomous driving needs.
source: [1]
company website: nan
ChuHang Technology Revolutionizes Autonomous Ship Navigation with 77GHz Radar
ChuHang Technology Revolutionizes Autonomous Ship Navigation with 77GHz Radar
Key Highlights:
– Millimeter-Wave Radar Technology: ChuHang Technology is pioneering autonomous ship navigation through its 77GHz millimeter-wave radar, crucial for real-time obstacle detection and avoidance.
– Enhanced Surface Perception: Released a solution combining 4D millimeter-wave radar and camera fusion, increasing accuracy and robustness in detecting surface obstacles.
– High-Precision Distance Measurement: Vital for planning safe routes and reducing collision risks with obstacles.
– Performance in Complex Environments: Millimeter-wave radar effectively penetrates fog, rain, and water vapor, providing reliable object detection where traditional sensors fail.
– Multi-Modal Sensor Fusion: Overcomes challenges of weak echoes from non-metallic targets and water-induced clutter; allows quick and precise obstacle identification and response.
– Full Data Collection: Incorporates IoT and advanced perception technologies for comprehensive monitoring of the ship’s surroundings, including buildings, other vessels, and buoys.
– Future Outlook: ChuHang continues to develop and apply this technology, solidifying radar’s role in the autonomous operation of civilian ships.
ChuHang’s advancements in millimeter-wave radar technology are paving the way for safer and more efficient autonomous ship navigation, demonstrating significant potential for future applications in civilian maritime operations.
source: [1]
company website: nan
Eardatek Showcases Millimeter-Wave Radar Modules at 2024 Hong Kong Autumn Lighting Fair
Eardatek Showcases Millimeter-Wave Radar Modules at 2024 Hong Kong Autumn Lighting Fair
Key Highlights:
– Event Duration: Four days, from October 27 to October 30, 2024.
– Venue and Participation: The fair was held at the Hong Kong Convention and Exhibition Centre with participation from around 3,000 exhibitors from over 22 countries and regions.
– Eardatek’s Showcase: Featured IoT modules and millimeter-wave radar modules in 5.8G, 24G, and 60G frequency bands, catering to various lighting specifications and scenarios.
– Innovative Solutions: Unveiled an AI self-learning energy-saving lighting solution for underground garages, aimed at rapid integration of intelligent garage lighting systems.
– Visitor Engagement: The radar modules and solutions presented by Eardatek attracted significant attention and led to the establishment of numerous potential partnerships and fruitful customer negotiations.
– Market Focus: Eardatek reported steady growth in overseas sales of their modules and plans to deepen its market presence in key regions for further development.
– Future Outlook: Eardatek intends to continue focusing on technical innovation and product development, exploring new technologies, applications, and trends in smart lighting, home lighting, and energy-saving lighting.
Company Overview:
– Established: 1999, with listing on New Third Board in 2017.
– Core Expertise: R&D, manufacturing, and selling IoT communication modules and sensor modules with significant RF technology experience.
– Product Range: Includes 5.8G/10G microwave radar modules, 24G/60G millimeter-wave radar modules, human presence sensors, Wi-Fi, and Bluetooth modules.
– Applications: Expands across smart lighting, smart appliances, smart security, smart homes, and automotive electronics.
– Added Services: Offers server setup, cloud connection, app customization, and complete IoT connectivity solutions.
source: [1]
company website: http://cn.eardatek.com/
Eardatek’s Innovation Studio Receives Prestigious Guangzhou Award for Radar and Wireless Technology Advancements
Eardatek’s Innovation Studio Receives Prestigious Guangzhou Award for Radar and Wireless Technology Advancements
Key Highlights:
– Achievement: Eardatek’s “耿健创新工作室” has been awarded the title of “2024 Guangzhou City Model Worker and Craftsman Talent Innovation Studio.”
– Recognition Purpose: The award promotes model worker spirit, labor spirit, and craftsman spirit, led by professionals with high theoretical levels, strong innovation abilities, and rich work experience.
Focus Areas and Research Topics:
– Wireless Communication Module R&D:
– Wi-Fi6 Module Optimization: Performance optimization and intelligent application technology research.
– Millimeter-Wave Radar Applications: Human presence sensing and behavior recognition technology research.
– Smart Toilet Seat Detection: Application technology of microwave radar for human detection.
– Smart Lighting: Application technology research of self-learning algorithms.
Impact:
– Company Performance and Talent Development: Over the past two years, “耿健创新工作室” has had a positive impact on company performance growth and talent development.
source: [1]
company website: http://cn.eardatek.com/
HiLink’s Cost-Effective LD2402 Radar Module: Enhanced Performance and Affordability
HiLink’s Cost-Effective LD2402 Radar Module: Enhanced Performance and Affordability
Key Highlights:
– Price and Launch: Initially available for 5.99 RMB, emphasizing cost-effectiveness compared to similar products on the market.
– Enhanced Detection Capabilities:
– Algorithm Upgrades: Supports detecting human movement, micro-movement, and stillness.
– Improved detection distance up to 7m and detection angle of ±60°.
– Advanced Features:
– Automatic Threshold Generation: Simplifies installation and use.
– Power Interference Notification: Alerts users to potential power supply issues.
– Technical Specifications:
– Size: Compact dimensions of 20 mm x 20 mm.
– Frequency: Operates on the 24 GHz ISM band, compliant with FCC, CE, and CCC spectrum regulations.
– Power Supply: Supports 3.3V and 5V power options with a wide range.
– Detection Range: Close-range detection of 0.2m without blind spots.
– Installation Flexibility:
– Supports both ceiling and wall mounting, catering to various application needs.
– Strong anti-interference capability ensures reliable performance.
