1. Session Slides

    Session Title

    Abstract

    Slides

    Questa Equivalent FPGA: Assuring FPGA Integrity

    - Martin Rowe | Siemens EDA, Brandon Huynh | Northrop Grumman
    Formal verification has been a popular design flow among ASIC designers as a proven method to perform design implementation verification. The Questa Equivalent RTL software allows FPGA designers to utilize equivalency checking principles on FPGAs with access to vendor libraries allowing proper analysis of low-level primitives e.g. native RAM and DSP elements. The tool was recently explored at Northrop Grumman to verify the functional equivalence of firmware targeted to FPGAs from different vendors such as AMD and Intel. While we discovered a few issues and bugs that are actively being resolved during our exploration, we found that Questa Equivalent RTL’s ability to support FPGA device primitives to be incredibly useful and unique among similar industry tools. For a variety of firmware circuits, Questa Equivalent RTL successfully proved the equivalence of the designs as hosted on FPGAs from different vendors. PDF
    Challenges of Multiple FPGA Tool Flow Verification

    - Paul Bobko | Westinghouse Electric
    This session will examine the challenges of utilizing common RTL for different FPGA targets. Each FPGA target requires a different tool flow, therefore verification of each tool flow is necessary in determining functional accuracy. Traditionally, simple functional verification has been sufficient to guard against tool flow issues affecting the FPGA design. However, functional safety requirements necessitate a more robust verification process. Equivalency checking ensures that a tool flow defect is not realized in the final product. PDF
    Questa Verification IQ: Boost Verification Predictability and Efficiency with Collaboration, Traceability, and AI/ML Analytics

    - Austin Mam | Siemens EDA
    This session will cover Verification IQ (VIQ), the next-generation, data-driven verification solution from Siemens EDA that transforms the verification process using collaboration, traceability, and analytics. VIQ enables greater collaboration among teams and utilizes machine learning and AI to boost verification productivity and efficiency. PDF
    Universal Verification Methodology (UVM): VIP Challenges & Effective Deployment Guide

    - Jeffrey Jacobson, Marc Jurchak | L3Harris
    This session will give a brief overview of Universal verification methodology (UVM), introduce Verification Intellectual Property (VIP) and cover benefits for using industry standard VIPs. We will delve into challenges faced with deploying VIPs, including protocol complexities, training, and critically tailoring/tuning the VIP for your target interface for FPGAs or ASICs. We present step-by-step flowchart to plan, budget, train, ramp-up, pre-validate, adopt, and successfully deploy VIPs on projects. PDF