Versal for Space update and case study overview

30 1月 2025 - 30 1月 2025

online

Real-Time Spacecraft Anomaly Detection Using AMD Versal Adaptive SoCs

Join us as we hear the latest news from AMD on how their Versal adaptive SoCs provide an ideal platform for advanced signal processing in space-flight applications. Combining scalar and vector processing resources with traditional FPGA logic gates, memory, and DSP resources, these SoCs empower the integration of dense signal processing systems in challenging environments.

After the product update the session will then cover the design and implementation of a real-time spacecraft telemetry anomaly detection system, leveraging recurrent neural networks (RNN) with long shortterm memory (LSTM) on the AIE-ML vector processing engines of the AMD XQRVE2302 adaptive SoC. We’ll also discuss the latest qualification and radiation data for AMD XQR Versal adaptive SoCs, and examine how their reconfigurable heterogeneous computing resources enable demanding applications like digital beamforming and STAP radar processing.

Agenda

• 15:30 CET - Avnet Silica Introduction and our focus on Space
• 15:35 CET - Versal for Space Update and Case Study:  Real-Time Spacecraft Anomaly Detection Using AMD Versal Adaptive SoCs
• 16:15 CET - Q&A for AMD
• 16:30 CET - Renesas Power Solutions for Versal and space product news
• 16:45 CET - Teledyne e2v Solutions for Versal and space product news
• 17:00 CET - Q&A for Renesas and Teledyne e2v

Partners

Speakers

Ken O'Neill, Space Systems Architect, AMD

Ken O'Neill is the Space Systems Architect at AMD, with responsibility for AMD's space products. Ken has over 20 years of experience in the field of radiation tolerant FPGAs and space electronics, and more than 30 years experience in the FPGA industry. Ken previously worked with Microchip, Microsemi, Actel, and Hewlett Packard. Ken holds a bachelors degree in electronics engineering.

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