Insights:
HiLink’s LD2402 radar module offers a blend of affordability and advanced features, making it a viable option for various smart applications. The focus on enhanced detection precision, wider sensing range, and easy installation highlights its potential impact in the radar module industry.
source: [1]
company website: nan
Hurys’ radar-visual fusion tech wins at China Intelligent Transport Conference
Hurys’ Radar-Visual Fusion Tech Wins at China Intelligent Transport Conference
Key Highlights:
- Award Event:
- Held on November 3, 2024, in Hangzhou
Hurys received two second-class Scientific and Technological Progress awards from the China Intelligent Transportation Association
Notable Projects:
“Key Technology and Application of Full-Domain Monitoring and Event Handling for Expressway Based on Radar-Visual Fusion”:
- Tackles issues such as low traffic perception accuracy, lack of safety risk assessment methods, and passive incident handling under complex expressway conditions
- Breakthroughs in the full-domain perception-risk deduction-active disposal technical process
- Developed a complete system for road monitoring and traffic management, enhancing the intelligent data acquisition and emergency event command capabilities
“Multi-Scale Intelligent Control Technology and Application for Traffic Efficiency Improvement”:
- Developed with industry institutes and related enterprises
- Recognized for its innovation, practicality, and performance in real-world scenarios
Impact and Future Outlook:
- Demonstrates Hurys’ understanding of national technology strategies and their focus on civil radar technology
- Ongoing commitment to independent research and development, with a strategic emphasis on key industry technologies
- Aimed at advancing radar technology applications in the traffic and safety sectors, contributing to the “traffic strong nation” and Digital China initiatives
Hurys continues to lead in civil radar, emphasizing on intelligent perception and innovation with a user-centric approach.
source: [1]
company website: nan
INNOPRO TECHNOLOGY Showcases Millimeter-Wave Radar in Elderly Care at China Hi-Tech Fair
INNOPRO TECHNOLOGY Showcases Millimeter-Wave Radar in Elderly Care at China Hi-Tech Fair
Key Highlights:
– Events Participation:
– China Hi-Tech Fair (CHTF): November 14-16, 2024, at Shenzhen International Exhibition Center (Baoan).
– China International Silver Industry Exhibition (SIC): November 15-17, 2024, at Guangzhou Poly World Trade Expo.
– INNOPRO: Exhibits in Longhua Exhibition Area for the CHTF and Booth 1A38 for the SIC.
- Innovative Solutions:
Smart Elderly Care Solutions:
- Millimeter-wave radar technology: Developed in cooperation with Shenzhen University.
- Functionalities: Health monitoring (breathing, heart rate), sleep quality monitoring, fall detection, and remote alarms.
- Recognition: 2nd place in the iFlytek Developer Competition’s Smart Elderly Care category.
- Applications: Implemented in elder care projects across China including Shenzhen, Wuhan, Beijing, Xi’an, and Fujian.
Smart Products:
- Fall Detection Monitor: Recognized by the Ministry of Industry and Information Technology’s Elderly Products Promotion Directory.
- SOS Two-way Communication: Designed for emergency assistance.
- Life Sign Detector: Monitors vital signs.
- Smart Home Safety: Smoke detectors, gas detectors, and water sensors.
Insights:
INNOPRO TECHNOLOGY’s emphasis on millimeter-wave radar applications in smart elderly care reflects ongoing efforts to integrate advanced sensing technologies ensuring non-intrusive health monitoring and safety for the elderly, marking a significant development in the field.
source: [1]
company website: https://innoprotech.cc/
AI-Powered Millimeter-Wave Radar Solutions at Chongqing Liangjiang New District People’s Hospital: A Safer Future for Elderly Care
Deployment of AI-Powered Millimeter-Wave Radar Solutions at Chongqing Liangjiang New District People’s Hospital
Key Highlights:
- Advanced Installations:
Chongqing Liangjiang New District People’s Hospital has installed AI millimeter-wave radar life signs detectors and fall monitoring devices designed to provide non-contact sensing without compromising privacy.
Elderly Care Innovations:
These radar devices are equipped with features for sleep quality analysis, health metrics assessment, monitoring activity status, and fall detection with remote automatic alerts.
Quality Improvement:
Utilizing these radar systems has resulted in a significant enhancement of elderly care quality and relieved the burden on care staff.
Recognition:
The hospital’s integration of these technologies has earned it the title of “China Rehabilitation Medicine Association Elderly Care Standardization Construction Base”.
Future Prospects:
- The continual commitment to integrating technology with elderly care services is anticipated to further advance smart elderly care solutions within the industry.
source: [1]
company website: https://innoprotech.cc/
Linpowave’s V300 4D Millimeter Wave Radar: A Game-Changer in Urban Traffic Management
Linpowave’s V300 4D Millimeter Wave Radar: A Game-Changer in Urban Traffic Management
Key Highlights:
– Point Cloud Imaging:
– Allows for detailed visualization of the environment.
– Capable of distinguishing different objects even in dense fog or through obstacles.
- Target Tracking:
- Highly precise tracking capabilities.
Efficient in differentiating between static and dynamic objects.
Traffic Management Implementation:
- Significantly enhances traffic management in urban environments.
- Provides real-time data for effective decision-making in traffic control.
Insights:
The Linpowave V300 4D Millimeter Wave Radar demonstrates high accuracy and reliability in various conditions, offering substantial improvements in urban traffic management by enhancing surveillance, monitoring, and control systems.
source: [1]
company website: nan
MWAVE TECHNOLOGIES Pioneers Advancements in UWB Positioning and Millimeter-Wave Radar
MWAVE TECHNOLOGIES Pioneers Advancements in UWB Positioning and Millimeter-Wave Radar
Key Highlights:
- Company Profile:
- Name: Weitai Technology (Wuhan) Co., Ltd.
