5G Design and Analysis for RF/MW Design Engineer

Circuit designers are on the leading edge of new technology standards, including 5G.  This presentation describes design techniques, simulation, and analysis of a 5G 28-GHz phased-array transmit chain with 4x4 beam-steered patch antenna array. 

This webinar will include demonstrations of design techniques to achieve the desired level of performance using system, circuit, and electromagnetic (EM) simulation technologies.  Starting with (EM) circuit co-simulation, the webinar will detail various results and analysis uncovered during the design phase. It will also demonstrate a powerful statistical design methodology to reduce variability and create robust 5G circuits.  

Top 3 Learnings: 

1. Understand the processes involved in designing and simulating a 5G 28-GHz phased array transceiver.
2. Learn how to implement EM Circuit Co-Simulation and beam steering.
3. Understand the effects of various physical design aspects on the overall performance of the 5G transmitter.

Speakers :

Jack Sifri
MMIC/Module Flow Specialist
Keysight Technologies

Jack is the MMIC/Module Design Flow Specialist and Product Manager of MMIC simulation technologies. Before joining Keysight, Jack spent 15 years designing RF and microwave circuits for space applications at Hughes Aircraft Co. Jack holds a bachelor degree and a masters degree in electrical engineering from the University of California, Los Angeles and an MBA from the University of Southern California.