Agnisys Webinar

This webinar enables users to delve into various aspects of SoC development using IP-XACT. We'll start by reviewing the basics to ensure a smooth flow throughout the webinar.

Wednesday, October 25, 2023   
9:00AM PDT / 16:00 GMT

Click here to watch the recorded webinar

Details of the Webinar: 

The market for semiconductor intellectual property (IP) was valued at approximately $6 billion in 2022 and is projected to reach around $12 billion by the end of 2035. Many companies offer IPs, and SoC development firms are incorporating these third-party IPs alongside their proprietary designs. IP-XACT provides a mechanism that has turned design reuse into a practical reality. Previously, tasks such as system integration, verification, IP compatibility, and automation were challenging and time-consuming, often resulting in delays in time to market.


IP-XACT provides ease in system integration, verification, and automation, giving it a Time-To-Market (TTM) advantage. This makes the integration of third-party IP a necessity rather than an option, along with a reduction in power consumption. IP compatibility is facilitated through the IP-XACT standard's compatible connections. Furthermore, IP-XACT is tool-agnostic, providing IP users with the flexibility to choose their preferred EDA tool for their project. Recently, the latest standard of IP-XACT, titled IEEE 1685-2022, has been released. More IPs are now being offered through IP-XACT interfaces, which simplifies integration. However, it is still a challenging format to manage and may require a learning curve for designers.


This webinar will highlight some of the capabilities of IP-XACT 2022 in Agnisys tools. We will offer a brief introduction to the IP-XACT standard for users who are new to it. Therefore, participating in this webinar will be beneficial for both new users and seasoned users of IP-XACT.


Time will be allotted for Q&A at the conclusion of the webinar. 

For your next IP/SoC project, be sure to turn to Agnisys for: Heterogeneous Systems Correct-By-Construction