- Industry: Specializes in UWB positioning systems and microwave/millimeter-wave radar sensor R&D, manufacturing, and sales.
- Became an independent brand in November 2020.
Markets served: Intelligent transportation, smart buildings, smart commerce, smart home, smart monitoring, smart healthcare, industrial measurement, smart equipment, sports.
Experience and Products:
- Over 10 years of experience in commercial equipment.
- By the end of 2023:
- Over 30 proprietary intellectual property achievements.
- Twice honored with Wuhan City Innovation Products.
- Product range includes:
- UWB positioning systems and kits.
- Intelligent transportation radar.
- Personnel monitoring radar.
- Specialized radar.
- Speed and acceleration measuring radar.
- More than 20 product models.
- High recognition and market share in the intelligent transportation and IoT monitoring fields.
Customer base of over 300 enterprises, both domestic and international.
Team and Expertise:
- Founded by innovative overseas returnee PhDs, industry elites, and entrepreneurs.
- Expertise in UWB positioning, millimeter-wave radar, microwave RF, antenna design, software development, and algorithm integration.
Over half of the R&D team possesses master’s degrees, numerous PhDs, and senior titles.
Future Vision:
- Philosophy: “Products sense the world, creating an intelligent and digital future together.“
Goals:
- Leverage advantages to cultivate technical talent.
- Enhance enterprise innovation capability.
- Provide superior products and professional services.
- Offer first-class UWB positioning and microwave/millimeter-wave radar sensor solutions.
- Support enterprise core competitiveness and high-quality development.
Main Products:
- Intelligent Transportation: Speed radar, vehicle speed feedback display radar, road warning radar.
- Personnel Monitoring: Presence sensing radar, people counting radar, trajectory tracking radar.
- Sports: Golf and baseball speed radar.
- Automated Driving: Speed and acceleration measuring radar.
Positioning Systems: UWB beacon positioning systems and kits.
Core Technologies and Advantages:
- Innovative Team: Recognitions include Hubei Province “Hundred Talents Program,” Wuhan “Yellow Crane Talents Program,” and Wuhan “3551 Talents Program.”
- R&D Strength: Numerous invention patents, IC layout, and software copyrights. Strategic partnerships with Wuhan University, Huazhong University of Science and Technology, and Wuhan University of Technology.
- Leading Technology: Several UWB positioning systems and kits, microwave and millimeter-wave radar products, high-performance radar and communication DSP chips, advanced wireless transmission networking, and multi-sensor fusion technology.
- Comprehensive Support: Advanced product production measurement equipment and a complete industrial chain ecosystem. Capable of mass production manufacturing and OEM/ODM for radar sensors and UWB systems/kits.
source: [1]
company website: https://www.mwave-tech.com/
Mai Rui Technology Showcases Advanced Microwave Radar Sensing at 2024 Beijing Smart Home Summit
Mai Rui Technology Showcases Advanced Microwave Radar Sensing at 2024 Beijing Smart Home Summit
Key Highlights:
– Event Information:
– Date: November 7, 2024
– Venue: Royal Grand Skylight Hotel, Beijing, China
– Focus: Development trends in the smart home market, new directions for development
- Mai Rui Technology’s Participation:
- Presented Innovations: Cutting-edge microwave radar sensing technology and solutions
In-depth Exchanges: with on-site experts
Product Demonstrations:
- Self-Development: Microwave radar sensors, PIR (Passive Infrared) sensors
Features:
- Innovative antenna technology
- Rich system integration plans
- Easy integration into mainstream smart control systems
- Remote control and scenario customization
Presentation Highlights:
- Speaker: Mr. Zhao Yonghong, Channel Director at Mai Rui Technology
- Topic: “Radar Sensors Empowering Smart Homes – Entering the AI Intelligent Era”
Focus Areas:
- Strong technical research and development capabilities
- Advanced manufacturing capabilities
- Reliable industry application capabilities
Application and Case Studies:
- Domains:
- Smart homes
- Smart hotels
- Commercial office spaces
- Government public buildings
Practical Solutions:
- Cardless power-up solution for hotels
- Unattended energy-saving solution for offices
Technological Milestones:
- 2018 Breakthrough: Introduction of first microwave human presence sensor
- Current Advancements: Third generation sensors with:
- Improved sensing accuracy
- Enhanced sensing distance
- Better presence maintenance capability
- Improved anti-interference performance
source: [1]
company website: nan
Miaomi Technology Integrates Millimeter-Wave Radar into AI Smart Care Lamp for Health Monitoring
Miaomi Technology Integrates Millimeter-Wave Radar into AI Smart Care Lamp for Health Monitoring
Key Highlights:
– Advanced Integration: Miaomi Technology has successfully integrated millimeter-wave radar with AI algorithms in their AI Smart Care Lamp.
– Innovative Features:
– High-Precision Sensing: The lamp can detect human behavior, breathing rate, heart rate, and sleep state.
– Real-Time Monitoring: Abnormalities trigger alerts that can be monitored via a mobile app.
– Health and Safety Focus:
– The product aims at providing a comfortable, healthy, and imperceptible lighting experience, ensuring silent guardianship for families.
– Radiation-Free: Ensures safety and maintains user privacy.
– Product Applications:
– Suitable for diverse environments with features like elderly-friendly lighting functions.
– Includes various modes like General lighting, Inspection lighting, Reading lighting, Nightlight mode, and Caregivers mode to suit different user needs.
– Company Background:
– Established in 2017, Miaomi Technology is one of China’s earliest companies to explore wireless radar and communication technologies.
