mm-Wave Imaging for Automotive and Beyond
IEEE Seattle Chapter of the Solid-State Circuits Society and Circuits and System Society Event
Please join us for the first of several SSCS and CAS presentations to be given on the University of Washington campus. 2-hour parking will be provided by the society in a lot near the stadium; parking details are forthcoming.
Date and Time
Location
Hosts
Registration
- Date: 08 Oct 2019
- Time: 05:30 PM UTC to 06:30 PM UTC
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- University of Washington Campus
- 1400 NE Campus Pkwy
- Seattle, Washington
- United States 98195
- Building: The Electrical and Computer Engineering Building
- Room Number: ECE 105
- Contact Event Host
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anewton@ieee.org
- Co-sponsored by CH06129
- Starts 06 October 2019 09:48 PM UTC
- Ends 08 October 2019 05:30 PM UTC
- No Admission Charge
Speakers
Dr. Brian Ginsburg of Texas Instruments
mm-Wave Imaging for Automotive and Beyond
Millimeter wave frequency operation offers wide bandwidths, precise localization, and rich material interaction and penetration capability. Meeting consumer demand for enhanced safety, 77GHz automotive radar is one of the fastest growing features in automotive. Leveraging the dense integration and fast transistor performance of modern silicon processes, emerging MMICs are delivering higher performance in a smaller form factor and are also extending the mm-wave capabilities to other sensing markets, including intelligent infrastructure, robotic navigation, high accuracy displacement and motion sensing, and human interaction. This talk will cover these application trends and how they are enabled by emerging radar ICs.
Biography:
Brian Ginsburg received his S.B., M.Eng., and Ph.D. degrees from the Massachusetts Institute of Technology. He joined Texas Instruments, Dallas, Texas in 2007 working in its wireless terminals business unit. In TI’s Kilby Labs, he developed a 160GHz radar for proximity applications. In 2012, he became the systems architect and RF design manager of TI’s first generation 76-81GHz CMOS single-chip radar family. Now, he is a Distinguished Member of Technical Staff and the systems manager of TI’s Radar team. He has served on the technical program committee for the International Solid-State Circuits Symposium and is the Program Chair of the Symposium on VLSI Circuits.
Address:Dallas, Texas, United States
Agenda
Abstract:
Millimeter wave frequency operation offers wide bandwidths, precise localization, and rich material interaction and penetration capability. Meeting consumer demand for enhanced safety, 77GHz automotive radar is one of the fastest growing features in automotive. Leveraging the dense integration and fast transistor performance of modern silicon processes, emerging MMICs are delivering higher performance in a smaller form factor and are also extending the mm-wave capabilities to other sensing markets, including intelligent infrastructure, robotic navigation, high accuracy displacement and motion sensing, and human interaction. This talk will cover these application trends and how they are enabled by emerging radar ICs.