Building 5G and SATCOM Phased-Arrays and UaV-Detection Radars Using Low-Cost Silicon Technologies
IEEE MTT-SCV, will be presenting the following talk online. Attendance is FREE. Please register using the links given below to receive webinar details, via email, a few hours before the event.
Register to watch Dr. Gabriel Rebeiz (Distinguished Professor, Wireless Communications Industry Chair Professor and Member of the National Academy) talk about the end of the Marconi Era!!!
Topic: Building 5G and SATCOM Phased-Arrays and UaV-Detection Radars Using Low-Cost Silicon Technologies.
Abstract:
Due to the increased demand for data, there is a need for base-station and mobile-user phased-arrays which can provide high-capacity communication links using directional antennas, both for terrestrial and satellite (SATCOM) applications. Therefore, there is a large investment by industry to meet the commercial demand. Digital-beamforming phased-arrays at the element level for sub-6 GHz systems, and hybrid (i.e. analog/digital) beamforming for the SATCOM Ku and Ka-band and mm-waves 5G bands have being recently developed using low-cost CMOS and SiGe silicon technologies. High EIRP, low NF high-performance phased-arrays at 10-14 GHz (Ku- band SATCOM), 17-21 GHz and 27-31 GHz (Ka-band SATCOM), 24-29.5 GHz (5G), 37-42 GHz (5G) and even 57-64 GHz (WLAN), and with multiple beams, are now available. These arrays are also used in low-cost radars for landing systems, weather detection and UaV collision avoidance. This talk introduces different topologies and solutions for microwave and mm-wave phased-arrays, summarizes our work in this area, and presents a roadmap for the future.
Speaker: Dr. Gabriel Rebeiz (Distinguished Professor, Wireless Communications Industry Chair Professor and Member of the National Academy)
Date: Wednesday, 09/16/2020.
Time: 6:30 pm – 7:45 pm, US Pacific Time.
Place: Webinar (Zoom)
Attendance is FREE. Please feel free to forward this message to others.