– Notable Recognitions:
– First place in the Intelligent Home track of the Ministry of Industry and Information Technology’s National SME Innovation and Entrepreneurship Competition.
– Millennium-wave radar products selected by leading companies for future smart radar projects.
Insights:
Miaomi Technology’s AI Smart Care Lamp exemplifies how integrating advanced radar sensing and AI can enhance health monitoring and safety in smart home environments, catering to a wide range of applications with precision and care.
source: [1]
company website: http://www.wieyes.cn/
RDA Tech Releases Cost-Effective 24GHz Human Presence Sensing Radar – USRR235-C
RDA Tech Releases Cost-Effective 24GHz Human Presence Sensing Radar – USRR235-C
Key Highlights:
– Company Overview:
– Publisher: Hangzhou Ruida Zhigan Technology Co., Ltd. (杭州睿达智感科技有限公司)
– Known for: Leading domestic millimeter-wave radar solution provider
– Published on: November 7, 2024
- Technological Context:
- Core Components: Human presence sensing radar sensors are integral to smart homes and smart lighting
Existing Problems:
- 5.8GHz sensors: Low precision
- 24GHz sensors: High cost
New Product Introduction:
- Model: USRR235-C
- Cost: Bulk price of 5.98 yuan
Performance: High-performance, suitable for smart home and smart lighting industries
Core Advantages of USRR235-C:
- Precision: High accuracy in human presence sensing
- Static Detection Distance: Detects human stillness up to 4.5 meters
- Power Consumption: Lower compared to similar products
- Anti-Interference: Low false alarm rate with independent AI algorithms
- Size: Small and easy to integrate (25nm×10mm×2.5mm)
Adaptability: Smaller dimensions than existing mainstream products, adaptable for various equipment
Application Scenarios:
- Human presence sensing
- Energy-saving controllers
- Smart hotels
source: [1]
company website: nan
Ligong Leike Showcases AI-Enabled Millimeter-Wave Radar Technology for Elderly Care at Beijing Forum
Ligong Leike Showcases AI-Enabled Millimeter-Wave Radar Technology for Elderly Care at Beijing Forum
Key Highlights:
- Company Background:
- Beijing Ligong Leike Electronics Information Technology Co., Ltd., a subsidiary of Leike Defense (stock code 002413).
- Focuses on radar and satellite applications.
Aims to develop technologies with independent intellectual property rights and to create world-class information systems.
Event Information:
- Date: October 30, 2024
- Event: “AI Zizhu· Digital Intelligence Future” 2024 Development Forum
- Location: Beijing Lijin Zhidi Center East Tower, Ant Group’s Innovation Technology Headquarters
Organized by Haidian District Zizhuyuan Street
Company Participation:
- Showcased Products: Intelligent Fall Detection Device, Intelligent Sleep Monitoring Device.
- Demonstrations included respiratory and heart rate monitoring.
The integration of millimeter-wave radar technology with AI for elderly care attracted significant interest.
Forum Focus:
- AI technology empowering livelihood and urban governance.
Release of first batch of AI+ scene projects, including Ligong Leike’s millimeter-wave radar technology for elderly care.
Community Engagement:
- Introduction of “Zizhu Benefit Enterprise Youth Circle” action plan.
Ligong Leike joined as a founding member to enhance cooperation and resource sharing among enterprises.
Recognition:
Zhang Honggang, Assistant General Manager of Ligong Leike, received the partner badge on behalf of the company.
Company Philosophy:
- Emphasizes innovation based on millimeter-wave radar technology.
- Continually explores new technologies, develops new products, and deploys new applications in AI+ elderly care.
- Aims to contribute to the high-quality economic development of the region through digital intelligence.
source: [1]
company website: http://www.racobit.com/
Shanghai Geometrical Perception and Learning’s Integrated Hardware and Software Modules: A New Frontier in Intelligent Driving
Shanghai Geometrical Perception and Learning’s Integrated Hardware and Software Modules: A New Frontier in Intelligent Driving
Key Highlights:
– Recognition: On November 7, 2024, Shanghai Geometrical Perception and Learning (G-PAL) received the first Jinding Award for “Excellence in Growth” at the Jinqiao Development Zone Future Vehicle Industry Development Forum.
- Company Achievements:
- Technological Contributions: Over six years, G-PAL has made significant contributions to the intelligent automotive industry in the Jinqiao Development Zone through constant investment in R&D and implementation of advanced intelligent driving systems.
Solutions and Technology:
- Integrated Systems: G-PAL offers L2+ to L4 intelligent/automated driving solutions, integrating hardware and software modules for perception, decision-making, planning, and control.
- Innovative Approach: Utilizes “all-weather, low-cost, high-reliability, and easy mass production” technical route.
- Feature-Rich Systems: The G-PAL 3.0 system exemplifies advancements with a focus on visual and 4D radar fusion for better perception and control under challenging conditions.
Collaborations:
OEM Partnerships: Working closely with major manufacturers like SAIC, JAC Motors, FAW Group, Jidu Auto, and Xiaomi to bring advanced intelligent driving products to mass production.
Strategic Investments:
- Research and Innovation: Recognized by the Chinese Society of Automotive Engineers and awarded for their advancements in AI and intelligent driving.
- Infrastructure: Development of a “Shanghai Integrated Perception and Intelligent Decision Technology Innovation Center,” supporting diverse national and local research projects, with over 100 domestic and international patents authorized.
Insights:
To maintain a leading edge, G-PAL focuses on collaborative innovation and scalable, cost-effective deployment of intelligent driving systems, positioning itself as a significant player in global automated driving industry progress. With ongoing investments and strategic use of technology, G-PAL continues to shape the future of intelligent and automated driving.
company website: nan
Time Vary: Innovations in Drone Detection and Defense Radar Systems Drive Market Growth
Time Vary’s Innovations in Drone Detection and Defense Radar Systems
Key Highlights:
– Market Growth: The global drone services market is projected to grow at a compound annual growth rate (CAGR) of 40.7% from 2020, reaching $128.1 billion by 2030.
