Navigating COTS-IP in DO-254: Strategies for Safe and Efficient FPGA Design

The integration of COTS-IP (Commercial Off-The-Shelf Intellectual Property) components in FPGA-based Avionics systems can significantly speed up development and enhance performance. However, it also introduces unique challenges, as these components may not align with the strict aviation development assurance standards required for DO-254 compliance. This webinar will guide you through the process of balancing the benefits and risks associated with COTS-IP in Avionics designs.

In this joint webinar with friends and partners, Aldec, we’ll explore different types of IPs available on the market, their roles in the design assurance process, and practical strategies for integrating them safely. You’ll discover key factors for choosing the right vendor and IP, best practices for verification, and effective planning and execution techniques to ensure your systems meet safety requirements.

What you’ll learn:
1. COTS-IP usage:
a. What are COTS-IPs and what are the different IP types
b. Applicable guidance for COTS-IP
c. Verification strategies and methods
d. Methods for achieving coverage
e. Putting it all together and showing compliance

Speakers:

Martin Beeby, Head of Advanced Avionics Systems and Managing Director of ConsuNova EU, ConsuNova With over 35 years of experience in the development of avionics Systems, Hardware and Software, Martin has a wealth of certification experience with systems ranging from DAL-A to DAL-D. Martin is an active contributor to many industry standard working groups developing new guidance for Avionics development and is an active CVE on multiple European programs.

Janusz Kitel, DO-254 Program Manager, Aldec Janusz brings over 18 years of experience in software and hardware design and verification, with more than a decade dedicated to mastering DO-254 compliance. His work ensures that Aldec products meet the strict standards of the aerospace industry, while also providing customers with valuable support in overcoming tooling challenges in airborne electronic hardware (AEH) projects.