TI does not offer ongoing direct design support for this hardware. For support while working through your design, contact Huber+Suhner AG.
HS-3P-SENCITY-THIS-III-U
HUBER+SUHNER 3D-WGA antenna for ADAS MIMO radar applications in the 76GHz to 81GHz range
HS-3P-SENCITY-THIS-III-U
Overview
The SENCITY THIS-III-U from HUBER+SUHNER is a 77GHz 3D metallized plastic waveguide radar antenna designed for RF substrate-independent radar systems. Featuring a launch-on-package (LOP) interface, this antenna supports high-density 16×16 channel configurations through two cascaded 8TX/8RX radar devices, enabling compact, high-resolution imaging radar designs.
Covering the full automotive 77GHz band (76–81GHz), the THIS-III-U antenna delivers a controlled radiation pattern, high isolation, and robust RF performance in a compact footprint of less than 280mm². Its design reduces MMIC package size while maintaining strong transmit power and receiver sensitivity, even with larger assembly tolerances.
This antenna is optimized for use with our AWR2188 radar sensor and is well suited for advanced automotive and industrial radar applications requiring scalable channel density, precise angular resolution, and reliable performance in demanding environments.
Features
- Compact port area of less than 280mm² for 8TX/8RX configurations
- Boresight gain: 13.3dBi
- Beamwidth (10dB): 26° elevation, optimized for radar imaging applications
- Side lobe level: < –16 dB
- RX-to-TX isolation: > 40dB, including assembly tolerances up to 400µm
- Compliance: RoHS 2021/65/EU and REACH 2006/1907/EC
Automotive mmWave radar sensors
Order & start development
Third-party accessory
HS-3P-SENCITY-THIS-III-U — HUBER+SUHNER 3D-WGA radar antenna for ADAS MIMO radar applications in the 76GHz to 81GHz range
HS-3P-SENCITY-THIS-III-U — HUBER+SUHNER 3D-WGA radar antenna for ADAS MIMO radar applications in the 76GHz to 81GHz range
Support & training
Video series
View all videosDisclaimer
Certain information and resources (including links to non-TI sites) above may be provided by a third-party partner, and is included here merely for your convenience. TI is not the provider of, and is not responsible for, the content of such information and resources, and you should evaluate them carefully for your intended uses and on your own behalf. The inclusion of such information and resources here does not imply endorsement of any third-party company by TI, and shall not be construed as a warranty or representation regarding the suitability of any third-party products or services, either alone or in combination with any TI product or service.