– Challenges: Security risks posed by drones are a key restraint to market growth.
– Drone Defense Systems: Time Vary focuses on:
– Components: Includes drone detection radar, radio detection devices, counter-drone equipment, and control platforms.
– Functions: Early warning, detection, identification, tracking, and countermeasures against unauthorized drones.
– Capabilities: Delivers precise target location data (distance, angle, speed, height) and disrupts drone communications, forcing them to land or be denied access.
– Features:
– Operates autonomously.
– Can handle multiple targets simultaneously.
– High integration and easy installation.
– Modular design for flexible use in various security scenarios.
– Applications: Relevant for anti-terrorism operations, police patrols, large-scale event security, military, airports, ports, power plants, and petrochemical industries.
– Advantages: Open architecture, lightweight design, cost-effectiveness, and support for multi-device, multi-zone management.
Insights:
Time Vary’s advancements in drone detection and defense radar systems are essential for addressing the growing security risks in the drone services market, facilitating safe and secure drone integration in various industrial sectors.
source: [1]
company website: nan
TsingLan Technology and Xuanzhu Cloud Butler: Innovations in Intelligent Security with Millimeter-Wave Radar
TsingLan Technology and Xuanzhu Cloud Butler: Innovations in Intelligent Security with Millimeter-Wave Radar
Key Highlights:
- Collaborative Effort: TsingLan Technology has entered a long-term strategic partnership with Xuanzhu Cloud Butler to enhance intelligent security in hotels using millimeter-wave radar technology.
- Project Challenges: Address issues like real-time monitoring, unauthorized occupancy, and limited manpower in e-sport hotels and short-term rental properties.
- Advanced Radar Solutions:
- TsingLan’s radar products (HC2/TK2 models) provide non-intrusive monitoring of up to 8 individuals, detecting body postures, positions, and movement trajectories.
- Integration of functionalities such as fall detection, respiratory and heart rate monitoring, and two-way voice communication ensures prompt response to emergencies.
- Implementation and Benefits:
- Local Deployment: Successful installation and localization in multiple hotels to enhance security and regulatory compliance.
- High Precision: 99% accurate detection of human presence and count, which reduces labor demands, optimizes energy management by turning off power when not in use, and saves on operational costs.
- Market Impact: Xuanzhu Cloud Butler, now a leading hotel control brand for e-sports hotels, leverages TsingLan’s radar technology to redefine hotel management and set new standards for smart security solutions.
source: [1]
company website: https://www.tsinglantech.com/
TsingRay Showcases Medical-Grade Millimeter Wave Radar at Chongqing Expo
TsingRay Showcases Medical-Grade Millimeter Wave Radar at Chongqing Expo
Key Highlights:
– Technological Foundation: TsingRay, a high-tech enterprise derived from Tsinghua University, leverages 20 years of technological accumulation to innovate medical-grade millimeter wave radar.
– Event Participation: At the 18th China Chongqing Elderly Industry Expo, TsingRay showcased its radar technology as part of senior care solutions.
– Expert Presentation: TsingRay’s co-founder and CEO, Ding Yugou, presented on “Tsinghua University Millimeter Wave Technology Empowering Smart Medical and Elderly Care.”
– Product Launch: The event saw the release of Beijiaan Smart Elderly Care Triangle Loop, integrating:
– Terminal Intelligence: Millimeter wave radar monitoring products.
– Cloud Intelligence: AI big data algorithm models.
– Application Intelligence: Computer and mobile applications.
Strategic Collaborations:
– Partnerships: TsingRay signed strategic agreements with various elder care enterprises from across China.
– Exhibition Results: Within a three-day exhibition, approximately ten elder care enterprises signed agreements with TsingRay, with several dozen more expressing strong cooperation intentions.
Future Endeavors:
– Innovation Drive: TsingRay is dedicated to the development of state-of-the-art millimeter wave radar sensors combined with AI techniques.
– Target Outcomes: Enhancing digital medical and elderly care services, increasing operational efficiency, and boosting the quality of life and safety for the elderly demographic.
source: [1]
company website: nan
TsingRay Receives Top 100 Innovative Medical Devices Recognition for Sleep Monitoring System
TsingRay Receives Top 100 Innovative Medical Devices Recognition for Sleep Monitoring System
Key Highlights:
– Company Profile:
– Name: Beijing TsingRay Technology Co., Ltd.
– Background: Transforms Tsinghua University’s technology, recognized as a “Specialized and New” SME in Beijing.
– Focus: Medical-grade millimeter wave radar products for disease diagnosis, chronic disease management, health monitoring, and smart elderly care.
- Recent Achievement:
- Recognition: Ranked among the “Top 100 Innovative Medical Devices” in the 2024 China Healthcare Growth Ranking (HGR).
Key Product: Sleep and respiratory monitoring system using millimeter wave radar and AI technology.
Collaborations and Research:
- Collaborations: Worked with medical chairpersons and institutions on clinical studies for conditions like sleep respiratory disorders, heart rate detection, mental disorders, cardiovascular diseases, and lung function detection.
- Publication: Research with Shanghai Sixth Hospital published in “Chinese Journal of Otorhinolaryngology Head and Neck Surgery”.
Media Coverage: Featured on CCTV during World Sleep Day.
Product and Patent Information:
- Certifications: Two medical device registration certificates, special review for innovative medical devices, 22 authorized invention patents.
