Synopsys exceeds milestone of 100 VC Apps on the Verdi Debug solution

Synopsys has announced that the open Verdi debug solution has achieved the milestone of more than100 debug and analysis apps developed through the VC Apps open interfaces. These apps are now available through the Verdi VC Apps ToolBox as well as the VC Apps Exchange website.

Developed and contributed by Verdi users and third-party EDA companies, these apps offer access to additional debug and analysis capabilities for all Verdi users.

“As a leading automotive MCU provider delivering highly reliable and high-safety products, we place special priority on design and verification quality. Our verification environment includes several sophisticated methodologies, and we have used VC Apps to enhance these flows with several capabilities including efficient connectivity checks, fault coverage analysis and automated documentation. VC Apps have greatly helped us to proficiently drive improvement of design and verification quality,” said Tatsuji Kagatani, department manager of Design Automation Department, Renesas System Design.

“Addressing the challenges of system-on-chip (SoC) designs with one or more embedded processors, our Trek family of products enables design managers and verification engineers to realize measurable productivity gains, speed coverage closure and easily reuse verification knowledge. With VC Apps, the Trek family of products is now fully integrated with the advanced Verdi debug solution, allowing our joint customers to identify the root cause of design issues and quickly resolve them,” said Adnan Hamid, CEO, Breker Verification Systems.

With the increasing complexity of today’s designs, debug now consumes as much as 50% of verification time and effort. To make design and verification more efficient, VC Apps provide users with capabilities to create custom applications to overcome complex design and verification challenges.

Through Synopsys’ collaboration with customers and partners globally, the number of VC Apps continues to grow and now exceeds100, addressing many design challenges including design exploration, design rule validation, debug automation, debug waveform investigation, technology integration and design manipulation. These customizations and automated work flows boost productivity and in many cases eliminate manual methods.