Explore challenges and solutions in AI chip development
Synopsys is catalyzing the era of pervasive intelligence with comprehensive silicon to systems design solutions, from electronic design automation to silicon IP and system verification and validation. Join us at the Design Automation Conference (DAC) to hear expert insights through a multitude of sessions in the conference technical program as well as our booth. Don’t miss the opportunity to gain critical knowledge to help power your innovation.
Exhibit Dates & Times
Synopsys Booth #2327
Visit the Synopsys Booth #2327 to network with our experts and check out the following demonstrations:
This demo highlights the transformative power of AI in chip design, focusing on breakthrough Generative AI technologies that are enabling chip designers to accelerate development cycles despite increasing design complexity. Assistive technologies boost design productivity by empowering teams with expert-level guidance on tools, workflow execution, and script generation. Creative technologies feature capabilities such as RTL and formal testbench generation, enabling automation of specialized and time-consuming steps in chip design. Agentic AI takes autonomy to the next level, making decisions and executing complex tasks to help designers achieve significantly faster and smarter outcomes. These demos demonstrate how Synopsys’ latest AI technologies can help engineers re-engineer traditional design workflows with AI to boost productivity and accelerate innovation.
The ever-increasing complexity of chips demands the right set and quantities of EDA applications in different phases of design. Synopsys Cloud was developed to assist in this new era of chip development and enable designers with EDA license elasticity on demand. This demo highlights how Synopsys Cloud unlocks a complete license management solution with FlexEDA licensing. Learn how FlexEDA can improve Time-To-Results drastically with a true Pay-Per-Use model which provides access to virtually unlimited EDA licenses by the minute.
HAPS-200 extends performance and capacity for prototyping of the most complex AI and multi-die designs. Augmenting more than 5,000 HAPS-100 systems in worldwide use and allowing connected setups, HAPS-200 delivers unprecedented value for customers extending their existing investment to next generation prototyping. This demo will show how software developers and system validation engineers find intricate HW/SW bugs and verify interfaces to the real-world at-speed all while being able to prototype a multi-billion gate system. We will also explain how HAPS-200 can be reconfigured – as part of the EP-Ready family – to deliver emulation capability thus optimizing ROI of investments into hardware-assisted verification.
EE Times Chiplet Pavilion Booth #2308
Join Synopsys at the EE Times Chiplet Pavilion at DAC 2025 to hear the latest advancements in multi-die technologies. Hear technical presentations in the areas of power, timing, and physical signoff, AI-driven early architecture exploration, and test for multi-die designs. Stop by our kiosk to network with experts and see demonstrations of our EDA and IP products, optimized to accelerate your multi-die designs.
Synopsys Demonstrations at EE Times Chiplet Pavilion:
This demo features Synopsys' 3DIC Compiler, a unified exploration-to-signoff platform for 2.5D and 3D multi-die designs. The demo highlights how 3DIC Compiler enables floorplan creation, TSV planning, power/ground and signal bump planning, and 3D concurrent placement.
This demo showcases Synopsys’ UCIe IP performing at high bandwidth, allowing more data to travel between dies in a multi-die design. The IP demonstrates high performance with low BER and wide open eyes. Achieving robust and fast die-to-die connectivity is key to realizing successful multi-die designs.
View the full list of technical presentations and speaking appearances with our experts at DAC and EE Times Chiplet Pavilion.
Silicon Catalyst presents an exclusive event on Monday, June 23 for the startup audience at DAC featuring a panel discussion with silicon startup leaders, venture funds, incubators, and EDA ecosystem experts discussing access to funding, tools, and infrastructure. Registration is required to attend.
This session will compare the process of creating an HDL developer workspace through Perforce P4 version control check-out and Synopsys VCS build methods against the use of AWS FSx-NetApp ONTAP “Snapshot/FlexClone” to swiftly provide a pre-assembled, pre-validated HDL workspace. Users can anticipate a significant decrease in the elapsed wall clock time between the two approaches. Additionally, they can expect a reduction of 50% or more in compute, EDA license, and storage capacity usage. This hands-on training will take place at DAC on Monday, June 23, from 10:15 AM – 1:15 PM.
Synopsys Cloud is a proud to sponsor this year’s HACK@DAC competition. Winners of the competition will be honored in person at the DAC Award Ceremony.
Synopsys Academic & Research Alliances (SARA) is proud to co-sponsor the Young Fellows Program, which provides an opportunity to connect and interact with students and make a lasting impression on the next generation. As part of our commitment to empower future engineering talent, SARA will be present at the summer school on Sunday, June 22.
The Ph.D. Forum at DAC is a poster session hosted by ACM SIGDA for Ph.D. students to present and discuss their dissertation research with the EDA community. Please save the date and time and join us as we recognize their work on Tuesday, June 24 at 7 PM.