- Market Penetration: Deployed in over 100 hospitals, including Peking University Third Hospital, Shanghai Sixth Hospital, Tsinghua Chang Gung Hospital, and Beijing Tongren Hospital.
Research and Technology Integration: Focuses on sleep-related disease monitoring and diagnosis using sensors and AI.
Ranking and Recognition:
- Evaluation: Involved over 100,000 experts and industry leaders for deep evaluation of enterprises in China’s healthcare sector.
Purpose: Encourage high-quality development and improve medical service quality and patient satisfaction.
Past Highlights:
- Awards: “Specialized and New” SME in Beijing 2024.
- Forums: Participated in the Hangzhou Brain Function Summit Forum.
- Industry Meetings: Enhanced quality medical resource access at grassroots meetings.
- Support: Assisted Shandong Bohong Health in upgrading smart medical care.
Product Launches: Collaborated with industry leaders on smart elderly care products.
Product Use Cases:
- In-Hospital Applications: TsingRay’s sleep monitoring products are utilized in hospital settings.
This accolade underscores TsingRay’s innovative contributions and insights into future healthcare trends, particularly in radar-based medical applications.
source: [1]
company website: nan
Zongmu Technology Showcases Radar Innovations During Strategic Visit to Shanghai Headquarters
Zongmu Technology Showcases Radar Innovations During Strategic Visit to Shanghai Headquarters
Key Highlights:
– Company Overview: Zongmu Tech is a leading supplier of Autonomous Driving (AD) and Advanced Driving Assistance System (ADAS) products and technologies, known for its advanced algorithms and system design capabilities.
– Purpose of Visit: The visit aimed to promote cooperation between Shanghai city and high-tech enterprises, and to enhance technological and financial integration.
– Key Figures and Participants:
– Yuan Guohua, Chairman of Shanghai State-Owned Capital Investment Co., Ltd.
– Wen Xinchun, Executive Director of Shanghai Pudong Venture Capital Co., Ltd.
– Tang Rui, Founder and CEO of Zongmu Tech.
– Activities During Visit:
– Tour of Zongmu Tech’s exhibition hall and laboratory.
– Discussions on company development and core business layout.
– Products and Technologies Reviewed:
– Autonomous Driving Domain Controllers
– Ultrasonic Sensors
– Surround-View Cameras
– Millimeter-Wave Radars
– Domestic and international commercial progress of subsidiary CanZhong Robotics.
– Innovative Product “FlashBase”:
– Targets Autonomous Driving + Energy Storage.
– Aims to integrate deeply with industry and applications, transforming traditional sectors.
– Expected to create substantial market space for AI-based services and business models.
– Comments and Recognition:
– Wen Xinchun highlighted the progress of the mobile energy robot business.
– Yuan Guohua emphasized Zongmu Tech’s role in independent research for over a decade and its alignment with national strategies, discussing potential future cooperation in the industrial chain ecosystem.
– Strategic Importance:
– Autonomous Driving is a key focus in the State Council’s “New Generation AI Development Plan.”
– Establishment of a 10-billion Yuan AI Ecosystem Fund by Shanghai Guotou, targeting industrial chain ecosystems.
Insights:
Zongmu Technology’s focus on radar innovations and strategic partnerships underscores their commitment to advancing autonomous driving technologies. The visit highlighted their capabilities in both existing and emerging market opportunities, paving the way for future collaborations.
source: [1]
company website: nan
APAC Mid-downstream radar companies
Bitsensing to Showcase Advanced Radar Solutions for Smart Cities at Intermobility Expo 2024
Bitsensing to Showcase Advanced Radar Solutions for Smart Cities at Intermobility Expo 2024
Key Highlights:
– Event: Intermobility Expo 2024, Jeddah International Exhibition & Convention Center
– Dates: November 11-13, 2024
– Location: Booth P20
– Solutions on Display:
– Smart City Solutions: Leveraging radar technology for enhanced urban infrastructure
– Smart Traffic Solutions: Improving traffic management and safety
– Technological Impact:
– Enhanced Traffic Management: Ensuring smoother and more efficient traffic flow
– Greener Urban Environments: Supporting sustainability goals
– Safety: Contributing to safer road conditions
– Company Overview:
– Founded: 2018 by automotive experts
– Specializes in: Imaging radar technology for mobility, smart homes, and urban infrastructure
– Focus Areas: Autonomous driving, smart buildings, ADAS, and intelligent traffic systems
– Notable Implementations:
– Verona, Italy: Reducing traffic congestion through advanced radar and AI integration
– Additional Innovations:
– Real-Time Data & Sensor Fusion: Improving accuracy and responsiveness in vehicle autonomy and urban infrastructure
Insights:
Bitsensing’s participation at the Intermobility Expo 2024 underscores its commitment to advancing smart city technologies and intelligent transport systems through innovative radar solutions.
source: [1]
company website: nan
JP Mid-downstream radar companies
US Mid-downstream radar companies
Avnet and Infineon Advance Touch Sensing Technology with New CAPSENSE™ Innovations
Avnet and Infineon Advance Touch Sensing Technology with New CAPSENSE™ Innovations
Key Highlights:
– Technological Evolution: Capacitive touch sensing first proposed in the 1940s, with the first capacitive touch screen built in 1965.
– CAPSENSE™ Solutions:
– Self-capacitance sensing (CSD): For single-finger operations like buttons and sliders.
– Mutual-capacitance sensing (CSX): Supports multi-finger detection for more complex interfaces.
– Infineon’s Role:
– CAPSENSE™ technology: In development for 17 years.
– Generational Advancements:
– 4th generation in 2017 introduced inductive sensing.
– 5th generation in 2022 with improved signal-to-noise ratio (SNR) and lower power consumption.
