EDA
System
IP
SolvNetPlus
Training & Education
Software-defined Hardware-assisted Verification for the AI Era
This whitepaper introduces Synopsys’ vision for Software-defined Hardware-assisted Verification (HAV), in which stable, scalable hardware platforms are continuously enhanced through evolving software that improves performance, time-to-model, debug visibility, and use case flexibility over the hardware lifecycle.
By unifying specialized EP-Ready hardware, flexible and upgradable software stacks, and modular/hybrid methodologies, Synopsys delivers a verification infrastructure capable of supporting quadrillions of cycles, sustained AI workloads, and fast moving interface standards, enabling engineering teams to shift left, accelerate software bring-up, and confidently deliver complex silicon on schedule.
What you will learn:
- How software-defined HAV enables continuous performance, debug, and throughput improvements on existing ZeBu and HAPS hardware.
- How EP-Ready modular hardware, combined with emulation, prototyping, and hybrid flows, accelerates software bring-up, interface validation, and large-scale AI workload execution across IP, subsystem, SoC, and multi-die designs.
- How new use cases—such as compliance testing, RNM, hybrid virtualization, and long run AI workload validation—are enabled through modular HAV scaling, save/restore reliability, and flexible software-driven methodologies.
Download Now
Ask
i
NOTICE: You are interacting with an AI-powered chatbot that provides general information about Synopsys, including its products and services, which may be incorrect or incomplete. In the event of any conflict or discrepancy, the terms of your applicable agreements supersede any information provided by this chatbot. These chats may be accessed by Synopsys and its service providers to customize the experience and improve this tool, and your use of this chatbot is an agreement to that data processing activity.