雷达模块合作伙伴

我们值得信赖的 XENSIV ™雷达传感器合作伙伴网络可帮助您最大限度地缩短开发时间,从而加快产品上市时间

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Infineon's XENSIV™ radar sensor partners offer a complete range of cost-effective design services, turnkey solutions, and product accelerators to help our customers shorten their time-to-market, achieve a higher market share, revenue, and create new business opportunities.

Working closely with you, our partners are equipped to handle all aspects of the development process of radar-based solutions from hardware and software design to prototyping, integration, RF testing, and certification.

Our partners are skilled at delivering tailored radar-based expertise to meet specific customer needs, including those with unique requirements to support dedicated use cases, and comply with industry standards and regulations.

Our XENSIV™ radar sensor hardware module partners offer a wide range of development and evaluation kits, including optimized hardware modules such as system-on-modules (SOMs), which can be integrated into final hardware platforms. These modules allow for quick creation and verification of use cases, making them ideal as prototype hardware for application design. They also facilitate the transition to production while reducing development time, which is essential in the fast-paced world of hardware development.

Moreover, our hardware partners can assist our customers in the design of hardware components such as antennas, transceivers, and millimeter-wave radio frequency components. This ensures that the designed radar module complies with regulatory requirements, such as FCC, CE, or other local standards.

Our radar software solutions partners contribute significantly to developing innovative radar-enabled applications and algorithms. They enhance the capabilities of our XENSIV™ radar sensors and also excel the implementation in various industries. Our partners showcase their proficiency in seamlessly integrating radar technology with notable strengths spanning automotive, industrial automation, smart cities, and beyond.

This involves delving into sophisticated signal processing capabilities that our partners bring to the table, incl. fine-tuning radar data to achieve unparalleled precision and accuracy.

Additionally, witness the seamless integration of machine learning and AI algorithms, elevating the intelligence and adaptability of radar systems to new heights. This dynamic fusion of advanced signal processing and machine learning integration reflects our software partners' commitment to pushing the boundaries of innovation in the radar technology landscape.

In the realm of radar innovation, bitsensing emerges as a standout success story within our radar partnership network. The collaboration has resulted in designing and developing a compact, high-resolution radar sensor tailored for wellness applications. This achievement lies in creating a sensor capable of detecting presence, movement, incidents, and even assessing sleep quality, all without resorting to intrusive cameras or wearables.

Leveraging the advanced capabilities of our Infineon’s XENSIV™ 60GHz radar sensors, this groundbreaking technology sets a new standard in non-invasive, yet highly effective, wellness monitoring. 

Infineon has partnered with NOVELIC to develop a cutting-edge automotive radar monitoring system. Based on state-of-the-art radar sensor and microcontroller solutions, this system can accurately detect the presence of passengers inside a vehicle and classify them as adult or child, utilizing Infineon's XENSIV™ 60GHz automotive radar sensor.

NOVELIC's ACAM software stack is combined with the radar sensor, enabling full interior coverage of in-cabin monitoring without needing a line of sight. ACAM is a non-invasive technology that does not invade passenger privacy, and it is highly effective in detecting people without resorting to intrusive cameras or wearables.

By leveraging NOVELIC's core competencies, including software and algorithms, antenna design and verification, EuNCAP-based system testing and verification, and onsite support for system demonstration and optimization, this technology is a significant milestone toward non-intrusive and continuous monitoring of vehicle occupants' safety and comfort.

Infineon's XENSIV™ radar sensor partners offer a complete range of cost-effective design services, turnkey solutions, and product accelerators to help our customers shorten their time-to-market, achieve a higher market share, revenue, and create new business opportunities.

Working closely with you, our partners are equipped to handle all aspects of the development process of radar-based solutions from hardware and software design to prototyping, integration, RF testing, and certification.

Our partners are skilled at delivering tailored radar-based expertise to meet specific customer needs, including those with unique requirements to support dedicated use cases, and comply with industry standards and regulations.

Our XENSIV™ radar sensor hardware module partners offer a wide range of development and evaluation kits, including optimized hardware modules such as system-on-modules (SOMs), which can be integrated into final hardware platforms. These modules allow for quick creation and verification of use cases, making them ideal as prototype hardware for application design. They also facilitate the transition to production while reducing development time, which is essential in the fast-paced world of hardware development.

Moreover, our hardware partners can assist our customers in the design of hardware components such as antennas, transceivers, and millimeter-wave radio frequency components. This ensures that the designed radar module complies with regulatory requirements, such as FCC, CE, or other local standards.

Our radar software solutions partners contribute significantly to developing innovative radar-enabled applications and algorithms. They enhance the capabilities of our XENSIV™ radar sensors and also excel the implementation in various industries. Our partners showcase their proficiency in seamlessly integrating radar technology with notable strengths spanning automotive, industrial automation, smart cities, and beyond.

This involves delving into sophisticated signal processing capabilities that our partners bring to the table, incl. fine-tuning radar data to achieve unparalleled precision and accuracy.

Additionally, witness the seamless integration of machine learning and AI algorithms, elevating the intelligence and adaptability of radar systems to new heights. This dynamic fusion of advanced signal processing and machine learning integration reflects our software partners' commitment to pushing the boundaries of innovation in the radar technology landscape.

In the realm of radar innovation, bitsensing emerges as a standout success story within our radar partnership network. The collaboration has resulted in designing and developing a compact, high-resolution radar sensor tailored for wellness applications. This achievement lies in creating a sensor capable of detecting presence, movement, incidents, and even assessing sleep quality, all without resorting to intrusive cameras or wearables.

Leveraging the advanced capabilities of our Infineon’s XENSIV™ 60GHz radar sensors, this groundbreaking technology sets a new standard in non-invasive, yet highly effective, wellness monitoring. 

Infineon has partnered with NOVELIC to develop a cutting-edge automotive radar monitoring system. Based on state-of-the-art radar sensor and microcontroller solutions, this system can accurately detect the presence of passengers inside a vehicle and classify them as adult or child, utilizing Infineon's XENSIV™ 60GHz automotive radar sensor.

NOVELIC's ACAM software stack is combined with the radar sensor, enabling full interior coverage of in-cabin monitoring without needing a line of sight. ACAM is a non-invasive technology that does not invade passenger privacy, and it is highly effective in detecting people without resorting to intrusive cameras or wearables.

By leveraging NOVELIC's core competencies, including software and algorithms, antenna design and verification, EuNCAP-based system testing and verification, and onsite support for system demonstration and optimization, this technology is a significant milestone toward non-intrusive and continuous monitoring of vehicle occupants' safety and comfort.