– Robust HMI Design:
– High robustness and reliability: High SNR, excellent waterproof performance, over 120Hz scan rate, and compliance with EMC/EMI standards.
– Low power consumption: Essential for battery-powered devices, allowing operation during system sleep mode.
– Elegant Designs: Enables superior touch interface designs even in constrained spaces.
– PSoC™ 4000T Controller:
– Integrates self-capacitance, mutual-capacitance, and inductive sensing in one chip.
– Tenfold improvement in performance compared to earlier generations.
– Utilized in wearables and IoT products to address power and size constraints.
– Features ultra-low power always-on sensing and multi-mode sensing technologies.
– Programmable architecture allows reuse across different products.
– System Design Simplification: New multi-mode sensing converter hardware module reduces system complexity.
– Additional Applications: Senses liquid levels in containers via the PSoC™ 4000T interface without extra components.
Insights:
Avnet’s strong global distribution network facilitates quick and efficient adoption of Infineon’s CAPSENSE™ technology by manufacturers, enhancing the development of advanced touch sensing solutions across multiple industries.
source: [1]
company website: https://www.avnet.com/
EMEA Mid-downstream radar companies
Aptiv Showcases Its Sixth Generation Intelligent Driving Platform with Advanced Millimeter-Wave Radar at CIIE
Aptiv Showcases Its Sixth Generation Intelligent Driving Platform with Advanced Millimeter-Wave Radar at CIIE
Key Highlights:
– Exhibited Technologies:
– Intelligent Driving Platform: Featuring new generation advanced millimeter-wave radar, intelligent cameras, and a high-performance computing platform.
– Scalable software, hardware, and system functionalities, capable of accommodating various application scenarios.
– Enhanced safety, flexibility, scalability, computation, and power optimization.
- Platform Versions:
- Core Version: Offers L2-level intelligent driving with high cost-effectiveness, integrated machine with multiple radars, local chips, and high precision in detecting lane lines.
- Plus Version: Adds high-speed navigation and parking functionalities, automatic parking assistance, remote parking, and memory parking using multiple millimeter-wave radars and cameras. Features reduced costs via a single local main chip.
Pro Version: Incorporates machine learning enhanced radar networks, urban navigation assistance, and optimized safety for Chinese road conditions.
Software and Deployment:
- Utilizes Wind River’s containerized critical mission software to enhance development, deployment, and functionality through OTA updates.
Introduction of a six-in-one open server computing platform to simplify E/E architecture, enabling dynamic computation resource deployment and safety-priority task management.
Cross-Domain Fusion Computing Platform:
- Features a software base solution compatible with various SoC chips, multi-control capabilities, flexible safety, and hardware/software decoupling.
- Integrates Wind River technologies including Helix virtual machine management software, VxWorks (real-time OS compliant with functional safety), and Linux (commercial version), alongside Aptiv’s cross-domain middleware.
Adopts containerization to enhance software portability and future upgrade extensibility.
SOA Software Architecture:
- Deployment of intelligent driving, cockpit, and body services applications.
- Establishment of an OTA digital store for software-defined vehicles.
Aptiv’s showcase at CIIE highlights significant advancements in integrating intelligent driving technologies with millimeter-wave radar and comprehensive software solutions.
source: [1]
company website: nan
Aptiv Invests in Smart Driving Technology with Shanghai-based MAXIEYE, Highlighting Growth in Chinese Market
Aptiv Invests in Smart Driving Technology with Shanghai-based MAXIEYE
Key Highlights:
- Investment Announcement:
- Date: October 24, 2024.
- Investment Amount: Approximately 570 million RMB.
Company Acquired: MAXIEYE, a Shanghai-based smart driving firm.
Strategic Transformation:
- Since 2017, Aptiv has transitioned from Delphi, focusing solely on automotive electrification and intelligent systems.
Major Developments in China:
- New R&D center in Changshu High-tech Zone (August).
- Wind River Software project in Jiading, Shanghai (July).
- New energy vehicle connector factory in Wuhan with a 2 billion RMB investment (March).
Market Dynamics:
- Aggressive Growth Target: Aiming for a 50% increase in the Chinese market over the next five years, driven by market demand.
- China’s Faster Pace: Aptiv CEO Kevin Clark emphasizes China’s rapid automotive development pace.
Electric Vehicle (EV) Production: Nearly two-thirds of global EV output, significantly boosting component supply chain capacity.
Business Performance:
- 2023 fiscal year: 12% sales increase in China, outperforming other regions.
Increased Demand for Connectors: EVs require 800-1000 connectors compared to 600 in traditional vehicles, representing industrial opportunity.
Integration with Local Ecosystem:
- Strategy: Deeply integrate into local supply chain by situating manufacturing, R&D, production, and sales in China.
- Growth: 31% employee and 25% production facility increase in the past five years.
Innovation and Recognition:
- Shanghai Anting Smart Factory awarded a global innovation prize.
- Invested over 600 million RMB in AI, robotics, and digitalization, enhancing automation and efficiency.
- Set local standards for smart factory construction, earning the Anting facility a national-level smart manufacturing demonstration designation in 2023.
Engagement in China’s Automotive Evolution:
- Participated in China International Import Expo for the first time.
- Showcase: Locally developed smart driving solutions including advanced millimeter-wave radar and intelligent cameras.
- Continued focus on accelerating investment in software and digitalization.
source: [1]
company website: nan
InnoSenT GmbH Showcases Radar Solutions for Smart Cities at US Trade Delegation
InnoSenT GmbH Showcases Radar Solutions for Smart Cities at US Trade Delegation
Key Highlights:
– Event Participation:
– InnoSenT participated in the “Smart Cities & Sustainable Mobility” trade delegation organized by the German American Chamber of Commerce.
