Webinar: Xilinx Adaptive Computing Platforms for Aerospace and Defense Radar and EW

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Jason Timpe, a Xilinx aerospace and defense system architect, will describe how the latest Xilinx Adaptive Computing Platforms can be used to create a adaptable solutions for next generation radar and EW systems. The webinar will discuss trends in the field and how these lead to new technical challenges for designers. Several Xilinx platforms will be discussed along with how they can be used to meet the requirements of radar and EW systems. The RFSoC (radar frequency system on chip) family creates game-changing performance by integrating high sample rate data converters into the silicon of the Ultrascale+ system on chip. The HBM (high bandwidth memory) family performs similar improvements for digital recording by incorporating memory into the package. And the Xilinx 7-nm family, Versal, is a truly adaptive computing Adaptive SoC providing the processing and flexibility to address the needs of aerospace and defense customers. In addition, a discussion of Xilinx development tools and design methodologies will describe how your products can be brought to market rapidly despite the increased complexity. These tools and platforms will allow you to rapidly meet your customer’s ever-changing needs in the area of radar and EW.

 

This event is in association with the Mile High Country Crows Chapter of the Association of Old Crows.  To register for event, please use the following link:

 https://www.eventbrite.com/e/xilinx-adaptive-computing-platforms-for-aerospace-and-defense-radar-and-ew-tickets-357151278087


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  • Date: 21 Jun 2022
  • Time: 04:30 PM to 06:30 PM
  • All times are (UTC-06:00) Mountain Time (US & Canada)
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  Speakers

Jason Timpe

Biography:

Jason Timpe leads and manages the overall efforts for existing and new products in the Radar and EW market for the former Xilinx Aerospace & Defense Group.

Before he joined Xilinx, which was recently acquired by AMD, Jason worked for BAE Systems in Nashua, NH for 8 years doing FPGA, mixed signal and digital design on IR and EW systems for programs like JSF. He then moved to California to work for Sun Microsystems (Oracle, Inc.) doing FPGA design for next generation blade server systems. After getting married and starting his family, he moved back home to Illinois, working for Northrop-Grumman Corporation for 6 years in his most recent role serving as the digital design lead and FPGA architect on an IR countermeasure system and next-generation EW systems. He was responsible for the technical direction of FPGAs spanning an entire RF product line and championed adoption of new technologies like Xilinx’s RFSoC. Xilinx selected Jason for the XACE program where he served as a sector wide Xilinx/Vivado expert within NGC.

Jason has a Master’s Degree in Electrical Engineering and Bachelor’s Degrees in Electrical Engineering and Literature from the Massachusetts Institute of Technology.




Joint event with Mile High Country Crows Chapter of the Association of Old Crows and the Joint Chapter of AESS-SPS Denver / High Plains.