Chinese Scientists Develop Thin-Film Radar Chip, Set to Transform 6G and Autonomous Vehicles
Chinese scientists have made a groundbreaking advancement in millimeter-wave radar technology by developing a thin-film lithium niobate (TFLN) photonic millimeter-wave radar chip. This innovation, led by researchers from Nankai University and City University of Hong Kong, is expected to play a crucial role in 6G communication, autonomous driving, and high-precision sensing applications. (news.cgtn.com）
Key Features of the Chip:
- High-Resolution Imaging & Detection: By integrating advanced photonics with millimeter-wave radar, the chip achieves unprecedented high-resolution imaging and detection, crucial for fast and accurate sensing.
- Superior Material Platform: Built on a 4-inch thin-film lithium niobate platform, known for its exceptional optical and electronic properties. The chip is CMOS-compatible, making it suitable for mass production.
- Precision in Distance & Speed Measurement: The chip demonstrates centimeter-level resolution for distance and speed detection, with outstanding 2D imaging capabilities. Using Inverse Synthetic Aperture Radar (ISAR) technology, it can generate detailed object images even in complex environments.
Professor Sha Zhu from Nankai University stated, "This chip represents a major leap in radar technology. It not only overcomes the limitations of traditional electronic radar systems but also sets a new standard for compact, high-performance photonic radar systems."*
The research findings were recently published in Nature Photonics, marking a significant milestone in China's millimeter-wave radar technology.
For more details, visit the original news link:
[news.cgtn.com](Chinese scientists' thin-film radar chip set to transform 6G and more - CGTN)
This breakthrough highlights China's technological leadership in cutting-edge fields and lays a strong foundation for the future of 6G communication and autonomous vehicle systems.
Contact us: www.smartnoble.com
Key Features of the Chip:
- High-Resolution Imaging & Detection: By integrating advanced photonics with millimeter-wave radar, the chip achieves unprecedented high-resolution imaging and detection, crucial for fast and accurate sensing.
- Superior Material Platform: Built on a 4-inch thin-film lithium niobate platform, known for its exceptional optical and electronic properties. The chip is CMOS-compatible, making it suitable for mass production.
- Precision in Distance & Speed Measurement: The chip demonstrates centimeter-level resolution for distance and speed detection, with outstanding 2D imaging capabilities. Using Inverse Synthetic Aperture Radar (ISAR) technology, it can generate detailed object images even in complex environments.
Professor Sha Zhu from Nankai University stated, "This chip represents a major leap in radar technology. It not only overcomes the limitations of traditional electronic radar systems but also sets a new standard for compact, high-performance photonic radar systems."*
The research findings were recently published in Nature Photonics, marking a significant milestone in China's millimeter-wave radar technology.
For more details, visit the original news link:
[news.cgtn.com](Chinese scientists' thin-film radar chip set to transform 6G and more - CGTN)
This breakthrough highlights China's technological leadership in cutting-edge fields and lays a strong foundation for the future of 6G communication and autonomous vehicle systems.
Contact us: www.smartnoble.com