– Locations: New York and Chicago.
- Presentation on Radar Technology:
Detailed the advantages of radar for transportation applications during the event.
Opportunities and Networking:
- Expanded opportunities for gathering market insights and networking with industry peers.
- Collected new contacts and gained important insights about American infrastructure.
Explored expanded opportunities in the US markets.
Acknowledgement and Gratitude:
- InnoSenT expressed delight in being part of the trade delegation and valued the insights experienced in the USA.
- Thanked GACC Midwest for their support.
Additional Info:
– Invitation to Learn More:
– Invitation extended to learn more about radar technology in transportation.
– Website provided: InnoSenT Website.
Relevant Hashtags:
– #smartcity
– #radartechnology
– #mobility
– #radarexperts
– #24Ghz
– #trafficradar
source: [1]
company website: nan
NOVELIC’s 60 GHz FMCW Radar Sensor: Compact, High-Resolution Solution for Industrial and Automotive Applications
NOVELIC’s 60 GHz FMCW Radar Sensor: Compact, High-Resolution Solution for Industrial and Automotive Applications
Key Highlights:
- Compact Design: The radar sensor measures 32 mm × 22 mm × 7 mm.
- High Precision: Achieves sub-2 cm spatial resolution with steep frequency slopes, crucial for detecting objects within 20 cm.
- Efficient Power Management: Consumes only 690 mW while delivering over +17.5 dBm effective isotropic radiated power (EIRP).
- Wide Bandwidth: Supports chirp bandwidths up to 10 GHz, enhancing spatial resolution and minimizing flicker noise with modulation rates over 200 MHz/µs.
- Advanced Technology: Utilizes SiGe BiCMOS technology, integrating a frequency synthesizer and analog baseband circuitry in a single chip.
Solution Details:
- Radar Transceiver: Integrated FMCW transceiver allows high integration in a small package.
- Efficient Heat Management: Enclosed in aluminum housing to manage heat and protect components.
- Programmable Signal Processing: Features a programmable gain amplifier (PGA) and active-RC filters for handling diverse radar beat frequencies.
Experimental Results:
- Testing: Demonstrated sub-2 cm spatial resolution with 10 GHz bandwidth chirps at 240 MHz/µs modulation rates.
- Performance: Consistent output power and superior linearity in the 60 GHz band, measured against corner reflectors at 20 cm and 22 cm distances.
- Prototype Viability: Compact and cost-effective design with industry-leading 10-GHz sweep ranges and 240-MHz/µs modulation capabilities, suitable for short-range radar applications.
source: [1]
company website: nan
RFBeam Microwave GmbH to Showcase Advanced Radar Technology at electronicaFair 2024
RFBeam Microwave GmbH to Showcase Advanced Radar Technology at electronicaFair 2024
Key Highlights:
– Event: RFBeam is set to present cutting-edge radar and sensor technology at the electronicaFair 2024.
– Booth Location: Hall B3, Booth 517, Messe München.
– Focus Technologies:
– Bike Radar
– Person Tracking
– Drone Detection
Event Details:
– Date: November 12-15, 2024
– Venue: Messe München, notable for its comprehensive support programs including forums and conferences such as:
– electronica Automotive Conference
– Embedded Platforms Conference
– Wireless Congress
Travel and Amenities:
– Transportation:
– Shuttle service, taxis, and S-Bahn connections from Munich Airport.
– Public Transport: U2 subway line from Central Station to Messestadt.
– Driving: Accessible via A94 with parking and e-charging stations.
– Opening Hours:
– November 12-14: 09:00 – 18:00
– November 15: 09:00 – 15:00
– Services:
– Free WiFi
– Smartboxx bookings for work/meetings up to 4 hours
– Dining options and ATMs
– Detailed event schedules and navigation via the electronica app
Discussion Highlights:
– Topics such as automation and AI workforce preparation, and electrification are on the agenda.
– CEO Roundtable with industry leaders Kurt Sievers (NXP Semiconductors) and Barbara Bergmeier (JLR) discussing future challenges and innovations.
source: [1]
company website: nan
smartmicro Introduces Seamless Tracking for Intersections: A Detailed Look at AI Radar Advantages
smartmicro Introduces Seamless Tracking for Intersections: A Detailed Look at AI Radar Advantages
Key Highlights:
– Smartmicro Seamless Tracking at Intersections:
– AI Radar Sensors vs. AI Video Sensors
– Advantages of AI Radar Sensors:
– Enhanced detection performance compared to AI video sensors
– Multiple radar sensors simultaneously detect each vehicle
– Redundancy in detection
– No occlusion at the stop bar
– No maintenance required
– Operates in all weather conditions
– Unaffected by sunlight and glare
Multi-Sensor Tracking Technology Details:
– Patented Technology: Multi-sensor tracking technology is patented by smartmicro.
– Coverage: Overlapping fields of view cover all approaches and the inner intersection area.
– Detection Distance: Any object detected at a 200m (656ft) distance.
– Real-time Tracking: Leads to a single object list available for Automated Vehicles (AV).
Advantages of smartmicro’s Multi-Sensor Fusion:
1. Increased system performance
2. Higher detection and classification accuracy
3. Increased safety for all road users
4. Coverage of intersection area without blind spots
5. Full coverage of the inner part allows turning movement counts
Further Engagement:
– Follow smartmicro on LinkedIn
– Visit smartmicro’s website
– Contact at info(at)smartmicro.de
– Additional Videos:
– Quick and easy installation of smartmicro sensors
– Traffic Web UI – simple & intuitive set-up software for intersection site planning and configuration
– Increased Safety for all Road Users – Seamless Tracking at the Intersection
source: [1]
company website: https://www.smartmicro.com/
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