Are you considering a migration to AMD’s Versal™ Adaptive System on a Chip (ASoC) for your next generation processing requirements in radar, EW, or sensor fusion applications? The Versal ASoC family offers immense heterogenous compute capabilities supporting DSP engines, programmable logic, and next generation AI Engines. What are the potential pitfalls a program may face as they migrate to this latest generation of silicon? We’ll explore the challenges of migrating to Versal ASoC and highlight risk reduction techniques that may be employed by FPGA engineers and data architects to minimize both schedule and technical risk.
Ryan joined New Wave Design in 2012 and is currently leads Research & Development and New Product Direction. He has a deep knowledge of New Wave Design’s solutions and nearly 20 years of experience in the Mil-Aero/Defense industry. His primary...
Brett joined New Wave Design in 2015 and is currently Product Manager over 3U VPX and XMC FPGA solutions. He has a deep knowledge of New Wave Design’s products and nearly 20 years of experience in the Mil-Aero/Defense and Medical Device...
Director, Versal Product Marketing, AMD, Adaptive and Embedded Computing Group (AECG)
Manuel Uhm is Director, Versal Product Marketing at AMD, the leader in high performance and adaptive computing. He is responsible for Product Line Management and Marketing for AMD AECG silicon, focusing on the Versal portfolio of adaptive SoCs, as...