This white paper discusses how SoC verification teams can achieve higher capacity than the desktop prototype and reduce the overall cost of ownership of their…
This white paper discusses how SoC verification teams can achieve higher capacity than the desktop prototype and reduce the overall cost of ownership of their hardware verification resources even as it helps to accelerate the verification cycle.
Take a look at verification challenges and walk through a proven automated ESD verification methodology for 2.5D and 3D ICs.
Take a look at verification challenges and walk through a proven automated ESD verification methodology for 2.5D and 3D ICs.
Learn how to quickly and accurately analyze and fix (or waive) a wide range of complex error conditions with automated…
Learn how to quickly and accurately analyze and fix (or waive) a wide range of complex error conditions with automated post-processing DRC debugging flows.
This white paper walks through the design and review of a wiring harness for a small tractor using VeSys. Solutions like…
This white paper walks through the design and review of a wiring harness for a small tractor using VeSys. Solutions like the one discussed in this resource allow vehicle manufacturers to meet the demands of product complexity and quality while going to market faster than ever.
This white paper looks at the challenges of ever-increasingly complex designs packed into each die and explores…
This white paper looks at the challenges of ever-increasingly complex designs packed into each die and explores techniques that can be used to close designs efficiently and deliver them on time.
Early chip-level physical verification faces many challenges. The Calibre™ Recon tool enables design teams to perform…
Early chip-level physical verification faces many challenges. The Calibre™ Recon tool enables design teams to perform analysis and physical verification of full-chip design layouts during the very early stages of the design cycle, while the different components are still immature.