In the rapidly evolving landscape of safety-critical systems, industries such as Automotive, Aerospace, and Industrial Automation demand solutions that balance high performance with stringent international standards.
This technical session, hosted by Trident Infosol in collaboration with Microchip Technology and Green Hills Software., explores practical strategies for achieving functional safety in FPGA-SoC designs. You will learn how to leverage RISC-V-based platforms to build resilient, diverse, and certifiable embedded systems even when working with "Quality Managed" (QM) hardware.
What You’ll Learn
If you are navigating the complexities of modern safety-critical design, this technical session provides a roadmap for integrating open-standard architectures without compromising on certification.
- The QM Dilemma: Strategies for running safety-critical software on Quality Managed SoC devices without compromising certifiability.
- Hardware Resilience: Why Microchip PolarFire® FPGAs stand out with inherent Single Event Upset (SEU) immunity and low power.
- Software Integration: How Green Hills Software tools enable robust partitioning and real-time capabilities on top of QM hardware.
- System Architecture: Practical approaches to building redundant and certifiable safety systems that fulfill mutual hardware-software dependencies.
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Event Details
Agenda
- The RISC-V Revolution: Why software engineers are pivoting to RISC-V and FPGAs.
- The QM Challenge: Solving the dilemma of running safety-critical software on QM-level hardware.
- Hardware & Software Synergy: A deep dive into the support packages that make this a "natural fit" for safety.
- Building Diverse Systems: How to ensure your design meets stringent international safety standards.
Who Should Attend?
- Embedded Software Engineers & Architects
- Hardware Designers and FPGA Engineers
- Functional Safety Managers
- Systems Engineers
- Product Managers
- Validation, Debug, and Firmware Engineers
Why Attend?
- Gain a strategic Overview of EMAG simulations
- Accelerate Product Certification Timelines
- Design, optimize and integrate antennas for cutting edge applications
- Predict EMI Failures Early
- Optimize R&D Spend with Simulation-Led Design
Speakers
Diptesh Nandi
Senior Marketing Manager
Microchip Technology
He serves as the marketing lead for the Industrial and Automotive verticals within the FPGA business unit. He is responsible for driving the solutions roadmap for Smart Embedded Vision, AI/ML, and Industrial Automation, leveraging the capabilities of PolarFire and PolarFire SoC FPGA platforms.
Nikola Velinov
Senior Business Development Engineer
Green Hills Software
He focuses on complex software integrations with new hardware platforms. Nikola’s team has successfully integrated embedded toolchains, operating systems and debugging technologies with AUTOSAR® software stacks, middleware components and automotive-grade Systems-on-Chips (SoCs). Nikola holds a master’s degree in Software Systems Engineering from the RWTH Aachen University.
About Trident
Trident Infosol Serving Transformation Technologies in the Embedded Space is a single source for all your development needs related to software, hardware, design services and fully integrated systems for a range of applications. Catering to client's complete product development life cycle right from concept design to final acceptance test and beyond meeting quality needs, duty conditions & standards and assuring continued support.
Contact Us
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Email:
info@tridentinfosol.com