As multi-die and chiplet-based techniques achieve traction in AI, cell, automotive, and high-performance computing, conventional simulation strategies are hitting efficiency limits. To deal with this problem, Cadence has launched the Xcelium Distributed Simulation App, designed to speed up verification workflows and reduce down bottlenecks. With speedups of as much as 3×, the brand new answer helps design groups deal with advanced multi-die techniques extra effectively and cost-effectively.
The Xcelium Distributed Simulation App, obtainable inside the Xcelium Logic Simulator, partitions massive simulations into smaller, unbiased duties that may run in parallel throughout server assets. This distributed strategy eliminates the lengthy runtimes related to monolithic simulations, enabling groups to realize sooner turnaround occasions with out compromising accuracy.
Key benefits embrace:
- As much as 3× sooner efficiency in multi-die system simulations.
- Improved {hardware} effectivity, decreasing compute prices by as a lot as 5×.
- Seamless testbench reuse, so groups can prolong single-die verification environments to multi-die initiatives with minimal overhead.
Early adopters are already seeing outcomes. At Samsung Semiconductor, Garima Srivastava’s verification staff stories smoother workflows and sooner execution by leveraging current testbenches for multi-die designs.
Alok Jain, Company VP of R&D at Cadence, emphasised the impression:
“With the Xcelium Distributed Simulation App, we’re redefining verification efficiency for multi-die techniques. It’s about giving our prospects the pace and scalability they should meet next-generation design calls for.”
This new functionality reinforces Cadence’s management in superior verification, serving to prospects keep forward because the business shifts to bigger, extra advanced architectures.
(This text has been tailored and modified from content material on Cadence Design Methods.)
